Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
type: datablock
alternative label: 3J28
link to mmcif: 3J28.cif.gz
link to pdbml: 3J28.xml.gz
link to pdbml noatom: 3J28-noatom.xml.gz
link to pdbml extatom: 3J28-extatom.xml.gz
link to doi: doi:10.2210/pdb3J28/pdb
datablock name: 3J28-noatom
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has atom type category: atom typeCategory
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has citation author category: citation authorCategory
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has diffrn category: diffrnCategory
has diffrn radiation category: diffrn radiationCategory
has diffrn radiation wavelength category: diffrn radiation wavelengthCategory
has em 3d fitting category: em 3d fittingCategory
has em 3d fitting list category: em 3d fitting listCategory
has em 3d reconstruction category: em 3d reconstructionCategory
has em buffer category: em bufferCategory
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has em entity assembly category: em entity assemblyCategory
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has em image processing category: em image processingCategory
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has pdbx audit revision group category: pdbx audit revision groupCategory
has pdbx audit revision history category: pdbx audit revision historyCategory
has pdbx audit revision item category: pdbx audit revision itemCategory
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has pdbx struct assembly gen category: pdbx struct assembly genCategory
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has pdbx validate close contact category: pdbx validate close contactCategory
has pdbx validate planes category: pdbx validate planesCategory
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has pdbx validate rmsd bond category: pdbx validate rmsd bondCategory
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has symmetry category: symmetryCategory

3J28
type: atom sites
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entry: 3J28
atom sites.entry id: 3J28
atom sites.fract transf matrix11: 1
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atom sites.fract transf matrix13: 0
atom sites.fract transf matrix21: 0
atom sites.fract transf matrix22: 1
atom sites.fract transf matrix23: 0
atom sites.fract transf matrix31: 0
atom sites.fract transf matrix32: 0
atom sites.fract transf matrix33: 1
atom sites.fract transf vector1: 0
atom sites.fract transf vector2: 0
atom sites.fract transf vector3: 0

3J28
referenced by atom sites: 3J28
referenced by cell: 3J28
referenced by database PDB matrix: 3J28
referenced by em 3d fitting: 3J28,1
referenced by em 3d reconstruction: 1,1
referenced by em experiment: 3J28
referenced by em imaging: 3J28,1
referenced by em vitrification: 1,1
type: entry
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
entry.id: 3J28
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referenced by struct keywords: 3J28
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http://rdf.wwpdb.org/pdb/3J28/atom_type/C
type: atom type
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
atom type.symbol: C

http://rdf.wwpdb.org/pdb/3J28/atom_type/H
type: atom type
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
atom type.symbol: H

http://rdf.wwpdb.org/pdb/3J28/atom_type/N
type: atom type
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
atom type.symbol: N

http://rdf.wwpdb.org/pdb/3J28/atom_type/O
type: atom type
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
atom type.symbol: O

http://rdf.wwpdb.org/pdb/3J28/atom_type/P
type: atom type
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
atom type.symbol: P

http://rdf.wwpdb.org/pdb/3J28/audit_author/1
type: audit author
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
audit author.pdbx ordinal: 1
audit author.name: Guo, Q.

http://rdf.wwpdb.org/pdb/3J28/audit_author/2
type: audit author
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
audit author.pdbx ordinal: 2
audit author.name: Goto, S.

http://rdf.wwpdb.org/pdb/3J28/audit_author/3
type: audit author
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
audit author.pdbx ordinal: 3
audit author.name: Chen, Y.

http://rdf.wwpdb.org/pdb/3J28/audit_author/4
type: audit author
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
audit author.pdbx ordinal: 4
audit author.name: Muto, A.

http://rdf.wwpdb.org/pdb/3J28/audit_author/5
type: audit author
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
audit author.pdbx ordinal: 5
audit author.name: Himeno, H.

http://rdf.wwpdb.org/pdb/3J28/audit_author/6
type: audit author
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
audit author.pdbx ordinal: 6
audit author.name: Deng, H.

http://rdf.wwpdb.org/pdb/3J28/audit_author/7
type: audit author
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
audit author.pdbx ordinal: 7
audit author.name: Lei, J.

http://rdf.wwpdb.org/pdb/3J28/audit_author/8
type: audit author
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
audit author.pdbx ordinal: 8
audit author.name: Gao, N.

mmcif pdbx.dic,5.387
type: audit conform
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
audit conform.dict name: mmcif_pdbx.dic
audit conform.dict version: 5.387
audit conform.dict location: http://mmcif.pdb.org/dictionaries/ascii/mmcif_pdbx.dic

3J28
type: cell
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entry: 3J28
cell.entry id: 3J28
cell.z PDB: 1
cell.angle alpha: 90
cell.angle beta: 90
cell.angle gamma: 90
cell.length a: 1
cell.length b: 1
cell.length c: 1

http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
type: chem comp
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
chem comp.id: A
chem comp.formula: C10 H14 N5 O7 P
chem comp.formula weight: 347.221
chem comp.mon nstd flag: y
chem comp.name: ADENOSINE-5'-MONOPHOSPHATE
chem comp.type: RNA linking
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referenced by chem comp atom: H2,A
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http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
type: chem comp
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
chem comp.id: C
chem comp.formula: C9 H14 N3 O8 P
chem comp.formula weight: 323.197
chem comp.mon nstd flag: y
chem comp.name: CYTIDINE-5'-MONOPHOSPHATE
chem comp.type: RNA linking
link to chem comp: http://rdf.wwpdb.org/cc/C
referenced by chem comp atom: H6,C
referenced by chem comp bond: C6,H6,C
referenced by entity poly seq: 1,C,1532
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http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
type: chem comp
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
chem comp.id: G
chem comp.formula: C10 H14 N5 O8 P
chem comp.formula weight: 363.221
chem comp.mon nstd flag: y
chem comp.name: GUANOSINE-5'-MONOPHOSPHATE
chem comp.type: RNA linking
link to chem comp: http://rdf.wwpdb.org/cc/G
referenced by chem comp atom: H22,G
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referenced by entity poly seq: 1,G,1529
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http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
type: chem comp
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
chem comp.id: U
chem comp.formula: C9 H13 N2 O9 P
chem comp.formula weight: 324.181
chem comp.mon nstd flag: y
chem comp.name: URIDINE-5'-MONOPHOSPHATE
chem comp.type: RNA linking
link to chem comp: http://rdf.wwpdb.org/cc/U
referenced by chem comp atom: H6,U
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referenced by chem comp bond: C5,H5,U
referenced by entity poly seq: 1,U,3

OP3,A
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp atom.atom id: OP3
chem comp atom.comp id: A
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 1
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: O
referenced by chem comp bond: OP3,HOP3,A
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P,A
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp atom.atom id: P
chem comp atom.comp id: A
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 2
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: P
referenced by chem comp bond: P,O5&#39;,A
referenced by chem comp bond: OP3,P,A
referenced by chem comp bond: P,OP1,A
referenced by chem comp bond: P,OP2,A

OP1,A
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp atom.atom id: OP1
chem comp atom.comp id: A
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 3
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: O
referenced by chem comp bond: P,OP1,A

OP2,A
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp atom.atom id: OP2
chem comp atom.comp id: A
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 4
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: O
referenced by chem comp bond: OP2,HOP2,A
referenced by chem comp bond: P,OP2,A

O5&#39;,A
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp atom.atom id: O5'
chem comp atom.comp id: A
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 5
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: O
referenced by chem comp bond: O5&#39;,C5&#39;,A
referenced by chem comp bond: P,O5&#39;,A

C5&#39;,A
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp atom.atom id: C5'
chem comp atom.comp id: A
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 6
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: C
referenced by chem comp bond: C5&#39;,H5&#39;&#39;,A
referenced by chem comp bond: O5&#39;,C5&#39;,A
referenced by chem comp bond: C5&#39;,C4&#39;,A
referenced by chem comp bond: C5&#39;,H5&#39;,A

C4&#39;,A
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp atom.atom id: C4'
chem comp atom.comp id: A
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 7
chem comp atom.pdbx stereo config: R
chem comp atom.type symbol: C
referenced by chem comp bond: C4&#39;,H4&#39;,A
referenced by chem comp bond: C5&#39;,C4&#39;,A
referenced by chem comp bond: C4&#39;,O4&#39;,A
referenced by chem comp bond: C4&#39;,C3&#39;,A

O4&#39;,A
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp atom.atom id: O4'
chem comp atom.comp id: A
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 8
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: O
referenced by chem comp bond: O4&#39;,C1&#39;,A
referenced by chem comp bond: C4&#39;,O4&#39;,A

C3&#39;,A
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp atom.atom id: C3'
chem comp atom.comp id: A
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 9
chem comp atom.pdbx stereo config: S
chem comp atom.type symbol: C
referenced by chem comp bond: C3&#39;,H3&#39;,A
referenced by chem comp bond: C4&#39;,C3&#39;,A
referenced by chem comp bond: C3&#39;,O3&#39;,A
referenced by chem comp bond: C3&#39;,C2&#39;,A

O3&#39;,A
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp atom.atom id: O3'
chem comp atom.comp id: A
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 10
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: O
referenced by chem comp bond: O3&#39;,HO3&#39;,A
referenced by chem comp bond: C3&#39;,O3&#39;,A

C2&#39;,A
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp atom.atom id: C2'
chem comp atom.comp id: A
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 11
chem comp atom.pdbx stereo config: R
chem comp atom.type symbol: C
referenced by chem comp bond: C2&#39;,H2&#39;,A
referenced by chem comp bond: C3&#39;,C2&#39;,A
referenced by chem comp bond: C2&#39;,O2&#39;,A
referenced by chem comp bond: C2&#39;,C1&#39;,A

O2&#39;,A
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp atom.atom id: O2'
chem comp atom.comp id: A
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 12
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: O
referenced by chem comp bond: O2&#39;,HO2&#39;,A
referenced by chem comp bond: C2&#39;,O2&#39;,A

C1&#39;,A
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp atom.atom id: C1'
chem comp atom.comp id: A
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 13
chem comp atom.pdbx stereo config: R
chem comp atom.type symbol: C
referenced by chem comp bond: C1&#39;,H1&#39;,A
referenced by chem comp bond: C2&#39;,C1&#39;,A
referenced by chem comp bond: O4&#39;,C1&#39;,A
referenced by chem comp bond: C1&#39;,N9,A

N9,A
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp atom.atom id: N9
chem comp atom.comp id: A
chem comp atom.pdbx aromatic flag: Y
chem comp atom.pdbx ordinal: 14
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: N
referenced by chem comp bond: N9,C4,A
referenced by chem comp bond: C1&#39;,N9,A
referenced by chem comp bond: N9,C8,A

C8,A
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp atom.atom id: C8
chem comp atom.comp id: A
chem comp atom.pdbx aromatic flag: Y
chem comp atom.pdbx ordinal: 15
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: C
referenced by chem comp bond: C8,H8,A
referenced by chem comp bond: N9,C8,A
referenced by chem comp bond: C8,N7,A

N7,A
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp atom.atom id: N7
chem comp atom.comp id: A
chem comp atom.pdbx aromatic flag: Y
chem comp atom.pdbx ordinal: 16
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: N
referenced by chem comp bond: N7,C5,A
referenced by chem comp bond: C8,N7,A

C5,A
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp atom.atom id: C5
chem comp atom.comp id: A
chem comp atom.pdbx aromatic flag: Y
chem comp atom.pdbx ordinal: 17
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: C
referenced by chem comp bond: C5,C4,A
referenced by chem comp bond: N7,C5,A
referenced by chem comp bond: C5,C6,A

C6,A
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp atom.atom id: C6
chem comp atom.comp id: A
chem comp atom.pdbx aromatic flag: Y
chem comp atom.pdbx ordinal: 18
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: C
referenced by chem comp bond: C6,N1,A
referenced by chem comp bond: C5,C6,A
referenced by chem comp bond: C6,N6,A

N6,A
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp atom.atom id: N6
chem comp atom.comp id: A
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 19
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: N
referenced by chem comp bond: N6,H62,A
referenced by chem comp bond: C6,N6,A
referenced by chem comp bond: N6,H61,A

N1,A
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp atom.atom id: N1
chem comp atom.comp id: A
chem comp atom.pdbx aromatic flag: Y
chem comp atom.pdbx ordinal: 20
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: N
referenced by chem comp bond: N1,C2,A
referenced by chem comp bond: C6,N1,A

C2,A
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp atom.atom id: C2
chem comp atom.comp id: A
chem comp atom.pdbx aromatic flag: Y
chem comp atom.pdbx ordinal: 21
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: C
referenced by chem comp bond: C2,H2,A
referenced by chem comp bond: N1,C2,A
referenced by chem comp bond: C2,N3,A

N3,A
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp atom.atom id: N3
chem comp atom.comp id: A
chem comp atom.pdbx aromatic flag: Y
chem comp atom.pdbx ordinal: 22
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: N
referenced by chem comp bond: N3,C4,A
referenced by chem comp bond: C2,N3,A

C4,A
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp atom.atom id: C4
chem comp atom.comp id: A
chem comp atom.pdbx aromatic flag: Y
chem comp atom.pdbx ordinal: 23
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: C
referenced by chem comp bond: N3,C4,A
referenced by chem comp bond: N9,C4,A
referenced by chem comp bond: C5,C4,A

HOP3,A
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp atom.atom id: HOP3
chem comp atom.comp id: A
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 24
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: H
referenced by chem comp bond: OP3,HOP3,A

HOP2,A
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp atom.atom id: HOP2
chem comp atom.comp id: A
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 25
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: H
referenced by chem comp bond: OP2,HOP2,A

H5&#39;,A
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp atom.atom id: H5'
chem comp atom.comp id: A
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 26
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: H
referenced by chem comp bond: C5&#39;,H5&#39;,A

H5&#39;&#39;,A
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp atom.atom id: H5''
chem comp atom.comp id: A
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 27
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: H
referenced by chem comp bond: C5&#39;,H5&#39;&#39;,A

H4&#39;,A
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp atom.atom id: H4'
chem comp atom.comp id: A
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 28
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: H
referenced by chem comp bond: C4&#39;,H4&#39;,A

H3&#39;,A
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp atom.atom id: H3'
chem comp atom.comp id: A
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 29
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: H
referenced by chem comp bond: C3&#39;,H3&#39;,A

HO3&#39;,A
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp atom.atom id: HO3'
chem comp atom.comp id: A
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 30
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: H
referenced by chem comp bond: O3&#39;,HO3&#39;,A

H2&#39;,A
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp atom.atom id: H2'
chem comp atom.comp id: A
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 31
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: H
referenced by chem comp bond: C2&#39;,H2&#39;,A

HO2&#39;,A
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp atom.atom id: HO2'
chem comp atom.comp id: A
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 32
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: H
referenced by chem comp bond: O2&#39;,HO2&#39;,A

H1&#39;,A
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp atom.atom id: H1'
chem comp atom.comp id: A
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 33
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: H
referenced by chem comp bond: C1&#39;,H1&#39;,A

H8,A
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp atom.atom id: H8
chem comp atom.comp id: A
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 34
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: H
referenced by chem comp bond: C8,H8,A

H61,A
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp atom.atom id: H61
chem comp atom.comp id: A
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 35
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: H
referenced by chem comp bond: N6,H61,A

H62,A
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp atom.atom id: H62
chem comp atom.comp id: A
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 36
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: H
referenced by chem comp bond: N6,H62,A

H2,A
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp atom.atom id: H2
chem comp atom.comp id: A
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 37
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: H
referenced by chem comp bond: C2,H2,A

OP3,C
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp atom.atom id: OP3
chem comp atom.comp id: C
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 38
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: O
referenced by chem comp bond: OP3,HOP3,C
referenced by chem comp bond: OP3,P,C

P,C
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp atom.atom id: P
chem comp atom.comp id: C
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 39
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: P
referenced by chem comp bond: P,O5&#39;,C
referenced by chem comp bond: OP3,P,C
referenced by chem comp bond: P,OP1,C
referenced by chem comp bond: P,OP2,C

OP1,C
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp atom.atom id: OP1
chem comp atom.comp id: C
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 40
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: O
referenced by chem comp bond: P,OP1,C

OP2,C
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp atom.atom id: OP2
chem comp atom.comp id: C
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 41
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: O
referenced by chem comp bond: OP2,HOP2,C
referenced by chem comp bond: P,OP2,C

O5&#39;,C
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp atom.atom id: O5'
chem comp atom.comp id: C
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 42
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: O
referenced by chem comp bond: O5&#39;,C5&#39;,C
referenced by chem comp bond: P,O5&#39;,C

C5&#39;,C
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp atom.atom id: C5'
chem comp atom.comp id: C
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 43
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: C
referenced by chem comp bond: C5&#39;,H5&#39;&#39;,C
referenced by chem comp bond: O5&#39;,C5&#39;,C
referenced by chem comp bond: C5&#39;,C4&#39;,C
referenced by chem comp bond: C5&#39;,H5&#39;,C

C4&#39;,C
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp atom.atom id: C4'
chem comp atom.comp id: C
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 44
chem comp atom.pdbx stereo config: R
chem comp atom.type symbol: C
referenced by chem comp bond: C4&#39;,H4&#39;,C
referenced by chem comp bond: C5&#39;,C4&#39;,C
referenced by chem comp bond: C4&#39;,O4&#39;,C
referenced by chem comp bond: C4&#39;,C3&#39;,C

O4&#39;,C
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp atom.atom id: O4'
chem comp atom.comp id: C
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 45
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: O
referenced by chem comp bond: O4&#39;,C1&#39;,C
referenced by chem comp bond: C4&#39;,O4&#39;,C

C3&#39;,C
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp atom.atom id: C3'
chem comp atom.comp id: C
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 46
chem comp atom.pdbx stereo config: S
chem comp atom.type symbol: C
referenced by chem comp bond: C3&#39;,H3&#39;,C
referenced by chem comp bond: C4&#39;,C3&#39;,C
referenced by chem comp bond: C3&#39;,O3&#39;,C
referenced by chem comp bond: C3&#39;,C2&#39;,C

O3&#39;,C
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp atom.atom id: O3'
chem comp atom.comp id: C
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 47
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: O
referenced by chem comp bond: O3&#39;,HO3&#39;,C
referenced by chem comp bond: C3&#39;,O3&#39;,C

C2&#39;,C
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp atom.atom id: C2'
chem comp atom.comp id: C
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 48
chem comp atom.pdbx stereo config: R
chem comp atom.type symbol: C
referenced by chem comp bond: C2&#39;,H2&#39;,C
referenced by chem comp bond: C3&#39;,C2&#39;,C
referenced by chem comp bond: C2&#39;,O2&#39;,C
referenced by chem comp bond: C2&#39;,C1&#39;,C

O2&#39;,C
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp atom.atom id: O2'
chem comp atom.comp id: C
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 49
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: O
referenced by chem comp bond: O2&#39;,HO2&#39;,C
referenced by chem comp bond: C2&#39;,O2&#39;,C

C1&#39;,C
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp atom.atom id: C1'
chem comp atom.comp id: C
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 50
chem comp atom.pdbx stereo config: R
chem comp atom.type symbol: C
referenced by chem comp bond: C1&#39;,H1&#39;,C
referenced by chem comp bond: C2&#39;,C1&#39;,C
referenced by chem comp bond: O4&#39;,C1&#39;,C
referenced by chem comp bond: C1&#39;,N1,C

N1,C
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp atom.atom id: N1
chem comp atom.comp id: C
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 51
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: N
referenced by chem comp bond: N1,C6,C
referenced by chem comp bond: C1&#39;,N1,C
referenced by chem comp bond: N1,C2,C

C2,C
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp atom.atom id: C2
chem comp atom.comp id: C
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 52
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: C
referenced by chem comp bond: C2,N3,C
referenced by chem comp bond: N1,C2,C
referenced by chem comp bond: C2,O2,C

O2,C
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp atom.atom id: O2
chem comp atom.comp id: C
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 53
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: O
referenced by chem comp bond: C2,O2,C

N3,C
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp atom.atom id: N3
chem comp atom.comp id: C
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 54
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: N
referenced by chem comp bond: N3,C4,C
referenced by chem comp bond: C2,N3,C

C4,C
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp atom.atom id: C4
chem comp atom.comp id: C
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 55
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: C
referenced by chem comp bond: C4,C5,C
referenced by chem comp bond: N3,C4,C
referenced by chem comp bond: C4,N4,C

N4,C
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp atom.atom id: N4
chem comp atom.comp id: C
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 56
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: N
referenced by chem comp bond: N4,H42,C
referenced by chem comp bond: C4,N4,C
referenced by chem comp bond: N4,H41,C

C5,C
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp atom.atom id: C5
chem comp atom.comp id: C
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 57
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: C
referenced by chem comp bond: C5,H5,C
referenced by chem comp bond: C4,C5,C
referenced by chem comp bond: C5,C6,C

C6,C
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp atom.atom id: C6
chem comp atom.comp id: C
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 58
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: C
referenced by chem comp bond: C6,H6,C
referenced by chem comp bond: C5,C6,C
referenced by chem comp bond: N1,C6,C

HOP3,C
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp atom.atom id: HOP3
chem comp atom.comp id: C
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 59
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: H
referenced by chem comp bond: OP3,HOP3,C

HOP2,C
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp atom.atom id: HOP2
chem comp atom.comp id: C
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 60
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: H
referenced by chem comp bond: OP2,HOP2,C

H5&#39;,C
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp atom.atom id: H5'
chem comp atom.comp id: C
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 61
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: H
referenced by chem comp bond: C5&#39;,H5&#39;,C

H5&#39;&#39;,C
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp atom.atom id: H5''
chem comp atom.comp id: C
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 62
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: H
referenced by chem comp bond: C5&#39;,H5&#39;&#39;,C

H4&#39;,C
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp atom.atom id: H4'
chem comp atom.comp id: C
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 63
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: H
referenced by chem comp bond: C4&#39;,H4&#39;,C

H3&#39;,C
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp atom.atom id: H3'
chem comp atom.comp id: C
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 64
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: H
referenced by chem comp bond: C3&#39;,H3&#39;,C

HO3&#39;,C
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp atom.atom id: HO3'
chem comp atom.comp id: C
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 65
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: H
referenced by chem comp bond: O3&#39;,HO3&#39;,C

H2&#39;,C
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp atom.atom id: H2'
chem comp atom.comp id: C
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 66
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: H
referenced by chem comp bond: C2&#39;,H2&#39;,C

HO2&#39;,C
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp atom.atom id: HO2'
chem comp atom.comp id: C
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 67
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: H
referenced by chem comp bond: O2&#39;,HO2&#39;,C

H1&#39;,C
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp atom.atom id: H1'
chem comp atom.comp id: C
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 68
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: H
referenced by chem comp bond: C1&#39;,H1&#39;,C

H41,C
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp atom.atom id: H41
chem comp atom.comp id: C
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 69
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: H
referenced by chem comp bond: N4,H41,C

H42,C
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp atom.atom id: H42
chem comp atom.comp id: C
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 70
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: H
referenced by chem comp bond: N4,H42,C

H5,C
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp atom.atom id: H5
chem comp atom.comp id: C
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 71
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: H
referenced by chem comp bond: C5,H5,C

H6,C
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp atom.atom id: H6
chem comp atom.comp id: C
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 72
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: H
referenced by chem comp bond: C6,H6,C

OP3,G
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp atom.atom id: OP3
chem comp atom.comp id: G
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 73
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: O
referenced by chem comp bond: OP3,HOP3,G
referenced by chem comp bond: OP3,P,G

P,G
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp atom.atom id: P
chem comp atom.comp id: G
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 74
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: P
referenced by chem comp bond: P,O5&#39;,G
referenced by chem comp bond: OP3,P,G
referenced by chem comp bond: P,OP1,G
referenced by chem comp bond: P,OP2,G

OP1,G
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp atom.atom id: OP1
chem comp atom.comp id: G
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 75
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: O
referenced by chem comp bond: P,OP1,G

OP2,G
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp atom.atom id: OP2
chem comp atom.comp id: G
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 76
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: O
referenced by chem comp bond: OP2,HOP2,G
referenced by chem comp bond: P,OP2,G

O5&#39;,G
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp atom.atom id: O5'
chem comp atom.comp id: G
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 77
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: O
referenced by chem comp bond: O5&#39;,C5&#39;,G
referenced by chem comp bond: P,O5&#39;,G

C5&#39;,G
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp atom.atom id: C5'
chem comp atom.comp id: G
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 78
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: C
referenced by chem comp bond: C5&#39;,H5&#39;&#39;,G
referenced by chem comp bond: O5&#39;,C5&#39;,G
referenced by chem comp bond: C5&#39;,C4&#39;,G
referenced by chem comp bond: C5&#39;,H5&#39;,G

C4&#39;,G
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp atom.atom id: C4'
chem comp atom.comp id: G
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 79
chem comp atom.pdbx stereo config: R
chem comp atom.type symbol: C
referenced by chem comp bond: C4&#39;,H4&#39;,G
referenced by chem comp bond: C5&#39;,C4&#39;,G
referenced by chem comp bond: C4&#39;,O4&#39;,G
referenced by chem comp bond: C4&#39;,C3&#39;,G

O4&#39;,G
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp atom.atom id: O4'
chem comp atom.comp id: G
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 80
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: O
referenced by chem comp bond: O4&#39;,C1&#39;,G
referenced by chem comp bond: C4&#39;,O4&#39;,G

C3&#39;,G
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp atom.atom id: C3'
chem comp atom.comp id: G
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 81
chem comp atom.pdbx stereo config: S
chem comp atom.type symbol: C
referenced by chem comp bond: C3&#39;,H3&#39;,G
referenced by chem comp bond: C4&#39;,C3&#39;,G
referenced by chem comp bond: C3&#39;,O3&#39;,G
referenced by chem comp bond: C3&#39;,C2&#39;,G

O3&#39;,G
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp atom.atom id: O3'
chem comp atom.comp id: G
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 82
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: O
referenced by chem comp bond: O3&#39;,HO3&#39;,G
referenced by chem comp bond: C3&#39;,O3&#39;,G

C2&#39;,G
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp atom.atom id: C2'
chem comp atom.comp id: G
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 83
chem comp atom.pdbx stereo config: R
chem comp atom.type symbol: C
referenced by chem comp bond: C2&#39;,H2&#39;,G
referenced by chem comp bond: C3&#39;,C2&#39;,G
referenced by chem comp bond: C2&#39;,O2&#39;,G
referenced by chem comp bond: C2&#39;,C1&#39;,G

O2&#39;,G
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp atom.atom id: O2'
chem comp atom.comp id: G
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 84
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: O
referenced by chem comp bond: O2&#39;,HO2&#39;,G
referenced by chem comp bond: C2&#39;,O2&#39;,G

C1&#39;,G
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp atom.atom id: C1'
chem comp atom.comp id: G
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 85
chem comp atom.pdbx stereo config: R
chem comp atom.type symbol: C
referenced by chem comp bond: C1&#39;,H1&#39;,G
referenced by chem comp bond: C2&#39;,C1&#39;,G
referenced by chem comp bond: O4&#39;,C1&#39;,G
referenced by chem comp bond: C1&#39;,N9,G

N9,G
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp atom.atom id: N9
chem comp atom.comp id: G
chem comp atom.pdbx aromatic flag: Y
chem comp atom.pdbx ordinal: 86
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: N
referenced by chem comp bond: N9,C4,G
referenced by chem comp bond: C1&#39;,N9,G
referenced by chem comp bond: N9,C8,G

C8,G
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp atom.atom id: C8
chem comp atom.comp id: G
chem comp atom.pdbx aromatic flag: Y
chem comp atom.pdbx ordinal: 87
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: C
referenced by chem comp bond: C8,H8,G
referenced by chem comp bond: N9,C8,G
referenced by chem comp bond: C8,N7,G

N7,G
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp atom.atom id: N7
chem comp atom.comp id: G
chem comp atom.pdbx aromatic flag: Y
chem comp atom.pdbx ordinal: 88
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: N
referenced by chem comp bond: N7,C5,G
referenced by chem comp bond: C8,N7,G

C5,G
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp atom.atom id: C5
chem comp atom.comp id: G
chem comp atom.pdbx aromatic flag: Y
chem comp atom.pdbx ordinal: 89
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: C
referenced by chem comp bond: C5,C4,G
referenced by chem comp bond: N7,C5,G
referenced by chem comp bond: C5,C6,G

C6,G
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp atom.atom id: C6
chem comp atom.comp id: G
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 90
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: C
referenced by chem comp bond: C6,N1,G
referenced by chem comp bond: C5,C6,G
referenced by chem comp bond: C6,O6,G

O6,G
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp atom.atom id: O6
chem comp atom.comp id: G
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 91
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: O
referenced by chem comp bond: C6,O6,G

N1,G
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp atom.atom id: N1
chem comp atom.comp id: G
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 92
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: N
referenced by chem comp bond: N1,H1,G
referenced by chem comp bond: C6,N1,G
referenced by chem comp bond: N1,C2,G

C2,G
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp atom.atom id: C2
chem comp atom.comp id: G
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 93
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: C
referenced by chem comp bond: C2,N3,G
referenced by chem comp bond: N1,C2,G
referenced by chem comp bond: C2,N2,G

N2,G
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp atom.atom id: N2
chem comp atom.comp id: G
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 94
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: N
referenced by chem comp bond: N2,H22,G
referenced by chem comp bond: C2,N2,G
referenced by chem comp bond: N2,H21,G

N3,G
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp atom.atom id: N3
chem comp atom.comp id: G
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 95
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: N
referenced by chem comp bond: N3,C4,G
referenced by chem comp bond: C2,N3,G

C4,G
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp atom.atom id: C4
chem comp atom.comp id: G
chem comp atom.pdbx aromatic flag: Y
chem comp atom.pdbx ordinal: 96
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: C
referenced by chem comp bond: N3,C4,G
referenced by chem comp bond: N9,C4,G
referenced by chem comp bond: C5,C4,G

HOP3,G
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp atom.atom id: HOP3
chem comp atom.comp id: G
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 97
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: H
referenced by chem comp bond: OP3,HOP3,G

HOP2,G
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp atom.atom id: HOP2
chem comp atom.comp id: G
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 98
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: H
referenced by chem comp bond: OP2,HOP2,G

H5&#39;,G
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp atom.atom id: H5'
chem comp atom.comp id: G
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 99
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: H
referenced by chem comp bond: C5&#39;,H5&#39;,G

H5&#39;&#39;,G
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp atom.atom id: H5''
chem comp atom.comp id: G
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 100
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: H
referenced by chem comp bond: C5&#39;,H5&#39;&#39;,G

H4&#39;,G
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp atom.atom id: H4'
chem comp atom.comp id: G
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 101
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: H
referenced by chem comp bond: C4&#39;,H4&#39;,G

H3&#39;,G
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp atom.atom id: H3'
chem comp atom.comp id: G
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 102
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: H
referenced by chem comp bond: C3&#39;,H3&#39;,G

HO3&#39;,G
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp atom.atom id: HO3'
chem comp atom.comp id: G
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 103
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: H
referenced by chem comp bond: O3&#39;,HO3&#39;,G

H2&#39;,G
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp atom.atom id: H2'
chem comp atom.comp id: G
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 104
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: H
referenced by chem comp bond: C2&#39;,H2&#39;,G

HO2&#39;,G
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp atom.atom id: HO2'
chem comp atom.comp id: G
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 105
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: H
referenced by chem comp bond: O2&#39;,HO2&#39;,G

H1&#39;,G
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp atom.atom id: H1'
chem comp atom.comp id: G
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 106
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: H
referenced by chem comp bond: C1&#39;,H1&#39;,G

H8,G
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp atom.atom id: H8
chem comp atom.comp id: G
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 107
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: H
referenced by chem comp bond: C8,H8,G

H1,G
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp atom.atom id: H1
chem comp atom.comp id: G
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 108
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: H
referenced by chem comp bond: N1,H1,G

H21,G
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp atom.atom id: H21
chem comp atom.comp id: G
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 109
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: H
referenced by chem comp bond: N2,H21,G

H22,G
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp atom.atom id: H22
chem comp atom.comp id: G
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 110
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: H
referenced by chem comp bond: N2,H22,G

OP3,U
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp atom.atom id: OP3
chem comp atom.comp id: U
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 111
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: O
referenced by chem comp bond: OP3,HOP3,U
referenced by chem comp bond: OP3,P,U

P,U
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp atom.atom id: P
chem comp atom.comp id: U
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 112
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: P
referenced by chem comp bond: P,O5&#39;,U
referenced by chem comp bond: OP3,P,U
referenced by chem comp bond: P,OP1,U
referenced by chem comp bond: P,OP2,U

OP1,U
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp atom.atom id: OP1
chem comp atom.comp id: U
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 113
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: O
referenced by chem comp bond: P,OP1,U

OP2,U
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp atom.atom id: OP2
chem comp atom.comp id: U
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 114
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: O
referenced by chem comp bond: OP2,HOP2,U
referenced by chem comp bond: P,OP2,U

O5&#39;,U
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp atom.atom id: O5'
chem comp atom.comp id: U
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 115
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: O
referenced by chem comp bond: O5&#39;,C5&#39;,U
referenced by chem comp bond: P,O5&#39;,U

C5&#39;,U
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp atom.atom id: C5'
chem comp atom.comp id: U
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 116
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: C
referenced by chem comp bond: C5&#39;,H5&#39;&#39;,U
referenced by chem comp bond: O5&#39;,C5&#39;,U
referenced by chem comp bond: C5&#39;,C4&#39;,U
referenced by chem comp bond: C5&#39;,H5&#39;,U

C4&#39;,U
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp atom.atom id: C4'
chem comp atom.comp id: U
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 117
chem comp atom.pdbx stereo config: R
chem comp atom.type symbol: C
referenced by chem comp bond: C4&#39;,H4&#39;,U
referenced by chem comp bond: C5&#39;,C4&#39;,U
referenced by chem comp bond: C4&#39;,O4&#39;,U
referenced by chem comp bond: C4&#39;,C3&#39;,U

O4&#39;,U
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp atom.atom id: O4'
chem comp atom.comp id: U
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 118
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: O
referenced by chem comp bond: O4&#39;,C1&#39;,U
referenced by chem comp bond: C4&#39;,O4&#39;,U

C3&#39;,U
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp atom.atom id: C3'
chem comp atom.comp id: U
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 119
chem comp atom.pdbx stereo config: S
chem comp atom.type symbol: C
referenced by chem comp bond: C3&#39;,H3&#39;,U
referenced by chem comp bond: C4&#39;,C3&#39;,U
referenced by chem comp bond: C3&#39;,O3&#39;,U
referenced by chem comp bond: C3&#39;,C2&#39;,U

O3&#39;,U
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp atom.atom id: O3'
chem comp atom.comp id: U
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 120
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: O
referenced by chem comp bond: O3&#39;,HO3&#39;,U
referenced by chem comp bond: C3&#39;,O3&#39;,U

C2&#39;,U
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp atom.atom id: C2'
chem comp atom.comp id: U
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 121
chem comp atom.pdbx stereo config: R
chem comp atom.type symbol: C
referenced by chem comp bond: C2&#39;,H2&#39;,U
referenced by chem comp bond: C3&#39;,C2&#39;,U
referenced by chem comp bond: C2&#39;,O2&#39;,U
referenced by chem comp bond: C2&#39;,C1&#39;,U

O2&#39;,U
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp atom.atom id: O2'
chem comp atom.comp id: U
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 122
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: O
referenced by chem comp bond: O2&#39;,HO2&#39;,U
referenced by chem comp bond: C2&#39;,O2&#39;,U

C1&#39;,U
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp atom.atom id: C1'
chem comp atom.comp id: U
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 123
chem comp atom.pdbx stereo config: R
chem comp atom.type symbol: C
referenced by chem comp bond: C1&#39;,H1&#39;,U
referenced by chem comp bond: C2&#39;,C1&#39;,U
referenced by chem comp bond: O4&#39;,C1&#39;,U
referenced by chem comp bond: C1&#39;,N1,U

N1,U
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp atom.atom id: N1
chem comp atom.comp id: U
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 124
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: N
referenced by chem comp bond: N1,C6,U
referenced by chem comp bond: C1&#39;,N1,U
referenced by chem comp bond: N1,C2,U

C2,U
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp atom.atom id: C2
chem comp atom.comp id: U
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 125
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: C
referenced by chem comp bond: C2,N3,U
referenced by chem comp bond: N1,C2,U
referenced by chem comp bond: C2,O2,U

O2,U
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp atom.atom id: O2
chem comp atom.comp id: U
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 126
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: O
referenced by chem comp bond: C2,O2,U

N3,U
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp atom.atom id: N3
chem comp atom.comp id: U
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 127
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: N
referenced by chem comp bond: N3,H3,U
referenced by chem comp bond: C2,N3,U
referenced by chem comp bond: N3,C4,U

C4,U
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp atom.atom id: C4
chem comp atom.comp id: U
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 128
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: C
referenced by chem comp bond: C4,C5,U
referenced by chem comp bond: N3,C4,U
referenced by chem comp bond: C4,O4,U

O4,U
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp atom.atom id: O4
chem comp atom.comp id: U
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 129
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: O
referenced by chem comp bond: C4,O4,U

C5,U
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp atom.atom id: C5
chem comp atom.comp id: U
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 130
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: C
referenced by chem comp bond: C5,H5,U
referenced by chem comp bond: C4,C5,U
referenced by chem comp bond: C5,C6,U

C6,U
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp atom.atom id: C6
chem comp atom.comp id: U
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 131
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: C
referenced by chem comp bond: C6,H6,U
referenced by chem comp bond: C5,C6,U
referenced by chem comp bond: N1,C6,U

HOP3,U
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp atom.atom id: HOP3
chem comp atom.comp id: U
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 132
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: H
referenced by chem comp bond: OP3,HOP3,U

HOP2,U
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp atom.atom id: HOP2
chem comp atom.comp id: U
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 133
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: H
referenced by chem comp bond: OP2,HOP2,U

H5&#39;,U
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp atom.atom id: H5'
chem comp atom.comp id: U
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 134
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: H
referenced by chem comp bond: C5&#39;,H5&#39;,U

H5&#39;&#39;,U
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp atom.atom id: H5''
chem comp atom.comp id: U
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 135
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: H
referenced by chem comp bond: C5&#39;,H5&#39;&#39;,U

H4&#39;,U
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp atom.atom id: H4'
chem comp atom.comp id: U
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 136
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: H
referenced by chem comp bond: C4&#39;,H4&#39;,U

H3&#39;,U
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp atom.atom id: H3'
chem comp atom.comp id: U
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 137
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: H
referenced by chem comp bond: C3&#39;,H3&#39;,U

HO3&#39;,U
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp atom.atom id: HO3'
chem comp atom.comp id: U
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 138
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: H
referenced by chem comp bond: O3&#39;,HO3&#39;,U

H2&#39;,U
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp atom.atom id: H2'
chem comp atom.comp id: U
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 139
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: H
referenced by chem comp bond: C2&#39;,H2&#39;,U

HO2&#39;,U
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp atom.atom id: HO2'
chem comp atom.comp id: U
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 140
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: H
referenced by chem comp bond: O2&#39;,HO2&#39;,U

H1&#39;,U
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp atom.atom id: H1'
chem comp atom.comp id: U
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 141
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: H
referenced by chem comp bond: C1&#39;,H1&#39;,U

H3,U
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp atom.atom id: H3
chem comp atom.comp id: U
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 142
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: H
referenced by chem comp bond: N3,H3,U

H5,U
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp atom.atom id: H5
chem comp atom.comp id: U
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 143
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: H
referenced by chem comp bond: C5,H5,U

H6,U
type: chem comp atom
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp atom.atom id: H6
chem comp atom.comp id: U
chem comp atom.pdbx aromatic flag: N
chem comp atom.pdbx ordinal: 144
chem comp atom.pdbx stereo config: N
chem comp atom.type symbol: H
referenced by chem comp bond: C6,H6,U

OP3,P,A
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: OP3,A
reference to chem comp atom: P,A
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp bond.atom id 1: OP3
chem comp bond.atom id 2: P
chem comp bond.comp id: A
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 1
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

OP3,HOP3,A
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: OP3,A
reference to chem comp atom: HOP3,A
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp bond.atom id 1: OP3
chem comp bond.atom id 2: HOP3
chem comp bond.comp id: A
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 2
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

P,OP1,A
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: P,A
reference to chem comp atom: OP1,A
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp bond.atom id 1: P
chem comp bond.atom id 2: OP1
chem comp bond.comp id: A
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 3
chem comp bond.pdbx stereo config: N
chem comp bond.value order: doub

P,OP2,A
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: P,A
reference to chem comp atom: OP2,A
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp bond.atom id 1: P
chem comp bond.atom id 2: OP2
chem comp bond.comp id: A
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 4
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

P,O5&#39;,A
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: P,A
reference to chem comp atom: O5&#39;,A
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp bond.atom id 1: P
chem comp bond.atom id 2: O5'
chem comp bond.comp id: A
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 5
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

OP2,HOP2,A
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: OP2,A
reference to chem comp atom: HOP2,A
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp bond.atom id 1: OP2
chem comp bond.atom id 2: HOP2
chem comp bond.comp id: A
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 6
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

O5&#39;,C5&#39;,A
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: O5&#39;,A
reference to chem comp atom: C5&#39;,A
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp bond.atom id 1: O5'
chem comp bond.atom id 2: C5'
chem comp bond.comp id: A
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 7
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C5&#39;,C4&#39;,A
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C5&#39;,A
reference to chem comp atom: C4&#39;,A
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp bond.atom id 1: C5'
chem comp bond.atom id 2: C4'
chem comp bond.comp id: A
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 8
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C5&#39;,H5&#39;,A
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C5&#39;,A
reference to chem comp atom: H5&#39;,A
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp bond.atom id 1: C5'
chem comp bond.atom id 2: H5'
chem comp bond.comp id: A
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 9
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C5&#39;,H5&#39;&#39;,A
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C5&#39;,A
reference to chem comp atom: H5&#39;&#39;,A
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp bond.atom id 1: C5'
chem comp bond.atom id 2: H5''
chem comp bond.comp id: A
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 10
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C4&#39;,O4&#39;,A
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C4&#39;,A
reference to chem comp atom: O4&#39;,A
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp bond.atom id 1: C4'
chem comp bond.atom id 2: O4'
chem comp bond.comp id: A
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 11
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C4&#39;,C3&#39;,A
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C4&#39;,A
reference to chem comp atom: C3&#39;,A
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp bond.atom id 1: C4'
chem comp bond.atom id 2: C3'
chem comp bond.comp id: A
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 12
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C4&#39;,H4&#39;,A
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C4&#39;,A
reference to chem comp atom: H4&#39;,A
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp bond.atom id 1: C4'
chem comp bond.atom id 2: H4'
chem comp bond.comp id: A
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 13
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

O4&#39;,C1&#39;,A
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: O4&#39;,A
reference to chem comp atom: C1&#39;,A
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp bond.atom id 1: O4'
chem comp bond.atom id 2: C1'
chem comp bond.comp id: A
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 14
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C3&#39;,O3&#39;,A
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C3&#39;,A
reference to chem comp atom: O3&#39;,A
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp bond.atom id 1: C3'
chem comp bond.atom id 2: O3'
chem comp bond.comp id: A
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 15
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C3&#39;,C2&#39;,A
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C3&#39;,A
reference to chem comp atom: C2&#39;,A
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp bond.atom id 1: C3'
chem comp bond.atom id 2: C2'
chem comp bond.comp id: A
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 16
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C3&#39;,H3&#39;,A
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C3&#39;,A
reference to chem comp atom: H3&#39;,A
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp bond.atom id 1: C3'
chem comp bond.atom id 2: H3'
chem comp bond.comp id: A
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 17
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

O3&#39;,HO3&#39;,A
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: O3&#39;,A
reference to chem comp atom: HO3&#39;,A
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp bond.atom id 1: O3'
chem comp bond.atom id 2: HO3'
chem comp bond.comp id: A
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 18
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C2&#39;,O2&#39;,A
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C2&#39;,A
reference to chem comp atom: O2&#39;,A
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp bond.atom id 1: C2'
chem comp bond.atom id 2: O2'
chem comp bond.comp id: A
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 19
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C2&#39;,C1&#39;,A
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C2&#39;,A
reference to chem comp atom: C1&#39;,A
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp bond.atom id 1: C2'
chem comp bond.atom id 2: C1'
chem comp bond.comp id: A
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 20
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C2&#39;,H2&#39;,A
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C2&#39;,A
reference to chem comp atom: H2&#39;,A
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp bond.atom id 1: C2'
chem comp bond.atom id 2: H2'
chem comp bond.comp id: A
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 21
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

O2&#39;,HO2&#39;,A
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: O2&#39;,A
reference to chem comp atom: HO2&#39;,A
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp bond.atom id 1: O2'
chem comp bond.atom id 2: HO2'
chem comp bond.comp id: A
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 22
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C1&#39;,N9,A
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C1&#39;,A
reference to chem comp atom: N9,A
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp bond.atom id 1: C1'
chem comp bond.atom id 2: N9
chem comp bond.comp id: A
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 23
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C1&#39;,H1&#39;,A
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C1&#39;,A
reference to chem comp atom: H1&#39;,A
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp bond.atom id 1: C1'
chem comp bond.atom id 2: H1'
chem comp bond.comp id: A
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 24
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

N9,C8,A
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: N9,A
reference to chem comp atom: C8,A
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp bond.atom id 1: N9
chem comp bond.atom id 2: C8
chem comp bond.comp id: A
chem comp bond.pdbx aromatic flag: Y
chem comp bond.pdbx ordinal: 25
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

N9,C4,A
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: N9,A
reference to chem comp atom: C4,A
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp bond.atom id 1: N9
chem comp bond.atom id 2: C4
chem comp bond.comp id: A
chem comp bond.pdbx aromatic flag: Y
chem comp bond.pdbx ordinal: 26
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C8,N7,A
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C8,A
reference to chem comp atom: N7,A
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp bond.atom id 1: C8
chem comp bond.atom id 2: N7
chem comp bond.comp id: A
chem comp bond.pdbx aromatic flag: Y
chem comp bond.pdbx ordinal: 27
chem comp bond.pdbx stereo config: N
chem comp bond.value order: doub

C8,H8,A
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C8,A
reference to chem comp atom: H8,A
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp bond.atom id 1: C8
chem comp bond.atom id 2: H8
chem comp bond.comp id: A
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 28
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

N7,C5,A
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: N7,A
reference to chem comp atom: C5,A
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp bond.atom id 1: N7
chem comp bond.atom id 2: C5
chem comp bond.comp id: A
chem comp bond.pdbx aromatic flag: Y
chem comp bond.pdbx ordinal: 29
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C5,C6,A
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C5,A
reference to chem comp atom: C6,A
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp bond.atom id 1: C5
chem comp bond.atom id 2: C6
chem comp bond.comp id: A
chem comp bond.pdbx aromatic flag: Y
chem comp bond.pdbx ordinal: 30
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C5,C4,A
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C5,A
reference to chem comp atom: C4,A
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp bond.atom id 1: C5
chem comp bond.atom id 2: C4
chem comp bond.comp id: A
chem comp bond.pdbx aromatic flag: Y
chem comp bond.pdbx ordinal: 31
chem comp bond.pdbx stereo config: N
chem comp bond.value order: doub

C6,N6,A
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C6,A
reference to chem comp atom: N6,A
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp bond.atom id 1: C6
chem comp bond.atom id 2: N6
chem comp bond.comp id: A
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 32
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C6,N1,A
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C6,A
reference to chem comp atom: N1,A
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp bond.atom id 1: C6
chem comp bond.atom id 2: N1
chem comp bond.comp id: A
chem comp bond.pdbx aromatic flag: Y
chem comp bond.pdbx ordinal: 33
chem comp bond.pdbx stereo config: N
chem comp bond.value order: doub

N6,H61,A
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: N6,A
reference to chem comp atom: H61,A
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp bond.atom id 1: N6
chem comp bond.atom id 2: H61
chem comp bond.comp id: A
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 34
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

N6,H62,A
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: N6,A
reference to chem comp atom: H62,A
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp bond.atom id 1: N6
chem comp bond.atom id 2: H62
chem comp bond.comp id: A
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 35
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

N1,C2,A
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: N1,A
reference to chem comp atom: C2,A
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp bond.atom id 1: N1
chem comp bond.atom id 2: C2
chem comp bond.comp id: A
chem comp bond.pdbx aromatic flag: Y
chem comp bond.pdbx ordinal: 36
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C2,N3,A
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C2,A
reference to chem comp atom: N3,A
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp bond.atom id 1: C2
chem comp bond.atom id 2: N3
chem comp bond.comp id: A
chem comp bond.pdbx aromatic flag: Y
chem comp bond.pdbx ordinal: 37
chem comp bond.pdbx stereo config: N
chem comp bond.value order: doub

C2,H2,A
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C2,A
reference to chem comp atom: H2,A
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp bond.atom id 1: C2
chem comp bond.atom id 2: H2
chem comp bond.comp id: A
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 38
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

N3,C4,A
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: N3,A
reference to chem comp atom: C4,A
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
chem comp bond.atom id 1: N3
chem comp bond.atom id 2: C4
chem comp bond.comp id: A
chem comp bond.pdbx aromatic flag: Y
chem comp bond.pdbx ordinal: 39
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

OP3,P,C
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: OP3,C
reference to chem comp atom: P,C
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp bond.atom id 1: OP3
chem comp bond.atom id 2: P
chem comp bond.comp id: C
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 40
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

OP3,HOP3,C
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: OP3,C
reference to chem comp atom: HOP3,C
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp bond.atom id 1: OP3
chem comp bond.atom id 2: HOP3
chem comp bond.comp id: C
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 41
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

P,OP1,C
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: P,C
reference to chem comp atom: OP1,C
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp bond.atom id 1: P
chem comp bond.atom id 2: OP1
chem comp bond.comp id: C
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 42
chem comp bond.pdbx stereo config: N
chem comp bond.value order: doub

P,OP2,C
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: P,C
reference to chem comp atom: OP2,C
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp bond.atom id 1: P
chem comp bond.atom id 2: OP2
chem comp bond.comp id: C
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 43
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

P,O5&#39;,C
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: P,C
reference to chem comp atom: O5&#39;,C
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp bond.atom id 1: P
chem comp bond.atom id 2: O5'
chem comp bond.comp id: C
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 44
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

OP2,HOP2,C
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: OP2,C
reference to chem comp atom: HOP2,C
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp bond.atom id 1: OP2
chem comp bond.atom id 2: HOP2
chem comp bond.comp id: C
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 45
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

O5&#39;,C5&#39;,C
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: O5&#39;,C
reference to chem comp atom: C5&#39;,C
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp bond.atom id 1: O5'
chem comp bond.atom id 2: C5'
chem comp bond.comp id: C
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 46
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C5&#39;,C4&#39;,C
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C5&#39;,C
reference to chem comp atom: C4&#39;,C
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp bond.atom id 1: C5'
chem comp bond.atom id 2: C4'
chem comp bond.comp id: C
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 47
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C5&#39;,H5&#39;,C
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C5&#39;,C
reference to chem comp atom: H5&#39;,C
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp bond.atom id 1: C5'
chem comp bond.atom id 2: H5'
chem comp bond.comp id: C
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 48
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C5&#39;,H5&#39;&#39;,C
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C5&#39;,C
reference to chem comp atom: H5&#39;&#39;,C
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp bond.atom id 1: C5'
chem comp bond.atom id 2: H5''
chem comp bond.comp id: C
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 49
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C4&#39;,O4&#39;,C
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C4&#39;,C
reference to chem comp atom: O4&#39;,C
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp bond.atom id 1: C4'
chem comp bond.atom id 2: O4'
chem comp bond.comp id: C
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 50
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C4&#39;,C3&#39;,C
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C4&#39;,C
reference to chem comp atom: C3&#39;,C
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp bond.atom id 1: C4'
chem comp bond.atom id 2: C3'
chem comp bond.comp id: C
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 51
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C4&#39;,H4&#39;,C
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C4&#39;,C
reference to chem comp atom: H4&#39;,C
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp bond.atom id 1: C4'
chem comp bond.atom id 2: H4'
chem comp bond.comp id: C
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 52
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

O4&#39;,C1&#39;,C
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: O4&#39;,C
reference to chem comp atom: C1&#39;,C
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp bond.atom id 1: O4'
chem comp bond.atom id 2: C1'
chem comp bond.comp id: C
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 53
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C3&#39;,O3&#39;,C
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C3&#39;,C
reference to chem comp atom: O3&#39;,C
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp bond.atom id 1: C3'
chem comp bond.atom id 2: O3'
chem comp bond.comp id: C
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 54
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C3&#39;,C2&#39;,C
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C3&#39;,C
reference to chem comp atom: C2&#39;,C
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp bond.atom id 1: C3'
chem comp bond.atom id 2: C2'
chem comp bond.comp id: C
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 55
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C3&#39;,H3&#39;,C
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C3&#39;,C
reference to chem comp atom: H3&#39;,C
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp bond.atom id 1: C3'
chem comp bond.atom id 2: H3'
chem comp bond.comp id: C
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 56
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

O3&#39;,HO3&#39;,C
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: O3&#39;,C
reference to chem comp atom: HO3&#39;,C
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp bond.atom id 1: O3'
chem comp bond.atom id 2: HO3'
chem comp bond.comp id: C
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 57
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C2&#39;,O2&#39;,C
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C2&#39;,C
reference to chem comp atom: O2&#39;,C
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp bond.atom id 1: C2'
chem comp bond.atom id 2: O2'
chem comp bond.comp id: C
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 58
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C2&#39;,C1&#39;,C
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C2&#39;,C
reference to chem comp atom: C1&#39;,C
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp bond.atom id 1: C2'
chem comp bond.atom id 2: C1'
chem comp bond.comp id: C
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 59
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C2&#39;,H2&#39;,C
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C2&#39;,C
reference to chem comp atom: H2&#39;,C
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp bond.atom id 1: C2'
chem comp bond.atom id 2: H2'
chem comp bond.comp id: C
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 60
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

O2&#39;,HO2&#39;,C
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: O2&#39;,C
reference to chem comp atom: HO2&#39;,C
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp bond.atom id 1: O2'
chem comp bond.atom id 2: HO2'
chem comp bond.comp id: C
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 61
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C1&#39;,N1,C
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C1&#39;,C
reference to chem comp atom: N1,C
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp bond.atom id 1: C1'
chem comp bond.atom id 2: N1
chem comp bond.comp id: C
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 62
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C1&#39;,H1&#39;,C
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C1&#39;,C
reference to chem comp atom: H1&#39;,C
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp bond.atom id 1: C1'
chem comp bond.atom id 2: H1'
chem comp bond.comp id: C
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 63
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

N1,C2,C
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: N1,C
reference to chem comp atom: C2,C
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp bond.atom id 1: N1
chem comp bond.atom id 2: C2
chem comp bond.comp id: C
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 64
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

N1,C6,C
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: N1,C
reference to chem comp atom: C6,C
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp bond.atom id 1: N1
chem comp bond.atom id 2: C6
chem comp bond.comp id: C
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 65
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C2,O2,C
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C2,C
reference to chem comp atom: O2,C
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp bond.atom id 1: C2
chem comp bond.atom id 2: O2
chem comp bond.comp id: C
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 66
chem comp bond.pdbx stereo config: N
chem comp bond.value order: doub

C2,N3,C
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C2,C
reference to chem comp atom: N3,C
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp bond.atom id 1: C2
chem comp bond.atom id 2: N3
chem comp bond.comp id: C
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 67
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

N3,C4,C
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: N3,C
reference to chem comp atom: C4,C
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp bond.atom id 1: N3
chem comp bond.atom id 2: C4
chem comp bond.comp id: C
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 68
chem comp bond.pdbx stereo config: N
chem comp bond.value order: doub

C4,N4,C
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C4,C
reference to chem comp atom: N4,C
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp bond.atom id 1: C4
chem comp bond.atom id 2: N4
chem comp bond.comp id: C
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 69
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C4,C5,C
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C4,C
reference to chem comp atom: C5,C
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp bond.atom id 1: C4
chem comp bond.atom id 2: C5
chem comp bond.comp id: C
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 70
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

N4,H41,C
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: N4,C
reference to chem comp atom: H41,C
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp bond.atom id 1: N4
chem comp bond.atom id 2: H41
chem comp bond.comp id: C
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 71
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

N4,H42,C
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: N4,C
reference to chem comp atom: H42,C
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp bond.atom id 1: N4
chem comp bond.atom id 2: H42
chem comp bond.comp id: C
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 72
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C5,C6,C
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C5,C
reference to chem comp atom: C6,C
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp bond.atom id 1: C5
chem comp bond.atom id 2: C6
chem comp bond.comp id: C
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 73
chem comp bond.pdbx stereo config: N
chem comp bond.value order: doub

C5,H5,C
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C5,C
reference to chem comp atom: H5,C
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp bond.atom id 1: C5
chem comp bond.atom id 2: H5
chem comp bond.comp id: C
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 74
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C6,H6,C
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C6,C
reference to chem comp atom: H6,C
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
chem comp bond.atom id 1: C6
chem comp bond.atom id 2: H6
chem comp bond.comp id: C
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 75
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

OP3,P,G
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: OP3,G
reference to chem comp atom: P,G
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp bond.atom id 1: OP3
chem comp bond.atom id 2: P
chem comp bond.comp id: G
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 76
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

OP3,HOP3,G
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: OP3,G
reference to chem comp atom: HOP3,G
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp bond.atom id 1: OP3
chem comp bond.atom id 2: HOP3
chem comp bond.comp id: G
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 77
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

P,OP1,G
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: P,G
reference to chem comp atom: OP1,G
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp bond.atom id 1: P
chem comp bond.atom id 2: OP1
chem comp bond.comp id: G
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 78
chem comp bond.pdbx stereo config: N
chem comp bond.value order: doub

P,OP2,G
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: P,G
reference to chem comp atom: OP2,G
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp bond.atom id 1: P
chem comp bond.atom id 2: OP2
chem comp bond.comp id: G
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 79
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

P,O5&#39;,G
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: P,G
reference to chem comp atom: O5&#39;,G
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp bond.atom id 1: P
chem comp bond.atom id 2: O5'
chem comp bond.comp id: G
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 80
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

OP2,HOP2,G
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: OP2,G
reference to chem comp atom: HOP2,G
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp bond.atom id 1: OP2
chem comp bond.atom id 2: HOP2
chem comp bond.comp id: G
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 81
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

O5&#39;,C5&#39;,G
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: O5&#39;,G
reference to chem comp atom: C5&#39;,G
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp bond.atom id 1: O5'
chem comp bond.atom id 2: C5'
chem comp bond.comp id: G
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 82
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C5&#39;,C4&#39;,G
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C5&#39;,G
reference to chem comp atom: C4&#39;,G
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp bond.atom id 1: C5'
chem comp bond.atom id 2: C4'
chem comp bond.comp id: G
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 83
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C5&#39;,H5&#39;,G
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C5&#39;,G
reference to chem comp atom: H5&#39;,G
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp bond.atom id 1: C5'
chem comp bond.atom id 2: H5'
chem comp bond.comp id: G
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 84
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C5&#39;,H5&#39;&#39;,G
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C5&#39;,G
reference to chem comp atom: H5&#39;&#39;,G
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp bond.atom id 1: C5'
chem comp bond.atom id 2: H5''
chem comp bond.comp id: G
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 85
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C4&#39;,O4&#39;,G
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C4&#39;,G
reference to chem comp atom: O4&#39;,G
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp bond.atom id 1: C4'
chem comp bond.atom id 2: O4'
chem comp bond.comp id: G
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 86
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C4&#39;,C3&#39;,G
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C4&#39;,G
reference to chem comp atom: C3&#39;,G
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp bond.atom id 1: C4'
chem comp bond.atom id 2: C3'
chem comp bond.comp id: G
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 87
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C4&#39;,H4&#39;,G
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C4&#39;,G
reference to chem comp atom: H4&#39;,G
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp bond.atom id 1: C4'
chem comp bond.atom id 2: H4'
chem comp bond.comp id: G
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 88
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

O4&#39;,C1&#39;,G
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: O4&#39;,G
reference to chem comp atom: C1&#39;,G
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp bond.atom id 1: O4'
chem comp bond.atom id 2: C1'
chem comp bond.comp id: G
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 89
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C3&#39;,O3&#39;,G
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C3&#39;,G
reference to chem comp atom: O3&#39;,G
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp bond.atom id 1: C3'
chem comp bond.atom id 2: O3'
chem comp bond.comp id: G
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 90
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C3&#39;,C2&#39;,G
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C3&#39;,G
reference to chem comp atom: C2&#39;,G
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp bond.atom id 1: C3'
chem comp bond.atom id 2: C2'
chem comp bond.comp id: G
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 91
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C3&#39;,H3&#39;,G
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C3&#39;,G
reference to chem comp atom: H3&#39;,G
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp bond.atom id 1: C3'
chem comp bond.atom id 2: H3'
chem comp bond.comp id: G
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 92
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

O3&#39;,HO3&#39;,G
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: O3&#39;,G
reference to chem comp atom: HO3&#39;,G
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp bond.atom id 1: O3'
chem comp bond.atom id 2: HO3'
chem comp bond.comp id: G
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 93
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C2&#39;,O2&#39;,G
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C2&#39;,G
reference to chem comp atom: O2&#39;,G
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp bond.atom id 1: C2'
chem comp bond.atom id 2: O2'
chem comp bond.comp id: G
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 94
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C2&#39;,C1&#39;,G
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C2&#39;,G
reference to chem comp atom: C1&#39;,G
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp bond.atom id 1: C2'
chem comp bond.atom id 2: C1'
chem comp bond.comp id: G
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 95
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C2&#39;,H2&#39;,G
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C2&#39;,G
reference to chem comp atom: H2&#39;,G
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp bond.atom id 1: C2'
chem comp bond.atom id 2: H2'
chem comp bond.comp id: G
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 96
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

O2&#39;,HO2&#39;,G
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: O2&#39;,G
reference to chem comp atom: HO2&#39;,G
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp bond.atom id 1: O2'
chem comp bond.atom id 2: HO2'
chem comp bond.comp id: G
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 97
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C1&#39;,N9,G
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C1&#39;,G
reference to chem comp atom: N9,G
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp bond.atom id 1: C1'
chem comp bond.atom id 2: N9
chem comp bond.comp id: G
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 98
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C1&#39;,H1&#39;,G
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C1&#39;,G
reference to chem comp atom: H1&#39;,G
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp bond.atom id 1: C1'
chem comp bond.atom id 2: H1'
chem comp bond.comp id: G
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 99
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

N9,C8,G
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: N9,G
reference to chem comp atom: C8,G
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp bond.atom id 1: N9
chem comp bond.atom id 2: C8
chem comp bond.comp id: G
chem comp bond.pdbx aromatic flag: Y
chem comp bond.pdbx ordinal: 100
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

N9,C4,G
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: N9,G
reference to chem comp atom: C4,G
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp bond.atom id 1: N9
chem comp bond.atom id 2: C4
chem comp bond.comp id: G
chem comp bond.pdbx aromatic flag: Y
chem comp bond.pdbx ordinal: 101
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C8,N7,G
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C8,G
reference to chem comp atom: N7,G
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp bond.atom id 1: C8
chem comp bond.atom id 2: N7
chem comp bond.comp id: G
chem comp bond.pdbx aromatic flag: Y
chem comp bond.pdbx ordinal: 102
chem comp bond.pdbx stereo config: N
chem comp bond.value order: doub

C8,H8,G
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C8,G
reference to chem comp atom: H8,G
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp bond.atom id 1: C8
chem comp bond.atom id 2: H8
chem comp bond.comp id: G
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 103
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

N7,C5,G
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: N7,G
reference to chem comp atom: C5,G
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp bond.atom id 1: N7
chem comp bond.atom id 2: C5
chem comp bond.comp id: G
chem comp bond.pdbx aromatic flag: Y
chem comp bond.pdbx ordinal: 104
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C5,C6,G
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C5,G
reference to chem comp atom: C6,G
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp bond.atom id 1: C5
chem comp bond.atom id 2: C6
chem comp bond.comp id: G
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 105
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C5,C4,G
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C5,G
reference to chem comp atom: C4,G
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp bond.atom id 1: C5
chem comp bond.atom id 2: C4
chem comp bond.comp id: G
chem comp bond.pdbx aromatic flag: Y
chem comp bond.pdbx ordinal: 106
chem comp bond.pdbx stereo config: N
chem comp bond.value order: doub

C6,O6,G
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C6,G
reference to chem comp atom: O6,G
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp bond.atom id 1: C6
chem comp bond.atom id 2: O6
chem comp bond.comp id: G
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 107
chem comp bond.pdbx stereo config: N
chem comp bond.value order: doub

C6,N1,G
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C6,G
reference to chem comp atom: N1,G
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp bond.atom id 1: C6
chem comp bond.atom id 2: N1
chem comp bond.comp id: G
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 108
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

N1,C2,G
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: N1,G
reference to chem comp atom: C2,G
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp bond.atom id 1: N1
chem comp bond.atom id 2: C2
chem comp bond.comp id: G
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 109
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

N1,H1,G
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: N1,G
reference to chem comp atom: H1,G
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp bond.atom id 1: N1
chem comp bond.atom id 2: H1
chem comp bond.comp id: G
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 110
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C2,N2,G
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C2,G
reference to chem comp atom: N2,G
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp bond.atom id 1: C2
chem comp bond.atom id 2: N2
chem comp bond.comp id: G
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 111
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C2,N3,G
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C2,G
reference to chem comp atom: N3,G
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp bond.atom id 1: C2
chem comp bond.atom id 2: N3
chem comp bond.comp id: G
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 112
chem comp bond.pdbx stereo config: N
chem comp bond.value order: doub

N2,H21,G
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: N2,G
reference to chem comp atom: H21,G
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp bond.atom id 1: N2
chem comp bond.atom id 2: H21
chem comp bond.comp id: G
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 113
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

N2,H22,G
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: N2,G
reference to chem comp atom: H22,G
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp bond.atom id 1: N2
chem comp bond.atom id 2: H22
chem comp bond.comp id: G
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 114
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

N3,C4,G
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: N3,G
reference to chem comp atom: C4,G
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
chem comp bond.atom id 1: N3
chem comp bond.atom id 2: C4
chem comp bond.comp id: G
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 115
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

OP3,P,U
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: OP3,U
reference to chem comp atom: P,U
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp bond.atom id 1: OP3
chem comp bond.atom id 2: P
chem comp bond.comp id: U
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 116
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

OP3,HOP3,U
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: OP3,U
reference to chem comp atom: HOP3,U
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp bond.atom id 1: OP3
chem comp bond.atom id 2: HOP3
chem comp bond.comp id: U
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 117
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

P,OP1,U
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: P,U
reference to chem comp atom: OP1,U
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp bond.atom id 1: P
chem comp bond.atom id 2: OP1
chem comp bond.comp id: U
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 118
chem comp bond.pdbx stereo config: N
chem comp bond.value order: doub

P,OP2,U
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: P,U
reference to chem comp atom: OP2,U
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp bond.atom id 1: P
chem comp bond.atom id 2: OP2
chem comp bond.comp id: U
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 119
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

P,O5&#39;,U
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: P,U
reference to chem comp atom: O5&#39;,U
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp bond.atom id 1: P
chem comp bond.atom id 2: O5'
chem comp bond.comp id: U
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 120
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

OP2,HOP2,U
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: OP2,U
reference to chem comp atom: HOP2,U
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp bond.atom id 1: OP2
chem comp bond.atom id 2: HOP2
chem comp bond.comp id: U
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 121
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

O5&#39;,C5&#39;,U
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: O5&#39;,U
reference to chem comp atom: C5&#39;,U
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp bond.atom id 1: O5'
chem comp bond.atom id 2: C5'
chem comp bond.comp id: U
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 122
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C5&#39;,C4&#39;,U
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C5&#39;,U
reference to chem comp atom: C4&#39;,U
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp bond.atom id 1: C5'
chem comp bond.atom id 2: C4'
chem comp bond.comp id: U
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 123
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C5&#39;,H5&#39;,U
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C5&#39;,U
reference to chem comp atom: H5&#39;,U
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp bond.atom id 1: C5'
chem comp bond.atom id 2: H5'
chem comp bond.comp id: U
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 124
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C5&#39;,H5&#39;&#39;,U
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C5&#39;,U
reference to chem comp atom: H5&#39;&#39;,U
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp bond.atom id 1: C5'
chem comp bond.atom id 2: H5''
chem comp bond.comp id: U
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 125
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C4&#39;,O4&#39;,U
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C4&#39;,U
reference to chem comp atom: O4&#39;,U
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp bond.atom id 1: C4'
chem comp bond.atom id 2: O4'
chem comp bond.comp id: U
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 126
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C4&#39;,C3&#39;,U
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C4&#39;,U
reference to chem comp atom: C3&#39;,U
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp bond.atom id 1: C4'
chem comp bond.atom id 2: C3'
chem comp bond.comp id: U
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 127
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C4&#39;,H4&#39;,U
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C4&#39;,U
reference to chem comp atom: H4&#39;,U
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp bond.atom id 1: C4'
chem comp bond.atom id 2: H4'
chem comp bond.comp id: U
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 128
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

O4&#39;,C1&#39;,U
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: O4&#39;,U
reference to chem comp atom: C1&#39;,U
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp bond.atom id 1: O4'
chem comp bond.atom id 2: C1'
chem comp bond.comp id: U
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 129
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C3&#39;,O3&#39;,U
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C3&#39;,U
reference to chem comp atom: O3&#39;,U
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp bond.atom id 1: C3'
chem comp bond.atom id 2: O3'
chem comp bond.comp id: U
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 130
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C3&#39;,C2&#39;,U
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C3&#39;,U
reference to chem comp atom: C2&#39;,U
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp bond.atom id 1: C3'
chem comp bond.atom id 2: C2'
chem comp bond.comp id: U
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 131
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C3&#39;,H3&#39;,U
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C3&#39;,U
reference to chem comp atom: H3&#39;,U
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp bond.atom id 1: C3'
chem comp bond.atom id 2: H3'
chem comp bond.comp id: U
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 132
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

O3&#39;,HO3&#39;,U
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: O3&#39;,U
reference to chem comp atom: HO3&#39;,U
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp bond.atom id 1: O3'
chem comp bond.atom id 2: HO3'
chem comp bond.comp id: U
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 133
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C2&#39;,O2&#39;,U
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C2&#39;,U
reference to chem comp atom: O2&#39;,U
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp bond.atom id 1: C2'
chem comp bond.atom id 2: O2'
chem comp bond.comp id: U
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 134
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C2&#39;,C1&#39;,U
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C2&#39;,U
reference to chem comp atom: C1&#39;,U
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp bond.atom id 1: C2'
chem comp bond.atom id 2: C1'
chem comp bond.comp id: U
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 135
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C2&#39;,H2&#39;,U
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C2&#39;,U
reference to chem comp atom: H2&#39;,U
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp bond.atom id 1: C2'
chem comp bond.atom id 2: H2'
chem comp bond.comp id: U
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 136
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

O2&#39;,HO2&#39;,U
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: O2&#39;,U
reference to chem comp atom: HO2&#39;,U
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp bond.atom id 1: O2'
chem comp bond.atom id 2: HO2'
chem comp bond.comp id: U
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 137
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C1&#39;,N1,U
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C1&#39;,U
reference to chem comp atom: N1,U
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp bond.atom id 1: C1'
chem comp bond.atom id 2: N1
chem comp bond.comp id: U
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 138
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C1&#39;,H1&#39;,U
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C1&#39;,U
reference to chem comp atom: H1&#39;,U
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp bond.atom id 1: C1'
chem comp bond.atom id 2: H1'
chem comp bond.comp id: U
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 139
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

N1,C2,U
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: N1,U
reference to chem comp atom: C2,U
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp bond.atom id 1: N1
chem comp bond.atom id 2: C2
chem comp bond.comp id: U
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 140
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

N1,C6,U
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: N1,U
reference to chem comp atom: C6,U
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp bond.atom id 1: N1
chem comp bond.atom id 2: C6
chem comp bond.comp id: U
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 141
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C2,O2,U
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C2,U
reference to chem comp atom: O2,U
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp bond.atom id 1: C2
chem comp bond.atom id 2: O2
chem comp bond.comp id: U
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 142
chem comp bond.pdbx stereo config: N
chem comp bond.value order: doub

C2,N3,U
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C2,U
reference to chem comp atom: N3,U
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp bond.atom id 1: C2
chem comp bond.atom id 2: N3
chem comp bond.comp id: U
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 143
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

N3,C4,U
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: N3,U
reference to chem comp atom: C4,U
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp bond.atom id 1: N3
chem comp bond.atom id 2: C4
chem comp bond.comp id: U
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 144
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

N3,H3,U
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: N3,U
reference to chem comp atom: H3,U
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp bond.atom id 1: N3
chem comp bond.atom id 2: H3
chem comp bond.comp id: U
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 145
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C4,O4,U
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C4,U
reference to chem comp atom: O4,U
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp bond.atom id 1: C4
chem comp bond.atom id 2: O4
chem comp bond.comp id: U
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 146
chem comp bond.pdbx stereo config: N
chem comp bond.value order: doub

C4,C5,U
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C4,U
reference to chem comp atom: C5,U
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp bond.atom id 1: C4
chem comp bond.atom id 2: C5
chem comp bond.comp id: U
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 147
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C5,C6,U
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C5,U
reference to chem comp atom: C6,U
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp bond.atom id 1: C5
chem comp bond.atom id 2: C6
chem comp bond.comp id: U
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 148
chem comp bond.pdbx stereo config: N
chem comp bond.value order: doub

C5,H5,U
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C5,U
reference to chem comp atom: H5,U
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp bond.atom id 1: C5
chem comp bond.atom id 2: H5
chem comp bond.comp id: U
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 149
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

C6,H6,U
type: chem comp bond
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp atom: C6,U
reference to chem comp atom: H6,U
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
chem comp bond.atom id 1: C6
chem comp bond.atom id 2: H6
chem comp bond.comp id: U
chem comp bond.pdbx aromatic flag: N
chem comp bond.pdbx ordinal: 150
chem comp bond.pdbx stereo config: N
chem comp bond.value order: sing

primary
type: citation
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
citation.id: primary
citation.country: UK
citation.journal abbrev: Nucleic Acids Res.
citation.journal id ASTM: NARHAD
citation.journal id CSD: 0389
citation.journal id ISSN: 0305-1048
citation.journal volume: 41
citation.page first: 2609
citation.page last: 2620
citation.pdbx database id DOI: 10.1093/nar/gks1256
citation.pdbx database id pub med: 23293003
citation.title: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM and general features of the assembly process
citation.year: 2013
link to doi: doi:10.1093/nar/gks1256
link to pubmed: pubmed:23293003
references: pubmed:23293003
referenced by citation author: primary,Gao, N.,10
referenced by citation author: primary,Guo, Q.,1
referenced by citation author: primary,Goto, S.,2
referenced by citation author: primary,Chen, Y.,3
referenced by citation author: primary,Feng, B.,4
referenced by citation author: primary,Xu, Y.,5
referenced by citation author: primary,Muto, A.,6
referenced by citation author: primary,Himeno, H.,7
referenced by citation author: primary,Deng, H.,8
referenced by citation author: primary,Lei, J.,9

primary,Guo, Q.,1
type: citation author
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to citation: primary
citation author.citation id: primary
citation author.name: Guo, Q.
citation author.ordinal: 1

primary,Goto, S.,2
type: citation author
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to citation: primary
citation author.citation id: primary
citation author.name: Goto, S.
citation author.ordinal: 2

primary,Chen, Y.,3
type: citation author
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to citation: primary
citation author.citation id: primary
citation author.name: Chen, Y.
citation author.ordinal: 3

primary,Feng, B.,4
type: citation author
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to citation: primary
citation author.citation id: primary
citation author.name: Feng, B.
citation author.ordinal: 4

primary,Xu, Y.,5
type: citation author
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to citation: primary
citation author.citation id: primary
citation author.name: Xu, Y.
citation author.ordinal: 5

primary,Muto, A.,6
type: citation author
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to citation: primary
citation author.citation id: primary
citation author.name: Muto, A.
citation author.ordinal: 6

primary,Himeno, H.,7
type: citation author
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to citation: primary
citation author.citation id: primary
citation author.name: Himeno, H.
citation author.ordinal: 7

primary,Deng, H.,8
type: citation author
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to citation: primary
citation author.citation id: primary
citation author.name: Deng, H.
citation author.ordinal: 8

primary,Lei, J.,9
type: citation author
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to citation: primary
citation author.citation id: primary
citation author.name: Lei, J.
citation author.ordinal: 9

primary,Gao, N.,10
type: citation author
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to citation: primary
citation author.citation id: primary
citation author.name: Gao, N.
citation author.ordinal: 10

3J28,PDB
type: database 2
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
database 2.database code: 3J28
database 2.database id: PDB
database 2.pdbx DOI: 10.2210/pdb3j28/pdb
database 2.pdbx database accession: pdb_00003j28

RCSB160158,RCSB
type: database 2
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
database 2.database code: RCSB160158
database 2.database id: RCSB

D 1000160158,WWPDB
type: database 2
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
database 2.database code: D_1000160158
database 2.database id: WWPDB

3J28
type: database PDB matrix
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entry: 3J28
database PDB matrix.entry id: 3J28
database PDB matrix.origx11: 1
database PDB matrix.origx12: 0
database PDB matrix.origx13: 0
database PDB matrix.origx21: 0
database PDB matrix.origx22: 1
database PDB matrix.origx23: 0
database PDB matrix.origx31: 0
database PDB matrix.origx32: 0
database PDB matrix.origx33: 1
database PDB matrix.origx vector1: 0
database PDB matrix.origx vector2: 0
database PDB matrix.origx vector3: 0

http://rdf.wwpdb.org/pdb/3J28/diffrn/1
type: diffrn
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to exptl crystal: http://rdf.wwpdb.org/pdb/3J28/exptl_crystal/1
diffrn.id: 1
diffrn.crystal id: 1
referenced by diffrn radiation: http://rdf.wwpdb.org/pdb/3J28/diffrn_radiation/1

http://rdf.wwpdb.org/pdb/3J28/exptl_crystal/1
referenced by diffrn: http://rdf.wwpdb.org/pdb/3J28/diffrn/1
type: exptl crystal
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
exptl crystal.id: 1

http://rdf.wwpdb.org/pdb/3J28/diffrn_radiation/1
type: diffrn radiation
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to diffrn: http://rdf.wwpdb.org/pdb/3J28/diffrn/1
diffrn radiation.diffrn id: 1
diffrn radiation.wavelength id: 1

http://rdf.wwpdb.org/pdb/3J28/diffrn_radiation_wavelength/1
type: diffrn radiation wavelength
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
diffrn radiation wavelength.id: 1
diffrn radiation wavelength.wt: 1

3J28,1
type: em 3d fitting
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entry: 3J28
em 3d fitting.entry id: 3J28
em 3d fitting.id: 1
em 3d fitting.details: REFINEMENT PROTOCOL--Initial local fitting was done using Chimera and then MDFF was used for flexible fitting DETAILS--MDFF,ref- Trabuco, L.G., Villa, E., Mitra, K., Frank, J. and Schulten, K. (2008) Flexible fitting of atomic structures into electron microscopy maps using molecular dynamics. Structure, 16, 673-683
em 3d fitting.ref protocol: FLEXIBLE FIT
em 3d fitting.ref space: REAL
em 3d fitting.target criteria: Cross-correlation

1,1
type: em 3d fitting list
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
em 3d fitting list.3d fitting id: 1
em 3d fitting list.id: 1
em 3d fitting list.accession code: 3OFA
em 3d fitting list.initial refinement model id: 1
em 3d fitting list.pdb chain id: A
em 3d fitting list.pdb entry id: 3OFA
em 3d fitting list.source name: PDB
em 3d fitting list.type: experimental model

1,1
type: em 3d reconstruction
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entry: 3J28
em 3d reconstruction.id: 1
em 3d reconstruction.image processing id: 1
em 3d reconstruction.details: This is a classification volume (No.1) using ML3D methods.
em 3d reconstruction.entry id: 3J28
em 3d reconstruction.method: Reference Projections
em 3d reconstruction.num particles: 32152
em 3d reconstruction.resolution: 12.9
em 3d reconstruction.resolution method: FSC 0.5 CUT-OFF
em 3d reconstruction.symmetry type: POINT

1,1
type: em buffer
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
em buffer.id: 1
em buffer.specimen id: 1
em buffer.details: 150mM NH4Cl, 10mM Tris-HCL, 10mM MgCl2
em buffer.p h: 7.5

http://rdf.wwpdb.org/pdb/3J28/em_ctf_correction/1
type: em ctf correction
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
em ctf correction.id: 1
em ctf correction.details: Weiner filter

http://rdf.wwpdb.org/pdb/3J28/em_entity_assembly/1
type: em entity assembly
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
em entity assembly.id: 1
em entity assembly.name: Immature ribosomal small subunit from RIMM gene deleted E.Coli strain
em entity assembly.parent id: 0
em entity assembly.type: RIBOSOME

3J28
type: em experiment
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entry: 3J28
em experiment.entry id: 3J28
em experiment.aggregation state: PARTICLE
em experiment.entity assembly id: 1
em experiment.id: 1
em experiment.reconstruction method: SINGLE PARTICLE

1,1
type: em image processing
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
em image processing.id: 1
em image processing.image recording id: 1

1,1
type: em image recording
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
em image recording.id: 1
em image recording.imaging id: 1
em image recording.avg electron dose per image: 20
em image recording.film or detector model: GATAN ULTRASCAN 4000 (4k x 4k)

3J28,1
type: em imaging
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entry: 3J28
em imaging.entry id: 3J28
em imaging.id: 1
em imaging.accelerating voltage: 200
em imaging.date: 2012-01-01
em imaging.electron source: FIELD EMISSION GUN
em imaging.illumination mode: FLOOD BEAM
em imaging.microscope model: FEI TECNAI F20
em imaging.mode: BRIGHT FIELD
em imaging.nominal defocus max: 4000
em imaging.nominal defocus min: 1300
em imaging.nominal magnification: 80000
em imaging.specimen holder model: GATAN LIQUID NITROGEN
em imaging.specimen id: 1
em imaging.temperature: 200

1,1
type: em single particle entity
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
em single particle entity.id: 1
em single particle entity.image processing id: 1
em single particle entity.entry id: 3J28
em single particle entity.point symmetry: C1

http://rdf.wwpdb.org/pdb/3J28/em_software/1
type: em software
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
em software.id: 1
em software.category: MODEL FITTING
em software.fitting id: 1
em software.name: MDFF

http://rdf.wwpdb.org/pdb/3J28/em_software/2
type: em software
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
em software.id: 2
em software.category: RECONSTRUCTION
em software.image processing id: 1
em software.name: SPIDER

1,1
type: em specimen
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
em specimen.experiment id: 1
em specimen.id: 1
em specimen.details: 150mM NH4Cl, 10mM Tris-HCL, 10mM MgCl2
em specimen.embedding applied: false
em specimen.shadowing applied: false
em specimen.staining applied: false
em specimen.vitrification applied: true

1,1
type: em vitrification
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entry: 3J28
em vitrification.id: 1
em vitrification.specimen id: 1
em vitrification.cryogen name: ETHANE
em vitrification.entry id: 3J28
em vitrification.humidity: 100
em vitrification.instrument: FEI VITROBOT MARK IV
em vitrification.method: Blot for 2 seconds before plunging

http://rdf.wwpdb.org/pdb/3J28/entity/1
type: entity
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
entity.id: 1
entity.formula weight: 496892.375
entity.pdbx description: 16S rRNA
entity.pdbx number of molecules: 1
entity.src method: nat
entity.type: polymer
referenced by entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
referenced by struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
referenced by struct ref: http://rdf.wwpdb.org/pdb/3J28/struct_ref/1
referenced by entity src nat: 1,1

http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
type: entity poly
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity: http://rdf.wwpdb.org/pdb/3J28/entity/1
entity poly.entity id: 1
entity poly.nstd linkage: no
entity poly.nstd monomer: no
entity poly.pdbx seq one letter code: AAUUGAAGAGUUUGAUCAUGGCUCAGAUUGAACGCUGGCGGCAGGCCUAACACAUGCAAGUCGAACGGUAACAGGAAGAA GCUUGCUUCUUUGCUGACGAGUGGCGGACGGGUGAGUAAUGUCUGGGAAACUGCCUGAUGGAGGGGGAUAACUACUGGAA ACGGUAGCUAAUACCGCAUAACGUCGCAAGACCAAAGAGGGGGACCUUCGGGCCUCUUGCCAUCGGAUGUGCCCAGAUGG GAUUAGCUAGUAGGUGGGGUAACGGCUCACCUAGGCGACGAUCCCUAGCUGGUCUGAGAGGAUGACCAGCCACACUGGAA CUGAGACACGGUCCAGACUCCUACGGGAGGCAGCAGUGGGGAAUAUUGCACAAUGGGCGCAAGCCUGAUGCAGCCAUGCC GCGUGUAUGAAGAAGGCCUUCGGGUUGUAAAGUACUUUCAGCGGGGAGGAAGGGAGUAAAGUUAAUACCUUUGCUCAUUG ACGUUACCCGCAGAAGAAGCACCGGCUAACUCCGUGCCAGCAGCCGCGGUAAUACGGAGGGUGCAAGCGUUAAUCGGAAU UACUGGGCGUAAAGCGCACGCAGGCGGUUUGUUAAGUCAGAUGUGAAAUCCCCGGGCUCAACCUGGGAACUGCAUCUGAU ACUGGCAAGCUUGAGUCUCGUAGAGGGGGGUAGAAUUCCAGGUGUAGCGGUGAAAUGCGUAGAGAUCUGGAGGAAUACCG GUGGCGAAGGCGGCCCCCUGGACGAAGACUGACGCUCAGGUGCGAAAGCGUGGGGAGCAAACAGGAUUAGAUACCCUGGU AGUCCACGCCGUAAACGAUGUCGACUUGGAGGUUGUGCCCUUGAGGCGUGGCUUCCGGAGCUAACGCGUUAAGUCGACCG CCUGGGGAGUACGGCCGCAAGGUUAAAACUCAAAUGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUU CGAUGCAACGCGAAGAACCUUACCUGGUCUUGACAUCCACGGAAGUUUUCAGAGAUGAGAAUGUGCCUUCGGGAACCGUG AGACAGGUGCUGCAUGGCUGUCGUCAGCUCGUGUUGUGAAAUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCUUAUCCU UUGUUGCCAGCGGUCCGGCCGGGAACUCAAAGGAGACUGCCAGUGAUAAACUGGAGGAAGGUGGGGAUGACGUCAAGUCA UCAUGGCCCUUACGACCAGGGCUACACACGUGCUACAAUGGCGCAUACAAAGAGAAGCGACCUCGCGAGAGCAAGCGGAC CUCAUAAAGUGCGUCGUAGUCCGGAUUGGAGUCUGCAACUCGACUCCAUGAAGUCGGAAUCGCUAGUAAUCGUGGAUCAG AAUGCCACGGUGAAUACGUUCCCGGGCCUUGUACACACCGCCCGUCACACCAUGGGAGUGGGUUGCAAAAGAAGUAGGUA GCUUAACCUUCGGGAGGGCGCUUACCACUUUGUGAUUCAUGACUGGGGUGAAGUCGUAACAAGGUAACCGUAGGGGAACC UGCGGUUGGAUCA
entity poly.pdbx seq one letter code can: AAUUGAAGAGUUUGAUCAUGGCUCAGAUUGAACGCUGGCGGCAGGCCUAACACAUGCAAGUCGAACGGUAACAGGAAGAA GCUUGCUUCUUUGCUGACGAGUGGCGGACGGGUGAGUAAUGUCUGGGAAACUGCCUGAUGGAGGGGGAUAACUACUGGAA ACGGUAGCUAAUACCGCAUAACGUCGCAAGACCAAAGAGGGGGACCUUCGGGCCUCUUGCCAUCGGAUGUGCCCAGAUGG GAUUAGCUAGUAGGUGGGGUAACGGCUCACCUAGGCGACGAUCCCUAGCUGGUCUGAGAGGAUGACCAGCCACACUGGAA CUGAGACACGGUCCAGACUCCUACGGGAGGCAGCAGUGGGGAAUAUUGCACAAUGGGCGCAAGCCUGAUGCAGCCAUGCC GCGUGUAUGAAGAAGGCCUUCGGGUUGUAAAGUACUUUCAGCGGGGAGGAAGGGAGUAAAGUUAAUACCUUUGCUCAUUG ACGUUACCCGCAGAAGAAGCACCGGCUAACUCCGUGCCAGCAGCCGCGGUAAUACGGAGGGUGCAAGCGUUAAUCGGAAU UACUGGGCGUAAAGCGCACGCAGGCGGUUUGUUAAGUCAGAUGUGAAAUCCCCGGGCUCAACCUGGGAACUGCAUCUGAU ACUGGCAAGCUUGAGUCUCGUAGAGGGGGGUAGAAUUCCAGGUGUAGCGGUGAAAUGCGUAGAGAUCUGGAGGAAUACCG GUGGCGAAGGCGGCCCCCUGGACGAAGACUGACGCUCAGGUGCGAAAGCGUGGGGAGCAAACAGGAUUAGAUACCCUGGU AGUCCACGCCGUAAACGAUGUCGACUUGGAGGUUGUGCCCUUGAGGCGUGGCUUCCGGAGCUAACGCGUUAAGUCGACCG CCUGGGGAGUACGGCCGCAAGGUUAAAACUCAAAUGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUU CGAUGCAACGCGAAGAACCUUACCUGGUCUUGACAUCCACGGAAGUUUUCAGAGAUGAGAAUGUGCCUUCGGGAACCGUG AGACAGGUGCUGCAUGGCUGUCGUCAGCUCGUGUUGUGAAAUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCUUAUCCU UUGUUGCCAGCGGUCCGGCCGGGAACUCAAAGGAGACUGCCAGUGAUAAACUGGAGGAAGGUGGGGAUGACGUCAAGUCA UCAUGGCCCUUACGACCAGGGCUACACACGUGCUACAAUGGCGCAUACAAAGAGAAGCGACCUCGCGAGAGCAAGCGGAC CUCAUAAAGUGCGUCGUAGUCCGGAUUGGAGUCUGCAACUCGACUCCAUGAAGUCGGAAUCGCUAGUAAUCGUGGAUCAG AAUGCCACGGUGAAUACGUUCCCGGGCCUUGUACACACCGCCCGUCACACCAUGGGAGUGGGUUGCAAAAGAAGUAGGUA GCUUAACCUUCGGGAGGGCGCUUACCACUUUGUGAUUCAUGACUGGGGUGAAGUCGUAACAAGGUAACCGUAGGGGAACC UGCGGUUGGAUCA
entity poly.pdbx strand id: N
entity poly.type: polyribonucleotide
referenced by entity poly seq: 1,A,1533
referenced by entity poly seq: 1,A,1
referenced by entity poly seq: 1,A,2
referenced by entity poly seq: 1,U,3
referenced by entity poly seq: 1,U,4
referenced by entity poly seq: 1,G,5
referenced by entity poly seq: 1,A,6
referenced by entity poly seq: 1,A,7
referenced by entity poly seq: 1,G,8
referenced by entity poly seq: 1,A,9
referenced by entity poly seq: 1,G,10
referenced by entity poly seq: 1,U,11
referenced by entity poly seq: 1,U,12
referenced by entity poly seq: 1,U,13
referenced by entity poly seq: 1,G,14
referenced by entity poly seq: 1,A,15
referenced by entity poly seq: 1,U,16
referenced by entity poly seq: 1,C,17
referenced by entity poly seq: 1,A,18
referenced by entity poly seq: 1,U,19
referenced by entity poly seq: 1,G,20
referenced by entity poly seq: 1,G,21
referenced by entity poly seq: 1,C,22
referenced by entity poly seq: 1,U,23
referenced by entity poly seq: 1,C,24
referenced by entity poly seq: 1,A,25
referenced by entity poly seq: 1,G,26
referenced by entity poly seq: 1,A,27
referenced by entity poly seq: 1,U,28
referenced by entity poly seq: 1,U,29
referenced by entity poly seq: 1,G,30
referenced by entity poly seq: 1,A,31
referenced by entity poly seq: 1,A,32
referenced by entity poly seq: 1,C,33
referenced by entity poly seq: 1,G,34
referenced by entity poly seq: 1,C,35
referenced by entity poly seq: 1,U,36
referenced by entity poly seq: 1,G,37
referenced by entity poly seq: 1,G,38
referenced by entity poly seq: 1,C,39
referenced by entity poly seq: 1,G,40
referenced by entity poly seq: 1,G,41
referenced by entity poly seq: 1,C,42
referenced by entity poly seq: 1,A,43
referenced by entity poly seq: 1,G,44
referenced by entity poly seq: 1,G,45
referenced by entity poly seq: 1,C,46
referenced by entity poly seq: 1,C,47
referenced by entity poly seq: 1,U,48
referenced by entity poly seq: 1,A,49
referenced by entity poly seq: 1,A,50
referenced by entity poly seq: 1,C,51
referenced by entity poly seq: 1,A,52
referenced by entity poly seq: 1,C,53
referenced by entity poly seq: 1,A,54
referenced by entity poly seq: 1,U,55
referenced by entity poly seq: 1,G,56
referenced by entity poly seq: 1,C,57
referenced by entity poly seq: 1,A,58
referenced by entity poly seq: 1,A,59
referenced by entity poly seq: 1,G,60
referenced by entity poly seq: 1,U,61
referenced by entity poly seq: 1,C,62
referenced by entity poly seq: 1,G,63
referenced by entity poly seq: 1,A,64
referenced by entity poly seq: 1,A,65
referenced by entity poly seq: 1,C,66
referenced by entity poly seq: 1,G,67
referenced by entity poly seq: 1,G,68
referenced by entity poly seq: 1,U,69

1,A,1
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1

1,A,2
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 2
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,2

1,U,3
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 3
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,3

1,U,4
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 4
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,4

1,G,5
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 5
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,5

1,A,6
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 6
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,6

1,A,7
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 7
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,7

1,G,8
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 8
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,8

1,A,9
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 9
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,9

1,G,10
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 10
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,10

1,U,11
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 11
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,11

1,U,12
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 12
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,12

1,U,13
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 13
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,13

1,G,14
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 14
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,14

1,A,15
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 15
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,15

1,U,16
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 16
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,16

1,C,17
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 17
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,17

1,A,18
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 18
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,18

1,U,19
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 19
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,19

1,G,20
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 20
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,20

1,G,21
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 21
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,21

1,C,22
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 22
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,22

1,U,23
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 23
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,23

1,C,24
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 24
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,24

1,A,25
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 25
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,25

1,G,26
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 26
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,26

1,A,27
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 27
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,27

1,U,28
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 28
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,28

1,U,29
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 29
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,29

1,G,30
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 30
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,30

1,A,31
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 31
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,31

1,A,32
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 32
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,32

1,C,33
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 33
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,33

1,G,34
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 34
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,34

1,C,35
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 35
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,35

1,U,36
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 36
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,36

1,G,37
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 37
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,37

1,G,38
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 38
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,38

1,C,39
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 39
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,39

1,G,40
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 40
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,40

1,G,41
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 41
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,41

1,C,42
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 42
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,42

1,A,43
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 43
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,43

1,G,44
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 44
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,44

1,G,45
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 45
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,45

1,C,46
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 46
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,46

1,C,47
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 47
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,47

1,U,48
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 48
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,48

1,A,49
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 49
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,49

1,A,50
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 50
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,50

1,C,51
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 51
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,51

1,A,52
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 52
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,52

1,C,53
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 53
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,53

1,A,54
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 54
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,54

1,U,55
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 55
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,55

1,G,56
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 56
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,56

1,C,57
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 57
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,57

1,A,58
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 58
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,58

1,A,59
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 59
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,59

1,G,60
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 60
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,60

1,U,61
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 61
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,61

1,C,62
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 62
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,62

1,G,63
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 63
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,63

1,A,64
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 64
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,64

1,A,65
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 65
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,65

1,C,66
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 66
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,66

1,G,67
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 67
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,67

1,G,68
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 68
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,68

1,U,69
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 69
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,69

1,A,70
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 70
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,70

1,A,71
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 71
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,71

1,C,72
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 72
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,72

1,A,73
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 73
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,73

1,G,74
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 74
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,74

1,G,75
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 75
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,75

1,A,76
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 76
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,76

1,A,77
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 77
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,77

1,G,78
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 78
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,78

1,A,79
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 79
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,79

1,A,80
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 80
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,80

1,G,81
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 81
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,81

1,C,82
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 82
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,82

1,U,83
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 83
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,83

1,U,84
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 84
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,84

1,G,85
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 85
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,85

1,C,86
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 86
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,86

1,U,87
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 87
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,87

1,U,88
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 88
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,88

1,C,89
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 89
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,89

1,U,90
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 90
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,90

1,U,91
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 91
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,91

1,U,92
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 92
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,92

1,G,93
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 93
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,93

1,C,94
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 94
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,94

1,U,95
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 95
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,95

1,G,96
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 96
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,96

1,A,97
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 97
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,97

1,C,98
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 98
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,98

1,G,99
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 99
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,99

1,A,100
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 100
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,100

1,G,101
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 101
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,101

1,U,102
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 102
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,102

1,G,103
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 103
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,103

1,G,104
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 104
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,104

1,C,105
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 105
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,105

1,G,106
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 106
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,106

1,G,107
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 107
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,107

1,A,108
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 108
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,108

1,C,109
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 109
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,109

1,G,110
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 110
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,110

1,G,111
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 111
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,111

1,G,112
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 112
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,112

1,U,113
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 113
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,113

1,G,114
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 114
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,114

1,A,115
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 115
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,115

1,G,116
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 116
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,116

1,U,117
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 117
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,117

1,A,118
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 118
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,118

1,A,119
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 119
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,119

1,U,120
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 120
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,120

1,G,121
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 121
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,121

1,U,122
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 122
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,122

1,C,123
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 123
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,123

1,U,124
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 124
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,124

1,G,125
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 125
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,125

1,G,126
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 126
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,126

1,G,127
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 127
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,127

1,A,128
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 128
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,128

1,A,129
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 129
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,129

1,A,130
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 130
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,130

1,C,131
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 131
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,131

1,U,132
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 132
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,132

1,G,133
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 133
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,133

1,C,134
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 134
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,134

1,C,135
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 135
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,135

1,U,136
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 136
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,136

1,G,137
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 137
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,137

1,A,138
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 138
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,138

1,U,139
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 139
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,139

1,G,140
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 140
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,140

1,G,141
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 141
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,141

1,A,142
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 142
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,142

1,G,143
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 143
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,143

1,G,144
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 144
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,144

1,G,145
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 145
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,145

1,G,146
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 146
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,146

1,G,147
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 147
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,147

1,A,148
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 148
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,148

1,U,149
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 149
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,149

1,A,150
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 150
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,150

1,A,151
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 151
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,151

1,C,152
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 152
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,152

1,U,153
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 153
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,153

1,A,154
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 154
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,154

1,C,155
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 155
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,155

1,U,156
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 156
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,156

1,G,157
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 157
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,157

1,G,158
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 158
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,158

1,A,159
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 159
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,159

1,A,160
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 160
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,160

1,A,161
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 161
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,161

1,C,162
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 162
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,162

1,G,163
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 163
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,163

1,G,164
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 164
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,164

1,U,165
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 165
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,165

1,A,166
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 166
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,166

1,G,167
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 167
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,167

1,C,168
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 168
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,168

1,U,169
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 169
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,169

1,A,170
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 170
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,170

1,A,171
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 171
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,171

1,U,172
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 172
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,172

1,A,173
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 173
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,173

1,C,174
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 174
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,174

1,C,175
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 175
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,175

1,G,176
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 176
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,176

1,C,177
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 177
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,177

1,A,178
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 178
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,178

1,U,179
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 179
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,179

1,A,180
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 180
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,180

1,A,181
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 181
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,181

1,C,182
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 182
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,182

1,G,183
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 183
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,183

1,U,184
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 184
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,184

1,C,185
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 185
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,185

1,G,186
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 186
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,186

1,C,187
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 187
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,187

1,A,188
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 188
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,188

1,A,189
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 189
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,189

1,G,190
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 190
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,190

1,A,191
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 191
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,191

1,C,192
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 192
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,192

1,C,193
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 193
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,193

1,A,194
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 194
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,194

1,A,195
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 195
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,195

1,A,196
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 196
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,196

1,G,197
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 197
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,197

1,A,198
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 198
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,198

1,G,199
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 199
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,199

1,G,200
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 200
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,200

1,G,201
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 201
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,201

1,G,202
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 202
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,202

1,G,203
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 203
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,203

1,A,204
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 204
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,204

1,C,205
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 205
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,205

1,C,206
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 206
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,206

1,U,207
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 207
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,207

1,U,208
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 208
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,208

1,C,209
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 209
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,209

1,G,210
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 210
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,210

1,G,211
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 211
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,211

1,G,212
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 212
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,212

1,C,213
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 213
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,213

1,C,214
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 214
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,214

1,U,215
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 215
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,215

1,C,216
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 216
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,216

1,U,217
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 217
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,217

1,U,218
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 218
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,218

1,G,219
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 219
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,219

1,C,220
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 220
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,220

1,C,221
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 221
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,221

1,A,222
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 222
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,222

1,U,223
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 223
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,223

1,C,224
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 224
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,224

1,G,225
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 225
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,225

1,G,226
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 226
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,226

1,A,227
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 227
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,227

1,U,228
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 228
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,228

1,G,229
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 229
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,229

1,U,230
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 230
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,230

1,G,231
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 231
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,231

1,C,232
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 232
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,232

1,C,233
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 233
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,233

1,C,234
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 234
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,234

1,A,235
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 235
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,235

1,G,236
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 236
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,236

1,A,237
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 237
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,237

1,U,238
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 238
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,238

1,G,239
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 239
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,239

1,G,240
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 240
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,240

1,G,241
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 241
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,241

1,A,242
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 242
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,242

1,U,243
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 243
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,243

1,U,244
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 244
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,244

1,A,245
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 245
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,245

1,G,246
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 246
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,246

1,C,247
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 247
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,247

1,U,248
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 248
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,248

1,A,249
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 249
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,249

1,G,250
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 250
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,250

1,U,251
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 251
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,251

1,A,252
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 252
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,252

1,G,253
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 253
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,253

1,G,254
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 254
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,254

1,U,255
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 255
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,255

1,G,256
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 256
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,256

1,G,257
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 257
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,257

1,G,258
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 258
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,258

1,G,259
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 259
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,259

1,U,260
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 260
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,260

1,A,261
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 261
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,261

1,A,262
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 262
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,262

1,C,263
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 263
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,263

1,G,264
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 264
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,264

1,G,265
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 265
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,265

1,C,266
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 266
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,266

1,U,267
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 267
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,267

1,C,268
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 268
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,268

1,A,269
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 269
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,269

1,C,270
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 270
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,270

1,C,271
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 271
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,271

1,U,272
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 272
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,272

1,A,273
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 273
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,273

1,G,274
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 274
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,274

1,G,275
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 275
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,275

1,C,276
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 276
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,276

1,G,277
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 277
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,277

1,A,278
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 278
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,278

1,C,279
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 279
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,279

1,G,280
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 280
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,280

1,A,281
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 281
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,281

1,U,282
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 282
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,282

1,C,283
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 283
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,283

1,C,284
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 284
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,284

1,C,285
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 285
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,285

1,U,286
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 286
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,286

1,A,287
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 287
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,287

1,G,288
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 288
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,288

1,C,289
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 289
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,289

1,U,290
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 290
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,290

1,G,291
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 291
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,291

1,G,292
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 292
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,292

1,U,293
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 293
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,293

1,C,294
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 294
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,294

1,U,295
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 295
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,295

1,G,296
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 296
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,296

1,A,297
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 297
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,297

1,G,298
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 298
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,298

1,A,299
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 299
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,299

1,G,300
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 300
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,300

1,G,301
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 301
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,301

1,A,302
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 302
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,302

1,U,303
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 303
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,303

1,G,304
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 304
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,304

1,A,305
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 305
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,305

1,C,306
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 306
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,306

1,C,307
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 307
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,307

1,A,308
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 308
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,308

1,G,309
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 309
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,309

1,C,310
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 310
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,310

1,C,311
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 311
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,311

1,A,312
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 312
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,312

1,C,313
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 313
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,313

1,A,314
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 314
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,314

1,C,315
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 315
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,315

1,U,316
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 316
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,316

1,G,317
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 317
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,317

1,G,318
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 318
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,318

1,A,319
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 319
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,319

1,A,320
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 320
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,320

1,C,321
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 321
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,321

1,U,322
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 322
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,322

1,G,323
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 323
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,323

1,A,324
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 324
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,324

1,G,325
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 325
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,325

1,A,326
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 326
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,326

1,C,327
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 327
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,327

1,A,328
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 328
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,328

1,C,329
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 329
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,329

1,G,330
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 330
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,330

1,G,331
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 331
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,331

1,U,332
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 332
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,332

1,C,333
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 333
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,333

1,C,334
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 334
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,334

1,A,335
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 335
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,335

1,G,336
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 336
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,336

1,A,337
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 337
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,337

1,C,338
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 338
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,338

1,U,339
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 339
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,339

1,C,340
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 340
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,340

1,C,341
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 341
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,341

1,U,342
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 342
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,342

1,A,343
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 343
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,343

1,C,344
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 344
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,344

1,G,345
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 345
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,345

1,G,346
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 346
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,346

1,G,347
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 347
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,347

1,A,348
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 348
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,348

1,G,349
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 349
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,349

1,G,350
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 350
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,350

1,C,351
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 351
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,351

1,A,352
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 352
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,352

1,G,353
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 353
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,353

1,C,354
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 354
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,354

1,A,355
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 355
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,355

1,G,356
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 356
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,356

1,U,357
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 357
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,357

1,G,358
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 358
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,358

1,G,359
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 359
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,359

1,G,360
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 360
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,360

1,G,361
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 361
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,361

1,A,362
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 362
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,362

1,A,363
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 363
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,363

1,U,364
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 364
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,364

1,A,365
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 365
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,365

1,U,366
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 366
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,366

1,U,367
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 367
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,367

1,G,368
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 368
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,368

1,C,369
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 369
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,369

1,A,370
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 370
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,370

1,C,371
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 371
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,371

1,A,372
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 372
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,372

1,A,373
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 373
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,373

1,U,374
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 374
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,374

1,G,375
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 375
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,375

1,G,376
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 376
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,376

1,G,377
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 377
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,377

1,C,378
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 378
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,378

1,G,379
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 379
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,379

1,C,380
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 380
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,380

1,A,381
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 381
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,381

1,A,382
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 382
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,382

1,G,383
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 383
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,383

1,C,384
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 384
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,384

1,C,385
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 385
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,385

1,U,386
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 386
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,386

1,G,387
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 387
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,387

1,A,388
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 388
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,388

1,U,389
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 389
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,389

1,G,390
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 390
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,390

1,C,391
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 391
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,391

1,A,392
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 392
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,392

1,G,393
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 393
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,393

1,C,394
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 394
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,394

1,C,395
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 395
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,395

1,A,396
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 396
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,396

1,U,397
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 397
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,397

1,G,398
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 398
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,398

1,C,399
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 399
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,399

1,C,400
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 400
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,400

1,G,401
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 401
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,401

1,C,402
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 402
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,402

1,G,403
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 403
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,403

1,U,404
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 404
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,404

1,G,405
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 405
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,405

1,U,406
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 406
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,406

1,A,407
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 407
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,407

1,U,408
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 408
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,408

1,G,409
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 409
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,409

1,A,410
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 410
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,410

1,A,411
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 411
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,411

1,G,412
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 412
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,412

1,A,413
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 413
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,413

1,A,414
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 414
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,414

1,G,415
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 415
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,415

1,G,416
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 416
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,416

1,C,417
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 417
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,417

1,C,418
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 418
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,418

1,U,419
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 419
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,419

1,U,420
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 420
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,420

1,C,421
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 421
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,421

1,G,422
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 422
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,422

1,G,423
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 423
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,423

1,G,424
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 424
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,424

1,U,425
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 425
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,425

1,U,426
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 426
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,426

1,G,427
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 427
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,427

1,U,428
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 428
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,428

1,A,429
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 429
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,429

1,A,430
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 430
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,430

1,A,431
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 431
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,431

1,G,432
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 432
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,432

1,U,433
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 433
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,433

1,A,434
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 434
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,434

1,C,435
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 435
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,435

1,U,436
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 436
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,436

1,U,437
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 437
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,437

1,U,438
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 438
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,438

1,C,439
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 439
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,439

1,A,440
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 440
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,440

1,G,441
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 441
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,441

1,C,442
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 442
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,442

1,G,443
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 443
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,443

1,G,444
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 444
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,444

1,G,445
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 445
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,445

1,G,446
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 446
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,446

1,A,447
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 447
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,447

1,G,448
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 448
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,448

1,G,449
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 449
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,449

1,A,450
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 450
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,450

1,A,451
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 451
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,451

1,G,452
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 452
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,452

1,G,453
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 453
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,453

1,G,454
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 454
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,454

1,A,455
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 455
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,455

1,G,456
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 456
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,456

1,U,457
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 457
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,457

1,A,458
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 458
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,458

1,A,459
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 459
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,459

1,A,460
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 460
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,460

1,G,461
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 461
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,461

1,U,462
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 462
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,462

1,U,463
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 463
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,463

1,A,464
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 464
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,464

1,A,465
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 465
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,465

1,U,466
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 466
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,466

1,A,467
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 467
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,467

1,C,468
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 468
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,468

1,C,469
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 469
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,469

1,U,470
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 470
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,470

1,U,471
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 471
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,471

1,U,472
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 472
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,472

1,G,473
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 473
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,473

1,C,474
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 474
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,474

1,U,475
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 475
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,475

1,C,476
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 476
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,476

1,A,477
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 477
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,477

1,U,478
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 478
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,478

1,U,479
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 479
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,479

1,G,480
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 480
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,480

1,A,481
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 481
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,481

1,C,482
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 482
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,482

1,G,483
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 483
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,483

1,U,484
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 484
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,484

1,U,485
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 485
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,485

1,A,486
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 486
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,486

1,C,487
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 487
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,487

1,C,488
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 488
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,488

1,C,489
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 489
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,489

1,G,490
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 490
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,490

1,C,491
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 491
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,491

1,A,492
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 492
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,492

1,G,493
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 493
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,493

1,A,494
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 494
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,494

1,A,495
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 495
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,495

1,G,496
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 496
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,496

1,A,497
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 497
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,497

1,A,498
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 498
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,498

1,G,499
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 499
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,499

1,C,500
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 500
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,500

1,A,501
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 501
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,501

1,C,502
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 502
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,502

1,C,503
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 503
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,503

1,G,504
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 504
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,504

1,G,505
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 505
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,505

1,C,506
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 506
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,506

1,U,507
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 507
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,507

1,A,508
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 508
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,508

1,A,509
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 509
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,509

1,C,510
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 510
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,510

1,U,511
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 511
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,511

1,C,512
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 512
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,512

1,C,513
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 513
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,513

1,G,514
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 514
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,514

1,U,515
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 515
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,515

1,G,516
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 516
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,516

1,C,517
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 517
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,517

1,C,518
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 518
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,518

1,A,519
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 519
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,519

1,G,520
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 520
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,520

1,C,521
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 521
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,521

1,A,522
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 522
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,522

1,G,523
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 523
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,523

1,C,524
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 524
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,524

1,C,525
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 525
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,525

1,G,526
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 526
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,526

1,C,527
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 527
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,527

1,G,528
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 528
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,528

1,G,529
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 529
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,529

1,U,530
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 530
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,530

1,A,531
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 531
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,531

1,A,532
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 532
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,532

1,U,533
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 533
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,533

1,A,534
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 534
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,534

1,C,535
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 535
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,535

1,G,536
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 536
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,536

1,G,537
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 537
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,537

1,A,538
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 538
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,538

1,G,539
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 539
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,539

1,G,540
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 540
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,540

1,G,541
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 541
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,541

1,U,542
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 542
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,542

1,G,543
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 543
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,543

1,C,544
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 544
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,544

1,A,545
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 545
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,545

1,A,546
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 546
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,546

1,G,547
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 547
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,547

1,C,548
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 548
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,548

1,G,549
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 549
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,549

1,U,550
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 550
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,550

1,U,551
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 551
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,551

1,A,552
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 552
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,552

1,A,553
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 553
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,553

1,U,554
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 554
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,554

1,C,555
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 555
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,555

1,G,556
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 556
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,556

1,G,557
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 557
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,557

1,A,558
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 558
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,558

1,A,559
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 559
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,559

1,U,560
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 560
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,560

1,U,561
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 561
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,561

1,A,562
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 562
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,562

1,C,563
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 563
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,563

1,U,564
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 564
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,564

1,G,565
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 565
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,565

1,G,566
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 566
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,566

1,G,567
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 567
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,567

1,C,568
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 568
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,568

1,G,569
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 569
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,569

1,U,570
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 570
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,570

1,A,571
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 571
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,571

1,A,572
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 572
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,572

1,A,573
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 573
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,573

1,G,574
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 574
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,574

1,C,575
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 575
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,575

1,G,576
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 576
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,576

1,C,577
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 577
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,577

1,A,578
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 578
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,578

1,C,579
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 579
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,579

1,G,580
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 580
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,580

1,C,581
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 581
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,581

1,A,582
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 582
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,582

1,G,583
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 583
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,583

1,G,584
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 584
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,584

1,C,585
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 585
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,585

1,G,586
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 586
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,586

1,G,587
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 587
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,587

1,U,588
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 588
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,588

1,U,589
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 589
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,589

1,U,590
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 590
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,590

1,G,591
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 591
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,591

1,U,592
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 592
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,592

1,U,593
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 593
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,593

1,A,594
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 594
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,594

1,A,595
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 595
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,595

1,G,596
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 596
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,596

1,U,597
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 597
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,597

1,C,598
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 598
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,598

1,A,599
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 599
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,599

1,G,600
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 600
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,600

1,A,601
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 601
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,601

1,U,602
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 602
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,602

1,G,603
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 603
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,603

1,U,604
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 604
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,604

1,G,605
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 605
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,605

1,A,606
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 606
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,606

1,A,607
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 607
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,607

1,A,608
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 608
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,608

1,U,609
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 609
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,609

1,C,610
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 610
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,610

1,C,611
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 611
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,611

1,C,612
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 612
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,612

1,C,613
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 613
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,613

1,G,614
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 614
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,614

1,G,615
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 615
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,615

1,G,616
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 616
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,616

1,C,617
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 617
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,617

1,U,618
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 618
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,618

1,C,619
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 619
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,619

1,A,620
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 620
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,620

1,A,621
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 621
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,621

1,C,622
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 622
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,622

1,C,623
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 623
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,623

1,U,624
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 624
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,624

1,G,625
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 625
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,625

1,G,626
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 626
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,626

1,G,627
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 627
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,627

1,A,628
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 628
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,628

1,A,629
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 629
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,629

1,C,630
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 630
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,630

1,U,631
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 631
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,631

1,G,632
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 632
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,632

1,C,633
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 633
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,633

1,A,634
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 634
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,634

1,U,635
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 635
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,635

1,C,636
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 636
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,636

1,U,637
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 637
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,637

1,G,638
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 638
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,638

1,A,639
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 639
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,639

1,U,640
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 640
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,640

1,A,641
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 641
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,641

1,C,642
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 642
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,642

1,U,643
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 643
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,643

1,G,644
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 644
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,644

1,G,645
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 645
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,645

1,C,646
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 646
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,646

1,A,647
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 647
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,647

1,A,648
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 648
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,648

1,G,649
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 649
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,649

1,C,650
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 650
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,650

1,U,651
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 651
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,651

1,U,652
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 652
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,652

1,G,653
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 653
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,653

1,A,654
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 654
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,654

1,G,655
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 655
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,655

1,U,656
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 656
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,656

1,C,657
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 657
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,657

1,U,658
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 658
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,658

1,C,659
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 659
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,659

1,G,660
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 660
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,660

1,U,661
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 661
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,661

1,A,662
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 662
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,662

1,G,663
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 663
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,663

1,A,664
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 664
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,664

1,G,665
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 665
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,665

1,G,666
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 666
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,666

1,G,667
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 667
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,667

1,G,668
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 668
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,668

1,G,669
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 669
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,669

1,G,670
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 670
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,670

1,U,671
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 671
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,671

1,A,672
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 672
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,672

1,G,673
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 673
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,673

1,A,674
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 674
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,674

1,A,675
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 675
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,675

1,U,676
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 676
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,676

1,U,677
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 677
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,677

1,C,678
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 678
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,678

1,C,679
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 679
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,679

1,A,680
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 680
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,680

1,G,681
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 681
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,681

1,G,682
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 682
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,682

1,U,683
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 683
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,683

1,G,684
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 684
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,684

1,U,685
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 685
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,685

1,A,686
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 686
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,686

1,G,687
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 687
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,687

1,C,688
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 688
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,688

1,G,689
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 689
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,689

1,G,690
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 690
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,690

1,U,691
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 691
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,691

1,G,692
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 692
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,692

1,A,693
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 693
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,693

1,A,694
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 694
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,694

1,A,695
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 695
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,695

1,U,696
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 696
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,696

1,G,697
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 697
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,697

1,C,698
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 698
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,698

1,G,699
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 699
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,699

1,U,700
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 700
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,700

1,A,701
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 701
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,701

1,G,702
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 702
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,702

1,A,703
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 703
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,703

1,G,704
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 704
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,704

1,A,705
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 705
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,705

1,U,706
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 706
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,706

1,C,707
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 707
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,707

1,U,708
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 708
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,708

1,G,709
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 709
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,709

1,G,710
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 710
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,710

1,A,711
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 711
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,711

1,G,712
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 712
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,712

1,G,713
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 713
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,713

1,A,714
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 714
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,714

1,A,715
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 715
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,715

1,U,716
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 716
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,716

1,A,717
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 717
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,717

1,C,718
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 718
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,718

1,C,719
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 719
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,719

1,G,720
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 720
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,720

1,G,721
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 721
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,721

1,U,722
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 722
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,722

1,G,723
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 723
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,723

1,G,724
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 724
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,724

1,C,725
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 725
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,725

1,G,726
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 726
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,726

1,A,727
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 727
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,727

1,A,728
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 728
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,728

1,G,729
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 729
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,729

1,G,730
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 730
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,730

1,C,731
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 731
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,731

1,G,732
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 732
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,732

1,G,733
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 733
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,733

1,C,734
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 734
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,734

1,C,735
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 735
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,735

1,C,736
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 736
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,736

1,C,737
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 737
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,737

1,C,738
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 738
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,738

1,U,739
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 739
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,739

1,G,740
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 740
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,740

1,G,741
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 741
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,741

1,A,742
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 742
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,742

1,C,743
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 743
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,743

1,G,744
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 744
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,744

1,A,745
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 745
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,745

1,A,746
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 746
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,746

1,G,747
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 747
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,747

1,A,748
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 748
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,748

1,C,749
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 749
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,749

1,U,750
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 750
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,750

1,G,751
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 751
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,751

1,A,752
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 752
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,752

1,C,753
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 753
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,753

1,G,754
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 754
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,754

1,C,755
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 755
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,755

1,U,756
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 756
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,756

1,C,757
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 757
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,757

1,A,758
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 758
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,758

1,G,759
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 759
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,759

1,G,760
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 760
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,760

1,U,761
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 761
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,761

1,G,762
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 762
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,762

1,C,763
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 763
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,763

1,G,764
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 764
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,764

1,A,765
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 765
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,765

1,A,766
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 766
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,766

1,A,767
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 767
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,767

1,G,768
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 768
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,768

1,C,769
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 769
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,769

1,G,770
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 770
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,770

1,U,771
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 771
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,771

1,G,772
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 772
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,772

1,G,773
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 773
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,773

1,G,774
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 774
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,774

1,G,775
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 775
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,775

1,A,776
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 776
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,776

1,G,777
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 777
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,777

1,C,778
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 778
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,778

1,A,779
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 779
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,779

1,A,780
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 780
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,780

1,A,781
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 781
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,781

1,C,782
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 782
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,782

1,A,783
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 783
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,783

1,G,784
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 784
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,784

1,G,785
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 785
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,785

1,A,786
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 786
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,786

1,U,787
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 787
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,787

1,U,788
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 788
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,788

1,A,789
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 789
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,789

1,G,790
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 790
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,790

1,A,791
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 791
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,791

1,U,792
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 792
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,792

1,A,793
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 793
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,793

1,C,794
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 794
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,794

1,C,795
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 795
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,795

1,C,796
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 796
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,796

1,U,797
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 797
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,797

1,G,798
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 798
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,798

1,G,799
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 799
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,799

1,U,800
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 800
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,800

1,A,801
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 801
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,801

1,G,802
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 802
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,802

1,U,803
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 803
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,803

1,C,804
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 804
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,804

1,C,805
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 805
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,805

1,A,806
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 806
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,806

1,C,807
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 807
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,807

1,G,808
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 808
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,808

1,C,809
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 809
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,809

1,C,810
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 810
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,810

1,G,811
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 811
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,811

1,U,812
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 812
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,812

1,A,813
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 813
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,813

1,A,814
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 814
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,814

1,A,815
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 815
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,815

1,C,816
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 816
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,816

1,G,817
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 817
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,817

1,A,818
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 818
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,818

1,U,819
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 819
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,819

1,G,820
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 820
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,820

1,U,821
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 821
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,821

1,C,822
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 822
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,822

1,G,823
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 823
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,823

1,A,824
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 824
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,824

1,C,825
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 825
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,825

1,U,826
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 826
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,826

1,U,827
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 827
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,827

1,G,828
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 828
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,828

1,G,829
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 829
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,829

1,A,830
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 830
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,830

1,G,831
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 831
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,831

1,G,832
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 832
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,832

1,U,833
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 833
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,833

1,U,834
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 834
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,834

1,G,835
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 835
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,835

1,U,836
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 836
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,836

1,G,837
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 837
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,837

1,C,838
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 838
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,838

1,C,839
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 839
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,839

1,C,840
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 840
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,840

1,U,841
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 841
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,841

1,U,842
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 842
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,842

1,G,843
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 843
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,843

1,A,844
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 844
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,844

1,G,845
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 845
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,845

1,G,846
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 846
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,846

1,C,847
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 847
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,847

1,G,848
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 848
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,848

1,U,849
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 849
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,849

1,G,850
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 850
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,850

1,G,851
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 851
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,851

1,C,852
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 852
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,852

1,U,853
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 853
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,853

1,U,854
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 854
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,854

1,C,855
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 855
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,855

1,C,856
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 856
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,856

1,G,857
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 857
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,857

1,G,858
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 858
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,858

1,A,859
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 859
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,859

1,G,860
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 860
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,860

1,C,861
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 861
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,861

1,U,862
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 862
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,862

1,A,863
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 863
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,863

1,A,864
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 864
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,864

1,C,865
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 865
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,865

1,G,866
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 866
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,866

1,C,867
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 867
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,867

1,G,868
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 868
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,868

1,U,869
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 869
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,869

1,U,870
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 870
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,870

1,A,871
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 871
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,871

1,A,872
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 872
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,872

1,G,873
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 873
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,873

1,U,874
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 874
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,874

1,C,875
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 875
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,875

1,G,876
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 876
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,876

1,A,877
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 877
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,877

1,C,878
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 878
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,878

1,C,879
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 879
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,879

1,G,880
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 880
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,880

1,C,881
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 881
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,881

1,C,882
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 882
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,882

1,U,883
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 883
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,883

1,G,884
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 884
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,884

1,G,885
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 885
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,885

1,G,886
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 886
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,886

1,G,887
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 887
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,887

1,A,888
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 888
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,888

1,G,889
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 889
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,889

1,U,890
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 890
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,890

1,A,891
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 891
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,891

1,C,892
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 892
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,892

1,G,893
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 893
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,893

1,G,894
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 894
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,894

1,C,895
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 895
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,895

1,C,896
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 896
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,896

1,G,897
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 897
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,897

1,C,898
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 898
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,898

1,A,899
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 899
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,899

1,A,900
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 900
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,900

1,G,901
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 901
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,901

1,G,902
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 902
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,902

1,U,903
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 903
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,903

1,U,904
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 904
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,904

1,A,905
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 905
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,905

1,A,906
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 906
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,906

1,A,907
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 907
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,907

1,A,908
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 908
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,908

1,C,909
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 909
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,909

1,U,910
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 910
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,910

1,C,911
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 911
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,911

1,A,912
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 912
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,912

1,A,913
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 913
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,913

1,A,914
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 914
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,914

1,U,915
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 915
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,915

1,G,916
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 916
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,916

1,A,917
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 917
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,917

1,A,918
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 918
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,918

1,U,919
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 919
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,919

1,U,920
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 920
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,920

1,G,921
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 921
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,921

1,A,922
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 922
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,922

1,C,923
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 923
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,923

1,G,924
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 924
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,924

1,G,925
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 925
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,925

1,G,926
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 926
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,926

1,G,927
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 927
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,927

1,G,928
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 928
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,928

1,C,929
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 929
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,929

1,C,930
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 930
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,930

1,C,931
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 931
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,931

1,G,932
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 932
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,932

1,C,933
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 933
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,933

1,A,934
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 934
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,934

1,C,935
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 935
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,935

1,A,936
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 936
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,936

1,A,937
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 937
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,937

1,G,938
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 938
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,938

1,C,939
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 939
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,939

1,G,940
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 940
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,940

1,G,941
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 941
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,941

1,U,942
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 942
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,942

1,G,943
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 943
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,943

1,G,944
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 944
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,944

1,A,945
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 945
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,945

1,G,946
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 946
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,946

1,C,947
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 947
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,947

1,A,948
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 948
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,948

1,U,949
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 949
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,949

1,G,950
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 950
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,950

1,U,951
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 951
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,951

1,G,952
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 952
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,952

1,G,953
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 953
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,953

1,U,954
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 954
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,954

1,U,955
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 955
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,955

1,U,956
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 956
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,956

1,A,957
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 957
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,957

1,A,958
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 958
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,958

1,U,959
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 959
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,959

1,U,960
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 960
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,960

1,C,961
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 961
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,961

1,G,962
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 962
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,962

1,A,963
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 963
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,963

1,U,964
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 964
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,964

1,G,965
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 965
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,965

1,C,966
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 966
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,966

1,A,967
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 967
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,967

1,A,968
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 968
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,968

1,C,969
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 969
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,969

1,G,970
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 970
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,970

1,C,971
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 971
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,971

1,G,972
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 972
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,972

1,A,973
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 973
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,973

1,A,974
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 974
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,974

1,G,975
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 975
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,975

1,A,976
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 976
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,976

1,A,977
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 977
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,977

1,C,978
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 978
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,978

1,C,979
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 979
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,979

1,U,980
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 980
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,980

1,U,981
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 981
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,981

1,A,982
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 982
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,982

1,C,983
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 983
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,983

1,C,984
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 984
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,984

1,U,985
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 985
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,985

1,G,986
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 986
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,986

1,G,987
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 987
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,987

1,U,988
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 988
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,988

1,C,989
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 989
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,989

1,U,990
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 990
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,990

1,U,991
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 991
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,991

1,G,992
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 992
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,992

1,A,993
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 993
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,993

1,C,994
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 994
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,994

1,A,995
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 995
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,995

1,U,996
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 996
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,996

1,C,997
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 997
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,997

1,C,998
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 998
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,998

1,A,999
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 999
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,999

1,C,1000
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1000
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1000

1,G,1001
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1001
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1001

1,G,1002
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1002
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1002

1,A,1003
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1003
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1003

1,A,1004
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1004
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1004

1,G,1005
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1005
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1005

1,U,1006
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1006
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1006

1,U,1007
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1007
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1007

1,U,1008
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1008
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1008

1,U,1009
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1009
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1009

1,C,1010
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1010
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1010

1,A,1011
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1011
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1011

1,G,1012
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1012
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1012

1,A,1013
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1013
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1013

1,G,1014
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1014
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1014

1,A,1015
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1015
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1015

1,U,1016
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1016
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1016

1,G,1017
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1017
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1017

1,A,1018
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1018
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1018

1,G,1019
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1019
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1019

1,A,1020
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1020
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1020

1,A,1021
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1021
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1021

1,U,1022
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1022
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1022

1,G,1023
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1023
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1023

1,U,1024
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1024
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1024

1,G,1025
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1025
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1025

1,C,1026
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1026
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1026

1,C,1027
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1027
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1027

1,U,1028
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1028
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1028

1,U,1029
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1029
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1029

1,C,1030
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1030
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1030

1,G,1031
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1031
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1031

1,G,1032
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1032
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1032

1,G,1033
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1033
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1033

1,A,1034
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1034
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1034

1,A,1035
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1035
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1035

1,C,1036
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1036
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1036

1,C,1037
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1037
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1037

1,G,1038
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1038
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1038

1,U,1039
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1039
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1039

1,G,1040
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1040
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1040

1,A,1041
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1041
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1041

1,G,1042
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1042
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1042

1,A,1043
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1043
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1043

1,C,1044
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1044
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1044

1,A,1045
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1045
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1045

1,G,1046
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1046
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1046

1,G,1047
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1047
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1047

1,U,1048
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1048
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1048

1,G,1049
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1049
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1049

1,C,1050
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1050
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1050

1,U,1051
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1051
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1051

1,G,1052
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1052
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1052

1,C,1053
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1053
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1053

1,A,1054
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1054
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1054

1,U,1055
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1055
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1055

1,G,1056
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1056
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1056

1,G,1057
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1057
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1057

1,C,1058
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1058
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1058

1,U,1059
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1059
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1059

1,G,1060
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1060
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1060

1,U,1061
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1061
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1061

1,C,1062
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1062
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1062

1,G,1063
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1063
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1063

1,U,1064
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1064
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1064

1,C,1065
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1065
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1065

1,A,1066
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1066
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1066

1,G,1067
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1067
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1067

1,C,1068
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1068
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1068

1,U,1069
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1069
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1069

1,C,1070
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1070
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1070

1,G,1071
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1071
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1071

1,U,1072
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1072
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1072

1,G,1073
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1073
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1073

1,U,1074
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1074
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1074

1,U,1075
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1075
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1075

1,G,1076
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1076
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1076

1,U,1077
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1077
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1077

1,G,1078
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1078
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1078

1,A,1079
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1079
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1079

1,A,1080
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1080
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1080

1,A,1081
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1081
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1081

1,U,1082
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1082
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1082

1,G,1083
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1083
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1083

1,U,1084
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1084
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1084

1,U,1085
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1085
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1085

1,G,1086
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1086
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1086

1,G,1087
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1087
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1087

1,G,1088
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1088
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1088

1,U,1089
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1089
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1089

1,U,1090
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1090
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1090

1,A,1091
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1091
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1091

1,A,1092
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1092
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1092

1,G,1093
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1093
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1093

1,U,1094
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1094
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1094

1,C,1095
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1095
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1095

1,C,1096
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1096
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1096

1,C,1097
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1097
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1097

1,G,1098
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1098
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1098

1,C,1099
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1099
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1099

1,A,1100
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1100
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1100

1,A,1101
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1101
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1101

1,C,1102
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1102
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1102

1,G,1103
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1103
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1103

1,A,1104
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1104
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1104

1,G,1105
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1105
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1105

1,C,1106
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1106
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1106

1,G,1107
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1107
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1107

1,C,1108
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1108
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1108

1,A,1109
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1109
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1109

1,A,1110
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1110
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1110

1,C,1111
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1111
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1111

1,C,1112
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1112
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1112

1,C,1113
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1113
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1113

1,U,1114
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1114
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1114

1,U,1115
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1115
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1115

1,A,1116
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1116
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1116

1,U,1117
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1117
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1117

1,C,1118
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1118
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1118

1,C,1119
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1119
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1119

1,U,1120
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1120
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1120

1,U,1121
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1121
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1121

1,U,1122
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1122
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1122

1,G,1123
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1123
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1123

1,U,1124
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1124
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1124

1,U,1125
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1125
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1125

1,G,1126
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1126
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1126

1,C,1127
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1127
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1127

1,C,1128
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1128
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1128

1,A,1129
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1129
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1129

1,G,1130
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1130
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1130

1,C,1131
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1131
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1131

1,G,1132
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1132
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1132

1,G,1133
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1133
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1133

1,U,1134
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1134
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1134

1,C,1135
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1135
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1135

1,C,1136
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1136
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1136

1,G,1137
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1137
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1137

1,G,1138
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1138
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1138

1,C,1139
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1139
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1139

1,C,1140
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1140
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1140

1,G,1141
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1141
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1141

1,G,1142
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1142
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1142

1,G,1143
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1143
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1143

1,A,1144
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1144
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1144

1,A,1145
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1145
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1145

1,C,1146
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1146
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1146

1,U,1147
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1147
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1147

1,C,1148
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1148
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1148

1,A,1149
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1149
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1149

1,A,1150
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1150
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1150

1,A,1151
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1151
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1151

1,G,1152
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1152
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1152

1,G,1153
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1153
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1153

1,A,1154
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1154
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1154

1,G,1155
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1155
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1155

1,A,1156
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1156
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1156

1,C,1157
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1157
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1157

1,U,1158
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1158
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1158

1,G,1159
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1159
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1159

1,C,1160
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1160
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1160

1,C,1161
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1161
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1161

1,A,1162
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1162
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1162

1,G,1163
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1163
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1163

1,U,1164
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1164
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1164

1,G,1165
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1165
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1165

1,A,1166
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1166
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1166

1,U,1167
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1167
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1167

1,A,1168
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1168
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1168

1,A,1169
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1169
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1169

1,A,1170
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1170
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1170

1,C,1171
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1171
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1171

1,U,1172
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1172
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1172

1,G,1173
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1173
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1173

1,G,1174
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1174
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1174

1,A,1175
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1175
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1175

1,G,1176
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1176
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1176

1,G,1177
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1177
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1177

1,A,1178
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1178
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1178

1,A,1179
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1179
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1179

1,G,1180
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1180
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1180

1,G,1181
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1181
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1181

1,U,1182
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1182
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1182

1,G,1183
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1183
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1183

1,G,1184
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1184
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1184

1,G,1185
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1185
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1185

1,G,1186
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1186
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1186

1,A,1187
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1187
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1187

1,U,1188
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1188
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1188

1,G,1189
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1189
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1189

1,A,1190
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1190
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1190

1,C,1191
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1191
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1191

1,G,1192
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1192
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1192

1,U,1193
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1193
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1193

1,C,1194
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1194
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1194

1,A,1195
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1195
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1195

1,A,1196
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1196
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1196

1,G,1197
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1197
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1197

1,U,1198
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1198
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1198

1,C,1199
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1199
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1199

1,A,1200
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1200
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1200

1,U,1201
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1201
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1201

1,C,1202
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1202
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1202

1,A,1203
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1203
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1203

1,U,1204
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1204
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1204

1,G,1205
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1205
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1205

1,G,1206
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1206
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1206

1,C,1207
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1207
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1207

1,C,1208
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1208
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1208

1,C,1209
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1209
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1209

1,U,1210
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1210
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1210

1,U,1211
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1211
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1211

1,A,1212
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1212
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1212

1,C,1213
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1213
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1213

1,G,1214
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1214
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1214

1,A,1215
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1215
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1215

1,C,1216
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1216
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1216

1,C,1217
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1217
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1217

1,A,1218
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1218
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1218

1,G,1219
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1219
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1219

1,G,1220
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1220
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1220

1,G,1221
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1221
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1221

1,C,1222
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1222
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1222

1,U,1223
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1223
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1223

1,A,1224
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1224
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1224

1,C,1225
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1225
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1225

1,A,1226
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1226
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1226

1,C,1227
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1227
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1227

1,A,1228
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1228
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1228

1,C,1229
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1229
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1229

1,G,1230
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1230
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1230

1,U,1231
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1231
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1231

1,G,1232
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1232
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1232

1,C,1233
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1233
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1233

1,U,1234
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1234
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1234

1,A,1235
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1235
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1235

1,C,1236
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1236
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1236

1,A,1237
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1237
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1237

1,A,1238
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1238
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1238

1,U,1239
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1239
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1239

1,G,1240
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1240
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1240

1,G,1241
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1241
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1241

1,C,1242
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1242
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1242

1,G,1243
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1243
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1243

1,C,1244
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1244
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1244

1,A,1245
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1245
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1245

1,U,1246
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1246
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1246

1,A,1247
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1247
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1247

1,C,1248
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1248
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1248

1,A,1249
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1249
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1249

1,A,1250
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1250
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1250

1,A,1251
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1251
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1251

1,G,1252
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1252
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1252

1,A,1253
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1253
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1253

1,G,1254
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1254
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1254

1,A,1255
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1255
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1255

1,A,1256
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1256
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1256

1,G,1257
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1257
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1257

1,C,1258
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1258
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1258

1,G,1259
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1259
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1259

1,A,1260
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1260
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1260

1,C,1261
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1261
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1261

1,C,1262
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1262
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1262

1,U,1263
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1263
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1263

1,C,1264
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1264
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1264

1,G,1265
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1265
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1265

1,C,1266
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1266
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1266

1,G,1267
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1267
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1267

1,A,1268
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1268
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1268

1,G,1269
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1269
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1269

1,A,1270
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1270
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1270

1,G,1271
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1271
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1271

1,C,1272
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1272
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1272

1,A,1273
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1273
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1273

1,A,1274
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1274
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1274

1,G,1275
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1275
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1275

1,C,1276
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1276
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1276

1,G,1277
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1277
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1277

1,G,1278
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1278
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1278

1,A,1279
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1279
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1279

1,C,1280
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1280
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1280

1,C,1281
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1281
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1281

1,U,1282
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1282
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1282

1,C,1283
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1283
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1283

1,A,1284
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1284
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1284

1,U,1285
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1285
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1285

1,A,1286
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1286
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1286

1,A,1287
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1287
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1287

1,A,1288
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1288
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1288

1,G,1289
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1289
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1289

1,U,1290
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1290
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1290

1,G,1291
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1291
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1291

1,C,1292
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1292
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1292

1,G,1293
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1293
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1293

1,U,1294
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1294
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1294

1,C,1295
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1295
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1295

1,G,1296
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1296
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1296

1,U,1297
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1297
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1297

1,A,1298
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1298
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1298

1,G,1299
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1299
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1299

1,U,1300
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1300
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1300

1,C,1301
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1301
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1301

1,C,1302
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1302
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1302

1,G,1303
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1303
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1303

1,G,1304
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1304
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1304

1,A,1305
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1305
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1305

1,U,1306
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1306
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1306

1,U,1307
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1307
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1307

1,G,1308
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1308
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1308

1,G,1309
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1309
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1309

1,A,1310
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1310
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1310

1,G,1311
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1311
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1311

1,U,1312
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1312
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1312

1,C,1313
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1313
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1313

1,U,1314
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1314
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1314

1,G,1315
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1315
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1315

1,C,1316
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1316
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1316

1,A,1317
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1317
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1317

1,A,1318
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1318
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1318

1,C,1319
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1319
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1319

1,U,1320
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1320
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1320

1,C,1321
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1321
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1321

1,G,1322
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1322
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1322

1,A,1323
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1323
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1323

1,C,1324
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1324
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1324

1,U,1325
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1325
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1325

1,C,1326
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1326
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1326

1,C,1327
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1327
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1327

1,A,1328
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1328
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1328

1,U,1329
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1329
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1329

1,G,1330
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1330
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1330

1,A,1331
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1331
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1331

1,A,1332
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1332
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1332

1,G,1333
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1333
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1333

1,U,1334
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1334
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1334

1,C,1335
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1335
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1335

1,G,1336
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1336
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1336

1,G,1337
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1337
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1337

1,A,1338
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1338
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1338

1,A,1339
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1339
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1339

1,U,1340
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1340
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1340

1,C,1341
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1341
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1341

1,G,1342
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1342
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1342

1,C,1343
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1343
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1343

1,U,1344
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1344
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1344

1,A,1345
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1345
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1345

1,G,1346
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1346
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1346

1,U,1347
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1347
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1347

1,A,1348
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1348
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1348

1,A,1349
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1349
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1349

1,U,1350
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1350
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1350

1,C,1351
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1351
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1351

1,G,1352
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1352
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1352

1,U,1353
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1353
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1353

1,G,1354
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1354
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1354

1,G,1355
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1355
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1355

1,A,1356
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1356
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1356

1,U,1357
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1357
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1357

1,C,1358
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1358
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1358

1,A,1359
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1359
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1359

1,G,1360
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1360
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1360

1,A,1361
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1361
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1361

1,A,1362
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1362
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1362

1,U,1363
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1363
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1363

1,G,1364
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1364
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1364

1,C,1365
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1365
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1365

1,C,1366
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1366
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1366

1,A,1367
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1367
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1367

1,C,1368
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1368
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1368

1,G,1369
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1369
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1369

1,G,1370
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1370
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1370

1,U,1371
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1371
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1371

1,G,1372
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1372
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1372

1,A,1373
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1373
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1373

1,A,1374
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1374
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1374

1,U,1375
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1375
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1375

1,A,1376
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1376
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1376

1,C,1377
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1377
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1377

1,G,1378
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1378
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1378

1,U,1379
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1379
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1379

1,U,1380
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1380
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1380

1,C,1381
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1381
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1381

1,C,1382
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1382
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1382

1,C,1383
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1383
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1383

1,G,1384
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1384
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1384

1,G,1385
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1385
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1385

1,G,1386
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1386
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1386

1,C,1387
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1387
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1387

1,C,1388
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1388
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1388

1,U,1389
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1389
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1389

1,U,1390
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1390
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1390

1,G,1391
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1391
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1391

1,U,1392
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1392
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1392

1,A,1393
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1393
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1393

1,C,1394
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1394
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1394

1,A,1395
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1395
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1395

1,C,1396
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1396
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1396

1,A,1397
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1397
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1397

1,C,1398
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1398
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1398

1,C,1399
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1399
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1399

1,G,1400
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1400
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1400

1,C,1401
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1401
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1401

1,C,1402
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1402
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1402

1,C,1403
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1403
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1403

1,G,1404
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1404
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1404

1,U,1405
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1405
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1405

1,C,1406
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1406
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1406

1,A,1407
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1407
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1407

1,C,1408
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1408
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1408

1,A,1409
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1409
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1409

1,C,1410
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1410
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1410

1,C,1411
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1411
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1411

1,A,1412
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1412
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1412

1,U,1413
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1413
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1413

1,G,1414
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1414
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1414

1,G,1415
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1415
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1415

1,G,1416
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1416
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1416

1,A,1417
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1417
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1417

1,G,1418
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1418
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1418

1,U,1419
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1419
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1419

1,G,1420
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1420
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1420

1,G,1421
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1421
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1421

1,G,1422
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1422
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1422

1,U,1423
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1423
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1423

1,U,1424
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1424
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1424

1,G,1425
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1425
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1425

1,C,1426
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1426
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1426

1,A,1427
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1427
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1427

1,A,1428
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1428
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1428

1,A,1429
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1429
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1429

1,A,1430
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1430
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1430

1,G,1431
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1431
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1431

1,A,1432
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1432
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1432

1,A,1433
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1433
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1433

1,G,1434
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1434
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1434

1,U,1435
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1435
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1435

1,A,1436
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1436
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1436

1,G,1437
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1437
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1437

1,G,1438
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1438
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1438

1,U,1439
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1439
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1439

1,A,1440
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1440
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1440

1,G,1441
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1441
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1441

1,C,1442
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1442
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1442

1,U,1443
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1443
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1443

1,U,1444
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1444
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1444

1,A,1445
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1445
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1445

1,A,1446
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1446
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1446

1,C,1447
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1447
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1447

1,C,1448
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1448
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1448

1,U,1449
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1449
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1449

1,U,1450
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1450
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1450

1,C,1451
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1451
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1451

1,G,1452
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1452
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1452

1,G,1453
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1453
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1453

1,G,1454
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1454
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1454

1,A,1455
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1455
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1455

1,G,1456
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1456
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1456

1,G,1457
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1457
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1457

1,G,1458
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1458
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1458

1,C,1459
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1459
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1459

1,G,1460
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1460
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1460

1,C,1461
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1461
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1461

1,U,1462
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1462
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1462

1,U,1463
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1463
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1463

1,A,1464
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1464
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1464

1,C,1465
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1465
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1465

1,C,1466
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1466
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1466

1,A,1467
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1467
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1467

1,C,1468
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1468
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1468

1,U,1469
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1469
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1469

1,U,1470
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1470
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1470

1,U,1471
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1471
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1471

1,G,1472
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1472
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1472

1,U,1473
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1473
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1473

1,G,1474
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1474
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1474

1,A,1475
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1475
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1475

1,U,1476
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1476
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1476

1,U,1477
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1477
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1477

1,C,1478
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1478
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1478

1,A,1479
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1479
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1479

1,U,1480
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1480
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1480

1,G,1481
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1481
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1481

1,A,1482
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1482
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1482

1,C,1483
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1483
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1483

1,U,1484
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1484
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1484

1,G,1485
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1485
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1485

1,G,1486
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1486
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1486

1,G,1487
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1487
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1487

1,G,1488
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1488
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1488

1,U,1489
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1489
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1489

1,G,1490
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1490
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1490

1,A,1491
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1491
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1491

1,A,1492
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1492
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1492

1,G,1493
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1493
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1493

1,U,1494
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1494
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1494

1,C,1495
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1495
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1495

1,G,1496
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1496
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1496

1,U,1497
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1497
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1497

1,A,1498
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1498
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1498

1,A,1499
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1499
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1499

1,C,1500
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1500
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1500

1,A,1501
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1501
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1501

1,A,1502
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1502
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1502

1,G,1503
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1503
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1503

1,G,1504
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1504
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1504

1,U,1505
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1505
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1505

1,A,1506
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1506
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1506

1,A,1507
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1507
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1507

1,C,1508
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1508
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1508

1,C,1509
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1509
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1509

1,G,1510
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1510
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1510

1,U,1511
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1511
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1511

1,A,1512
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1512
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1512

1,G,1513
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1513
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1513

1,G,1514
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1514
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1514

1,G,1515
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1515
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1515

1,G,1516
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1516
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1516

1,A,1517
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1517
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1517

1,A,1518
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1518
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1518

1,C,1519
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1519
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1519

1,C,1520
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1520
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1520

1,U,1521
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1521
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1521

1,G,1522
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1522
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1522

1,C,1523
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1523
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1523

1,G,1524
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1524
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1524

1,G,1525
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1525
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1525

1,U,1526
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1526
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1526

1,U,1527
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1527
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1527

1,G,1528
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1528
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1528

1,G,1529
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/G
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: G
entity poly seq.num: 1529
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,G,1529

1,A,1530
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1530
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1530

1,U,1531
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/U
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: U
entity poly seq.num: 1531
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,U,1531

1,C,1532
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/C
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: C
entity poly seq.num: 1532
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,C,1532

1,A,1533
type: entity poly seq
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to chem comp: http://rdf.wwpdb.org/pdb/3J28/chem_comp/A
reference to entity poly: http://rdf.wwpdb.org/pdb/3J28/entity_poly/1
entity poly seq.entity id: 1
entity poly seq.mon id: A
entity poly seq.num: 1533
entity poly seq.hetero: n
referenced by pdbx poly seq scheme: A,1,A,1533

1,1
type: entity src nat
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity: http://rdf.wwpdb.org/pdb/3J28/entity/1
entity src nat.entity id: 1
entity src nat.pdbx src id: 1
entity src nat.pdbx alt source flag: sample
entity src nat.pdbx ncbi taxonomy id: 83333
entity src nat.pdbx organism scientific: Escherichia coli
entity src nat.strain: K-12
link to taxonomy source: taxonomy:83333

taxonomy:83333

3J28,ELECTRON MICROSCOPY
type: exptl
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entry: 3J28
exptl.entry id: 3J28
exptl.method: ELECTRON MICROSCOPY

3J28,double helix
type: ndb struct conf na
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entry: 3J28
ndb struct conf na.entry id: 3J28
ndb struct conf na.feature: double helix

3J28,a-form double helix
type: ndb struct conf na
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entry: 3J28
ndb struct conf na.entry id: 3J28
ndb struct conf na.feature: a-form double helix

3J28,z-form double helix
type: ndb struct conf na
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entry: 3J28
ndb struct conf na.entry id: 3J28
ndb struct conf na.feature: z-form double helix

3J28,parallel strands
type: ndb struct conf na
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entry: 3J28
ndb struct conf na.entry id: 3J28
ndb struct conf na.feature: parallel strands

3J28,hairpin loop
type: ndb struct conf na
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entry: 3J28
ndb struct conf na.entry id: 3J28
ndb struct conf na.feature: hairpin loop

3J28,tetraloop
type: ndb struct conf na
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entry: 3J28
ndb struct conf na.entry id: 3J28
ndb struct conf na.feature: tetraloop

3J28,bulge loop
type: ndb struct conf na
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entry: 3J28
ndb struct conf na.entry id: 3J28
ndb struct conf na.feature: bulge loop

3J28,mismatched base pair
type: ndb struct conf na
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entry: 3J28
ndb struct conf na.entry id: 3J28
ndb struct conf na.feature: mismatched base pair

3J28,internal loop
type: ndb struct conf na
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entry: 3J28
ndb struct conf na.entry id: 3J28
ndb struct conf na.feature: internal loop

3J28,triple helix
type: ndb struct conf na
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entry: 3J28
ndb struct conf na.entry id: 3J28
ndb struct conf na.feature: triple helix

3J28,quadruple helix
type: ndb struct conf na
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entry: 3J28
ndb struct conf na.entry id: 3J28
ndb struct conf na.feature: quadruple helix

3J28,three-way junction
type: ndb struct conf na
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entry: 3J28
ndb struct conf na.entry id: 3J28
ndb struct conf na.feature: three-way junction

3J28,four-way junction
type: ndb struct conf na
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entry: 3J28
ndb struct conf na.entry id: 3J28
ndb struct conf na.feature: four-way junction

A,U,919,1 555,A,G,14,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 919
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 14
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 13.219
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 28
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 920
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 15
ndb struct na base pair.opening: 0.539
ndb struct na base pair.pair name: N_U920:G15_N
ndb struct na base pair.pair number: 1
ndb struct na base pair.propeller: -12.284
ndb struct na base pair.shear: 2.394
ndb struct na base pair.stagger: -1.479
ndb struct na base pair.stretch: -0.638

A,U,920,1 555,A,A,1395,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 920
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 1395
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 19.12
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 921
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1396
ndb struct na base pair.opening: 14.779
ndb struct na base pair.pair name: N_U921:A1396_N
ndb struct na base pair.pair number: 2
ndb struct na base pair.propeller: 6.855
ndb struct na base pair.shear: -1.176
ndb struct na base pair.stagger: -0.457
ndb struct na base pair.stretch: 0.021

A,G,921,1 555,A,C,1394,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 921
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 1394
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -29.747
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 922
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1395
ndb struct na base pair.opening: 8.847
ndb struct na base pair.pair name: N_G922:C1395_N
ndb struct na base pair.pair number: 3
ndb struct na base pair.propeller: -22.447
ndb struct na base pair.shear: 0.847
ndb struct na base pair.stagger: -1.939
ndb struct na base pair.stretch: -0.152

A,A,922,1 555,A,U,1392,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 922
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 1392
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -4.259
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 923
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1393
ndb struct na base pair.opening: -20.173
ndb struct na base pair.pair name: N_A923:U1393_N
ndb struct na base pair.pair number: 4
ndb struct na base pair.propeller: 15.177
ndb struct na base pair.shear: -0.89
ndb struct na base pair.stagger: -1.194
ndb struct na base pair.stretch: -0.724

A,C,923,1 555,A,G,1391,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 923
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1391
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 12.738
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 924
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1392
ndb struct na base pair.opening: -12.553
ndb struct na base pair.pair name: N_C924:G1392_N
ndb struct na base pair.pair number: 5
ndb struct na base pair.propeller: 4.979
ndb struct na base pair.shear: 1.131
ndb struct na base pair.stagger: -0.44
ndb struct na base pair.stretch: -0.79

A,U,16,1 555,A,A,917,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 16
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 917
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -0.389
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 17
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 918
ndb struct na base pair.opening: -0.401
ndb struct na base pair.pair name: N_U17:A918_N
ndb struct na base pair.pair number: 6
ndb struct na base pair.propeller: -13.944
ndb struct na base pair.shear: 0.195
ndb struct na base pair.stagger: -0.607
ndb struct na base pair.stretch: -0.113

A,C,17,1 555,A,G,916,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 17
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 916
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 8.395
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 18
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 917
ndb struct na base pair.opening: 1.386
ndb struct na base pair.pair name: N_C18:G917_N
ndb struct na base pair.pair number: 7
ndb struct na base pair.propeller: -6.464
ndb struct na base pair.shear: 0.802
ndb struct na base pair.stagger: -0.66
ndb struct na base pair.stretch: -0.453

A,A,18,1 555,A,U,915,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 18
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 915
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -12.342
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 19
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 916
ndb struct na base pair.opening: 4.718
ndb struct na base pair.pair name: N_A19:U916_N
ndb struct na base pair.pair number: 8
ndb struct na base pair.propeller: 11.089
ndb struct na base pair.shear: 0.838
ndb struct na base pair.stagger: -1.108
ndb struct na base pair.stretch: -0.105

A,U,19,1 555,A,U,12,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 19
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 12
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -30.485
ndb struct na base pair.hbond type 12: 4
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 20
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 13
ndb struct na base pair.opening: -84.962
ndb struct na base pair.pair name: N_U20:U13_N
ndb struct na base pair.pair number: 9
ndb struct na base pair.propeller: 9.738
ndb struct na base pair.shear: 3.205
ndb struct na base pair.stagger: -0.541
ndb struct na base pair.stretch: -0.602

A,G,20,1 555,A,A,913,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 20
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 913
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 7.203
ndb struct na base pair.hbond type 12: 5
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 21
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 914
ndb struct na base pair.opening: 20.259
ndb struct na base pair.pair name: N_G21:A914_N
ndb struct na base pair.pair number: 10
ndb struct na base pair.propeller: 15.849
ndb struct na base pair.shear: 6.705
ndb struct na base pair.stagger: -0.425
ndb struct na base pair.stretch: -3.616

A,G,21,1 555,A,U,11,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 21
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 11
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -13.308
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 28
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 22
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 12
ndb struct na base pair.opening: -19.084
ndb struct na base pair.pair name: N_G22:U12_N
ndb struct na base pair.pair number: 11
ndb struct na base pair.propeller: -9.67
ndb struct na base pair.shear: -1.592
ndb struct na base pair.stagger: -1.912
ndb struct na base pair.stretch: -0.979

A,C,22,1 555,A,G,10,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 22
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 10
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -7.374
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 23
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 11
ndb struct na base pair.opening: -10.545
ndb struct na base pair.pair name: N_C23:G11_N
ndb struct na base pair.pair number: 12
ndb struct na base pair.propeller: -0.258
ndb struct na base pair.shear: 0.83
ndb struct na base pair.stagger: -0.698
ndb struct na base pair.stretch: -0.601

A,U,23,1 555,A,A,9,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 23
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 9
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -11.996
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 24
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 10
ndb struct na base pair.opening: 6.242
ndb struct na base pair.pair name: N_U24:A10_N
ndb struct na base pair.pair number: 13
ndb struct na base pair.propeller: -7.656
ndb struct na base pair.shear: 1.1
ndb struct na base pair.stagger: 0.996
ndb struct na base pair.stretch: -0.188

A,C,24,1 555,A,G,8,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 24
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 8
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 11.919
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 25
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 9
ndb struct na base pair.opening: -9.204
ndb struct na base pair.pair name: N_C25:G9_N
ndb struct na base pair.pair number: 14
ndb struct na base pair.propeller: -9.71
ndb struct na base pair.shear: 0.072
ndb struct na base pair.stagger: 0.391
ndb struct na base pair.stretch: -0.136

A,A,25,1 555,A,A,558,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 25
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 558
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -0.444
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 26
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 559
ndb struct na base pair.opening: -66.306
ndb struct na base pair.pair name: N_A26:A559_N
ndb struct na base pair.pair number: 15
ndb struct na base pair.propeller: -8.19
ndb struct na base pair.shear: -4.675
ndb struct na base pair.stagger: 1.545
ndb struct na base pair.stretch: 0.57

A,G,26,1 555,A,C,555,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 26
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 555
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -43.439
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 27
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 556
ndb struct na base pair.opening: -0.417
ndb struct na base pair.pair name: N_G27:C556_N
ndb struct na base pair.pair number: 16
ndb struct na base pair.propeller: -17.278
ndb struct na base pair.shear: 0.309
ndb struct na base pair.stagger: -1.955
ndb struct na base pair.stretch: -0.255

A,A,27,1 555,A,U,554,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 27
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 554
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -19.073
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 28
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 555
ndb struct na base pair.opening: 9.267
ndb struct na base pair.pair name: N_A28:U555_N
ndb struct na base pair.pair number: 17
ndb struct na base pair.propeller: 6.196
ndb struct na base pair.shear: 1.035
ndb struct na base pair.stagger: -1.283
ndb struct na base pair.stretch: -0.41

A,U,28,1 555,A,A,553,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 28
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 553
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -7.168
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 29
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 554
ndb struct na base pair.opening: 13.897
ndb struct na base pair.pair name: N_U29:A554_N
ndb struct na base pair.pair number: 18
ndb struct na base pair.propeller: -8.695
ndb struct na base pair.shear: 0.009
ndb struct na base pair.stagger: -1.048
ndb struct na base pair.stretch: -0.279

A,U,29,1 555,A,A,552,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 29
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 552
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 18.539
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 30
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 553
ndb struct na base pair.opening: 5.308
ndb struct na base pair.pair name: N_U30:A553_N
ndb struct na base pair.pair number: 19
ndb struct na base pair.propeller: -9.186
ndb struct na base pair.shear: 1.382
ndb struct na base pair.stagger: -1.562
ndb struct na base pair.stretch: -0.53

A,A,31,1 555,A,U,551,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 31
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 551
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -6.493
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 32
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 552
ndb struct na base pair.opening: -4.704
ndb struct na base pair.pair name: N_A32:U552_N
ndb struct na base pair.pair number: 20
ndb struct na base pair.propeller: -4.334
ndb struct na base pair.shear: -0.442
ndb struct na base pair.stagger: -0.381
ndb struct na base pair.stretch: -0.151

A,A,32,1 555,A,U,550,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 32
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 550
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 7.937
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 33
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 551
ndb struct na base pair.opening: 8.31
ndb struct na base pair.pair name: N_A33:U551_N
ndb struct na base pair.pair number: 21
ndb struct na base pair.propeller: -13.304
ndb struct na base pair.shear: 0.502
ndb struct na base pair.stagger: 0.699
ndb struct na base pair.stretch: 0.11

A,C,33,1 555,A,G,549,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 33
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 549
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -6.168
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 34
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 550
ndb struct na base pair.opening: -2.595
ndb struct na base pair.pair name: N_C34:G550_N
ndb struct na base pair.pair number: 22
ndb struct na base pair.propeller: -21.196
ndb struct na base pair.shear: 1.166
ndb struct na base pair.stagger: 0.717
ndb struct na base pair.stretch: -0.456

A,G,34,1 555,A,C,548,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 34
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 548
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -6.484
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 35
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 549
ndb struct na base pair.opening: 1.887
ndb struct na base pair.pair name: N_G35:C549_N
ndb struct na base pair.pair number: 23
ndb struct na base pair.propeller: -9.921
ndb struct na base pair.shear: -0.832
ndb struct na base pair.stagger: 0.263
ndb struct na base pair.stretch: -0.266

A,C,35,1 555,A,G,547,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 35
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 547
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 1.933
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 36
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 548
ndb struct na base pair.opening: -8.832
ndb struct na base pair.pair name: N_C36:G548_N
ndb struct na base pair.pair number: 24
ndb struct na base pair.propeller: -16.321
ndb struct na base pair.shear: 1.305
ndb struct na base pair.stagger: 0.872
ndb struct na base pair.stretch: -0.788

A,U,36,1 555,A,A,396,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 36
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 396
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -13.595
ndb struct na base pair.hbond type 12: 2
ndb struct na base pair.hbond type 28: 21
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 37
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 397
ndb struct na base pair.opening: -168.455
ndb struct na base pair.pair name: N_U37:A397_N
ndb struct na base pair.pair number: 25
ndb struct na base pair.propeller: -0.454
ndb struct na base pair.shear: -0.408
ndb struct na base pair.stagger: 1.462
ndb struct na base pair.stretch: -0.087

A,C,46,1 555,A,G,360,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 46
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 360
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -17.961
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 47
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 361
ndb struct na base pair.opening: 21.79
ndb struct na base pair.pair name: N_C47:G361_N
ndb struct na base pair.pair number: 26
ndb struct na base pair.propeller: -36.271
ndb struct na base pair.shear: 0.595
ndb struct na base pair.stagger: -0.973
ndb struct na base pair.stretch: -0.405

A,C,51,1 555,A,G,358,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 51
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 358
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 23.571
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 52
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 359
ndb struct na base pair.opening: -6.118
ndb struct na base pair.pair name: N_C52:G359_N
ndb struct na base pair.pair number: 27
ndb struct na base pair.propeller: -8.871
ndb struct na base pair.shear: -0.139
ndb struct na base pair.stagger: 0.352
ndb struct na base pair.stretch: -0.266

A,A,52,1 555,A,U,357,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 52
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 357
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 17.52
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 53
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 358
ndb struct na base pair.opening: 3.372
ndb struct na base pair.pair name: N_A53:U358_N
ndb struct na base pair.pair number: 28
ndb struct na base pair.propeller: -10.843
ndb struct na base pair.shear: -0.396
ndb struct na base pair.stagger: -0.103
ndb struct na base pair.stretch: -0.06

A,C,53,1 555,A,G,356,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 53
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 356
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -15.298
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 54
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 357
ndb struct na base pair.opening: 9.451
ndb struct na base pair.pair name: N_C54:G357_N
ndb struct na base pair.pair number: 29
ndb struct na base pair.propeller: -20.329
ndb struct na base pair.shear: 1.125
ndb struct na base pair.stagger: -0.244
ndb struct na base pair.stretch: -0.304

A,U,55,1 555,A,A,355,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 55
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 355
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -15.502
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 56
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 356
ndb struct na base pair.opening: -9.294
ndb struct na base pair.pair name: N_U56:A356_N
ndb struct na base pair.pair number: 30
ndb struct na base pair.propeller: 8.737
ndb struct na base pair.shear: -1.577
ndb struct na base pair.stagger: 0.089
ndb struct na base pair.stretch: -0.298

A,G,56,1 555,A,C,354,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 56
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 354
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -0.659
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 57
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 355
ndb struct na base pair.opening: -0.122
ndb struct na base pair.pair name: N_G57:C355_N
ndb struct na base pair.pair number: 31
ndb struct na base pair.propeller: -5.459
ndb struct na base pair.shear: -1.06
ndb struct na base pair.stagger: -0.589
ndb struct na base pair.stretch: -0.634

A,C,57,1 555,A,G,353,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 57
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 353
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 19.785
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 58
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 354
ndb struct na base pair.opening: 1.151
ndb struct na base pair.pair name: N_C58:G354_N
ndb struct na base pair.pair number: 32
ndb struct na base pair.propeller: -6.63
ndb struct na base pair.shear: 1.801
ndb struct na base pair.stagger: -0.507
ndb struct na base pair.stretch: -0.619

A,U,48,1 555,A,A,363,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 48
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 363
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 35.574
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 49
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 364
ndb struct na base pair.opening: -93.61
ndb struct na base pair.pair name: N_U49:A364_N
ndb struct na base pair.pair number: 33
ndb struct na base pair.propeller: 40.367
ndb struct na base pair.shear: 4.388
ndb struct na base pair.stagger: -0.77
ndb struct na base pair.stretch: -3.392

A,G,60,1 555,A,C,105,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 60
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 105
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 7.564
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 61
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 106
ndb struct na base pair.opening: 8.219
ndb struct na base pair.pair name: N_G61:C106_N
ndb struct na base pair.pair number: 34
ndb struct na base pair.propeller: 9.753
ndb struct na base pair.shear: 0.425
ndb struct na base pair.stagger: 1.865
ndb struct na base pair.stretch: -0.631

A,U,61,1 555,A,G,104,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 61
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 104
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 16.35
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 62
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 105
ndb struct na base pair.opening: 32.95
ndb struct na base pair.pair name: N_U62:G105_N
ndb struct na base pair.pair number: 35
ndb struct na base pair.propeller: 11.61
ndb struct na base pair.shear: 1.35
ndb struct na base pair.stagger: 0.833
ndb struct na base pair.stretch: 0.47

A,C,62,1 555,A,G,103,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 62
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 103
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 38.651
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 63
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 104
ndb struct na base pair.opening: -7.123
ndb struct na base pair.pair name: N_C63:G104_N
ndb struct na base pair.pair number: 36
ndb struct na base pair.propeller: -19.139
ndb struct na base pair.shear: 0.524
ndb struct na base pair.stagger: -2.368
ndb struct na base pair.stretch: -0.611

A,A,65,1 555,A,U,102,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 65
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 102
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -24.567
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 66
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 103
ndb struct na base pair.opening: 6.425
ndb struct na base pair.pair name: N_A66:U103_N
ndb struct na base pair.pair number: 37
ndb struct na base pair.propeller: -6.903
ndb struct na base pair.shear: 0.583
ndb struct na base pair.stagger: -0.457
ndb struct na base pair.stretch: -0.02

A,C,66,1 555,A,G,101,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 66
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 101
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -11.768
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 67
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 102
ndb struct na base pair.opening: -2.021
ndb struct na base pair.pair name: N_C67:G102_N
ndb struct na base pair.pair number: 38
ndb struct na base pair.propeller: -5.975
ndb struct na base pair.shear: 0.733
ndb struct na base pair.stagger: -0.053
ndb struct na base pair.stretch: -0.44

A,G,67,1 555,A,A,100,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 67
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 100
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -15.19
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 8
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 68
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 101
ndb struct na base pair.opening: -25.052
ndb struct na base pair.pair name: N_G68:A101_N
ndb struct na base pair.pair number: 39
ndb struct na base pair.propeller: -9.613
ndb struct na base pair.shear: 0.254
ndb struct na base pair.stagger: -1.127
ndb struct na base pair.stretch: 1.18

A,G,68,1 555,A,C,98,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 68
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 98
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -11.329
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 69
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 99
ndb struct na base pair.opening: -7.437
ndb struct na base pair.pair name: N_G69:C99_N
ndb struct na base pair.pair number: 40
ndb struct na base pair.propeller: -13.154
ndb struct na base pair.shear: -0.201
ndb struct na base pair.stagger: 0.122
ndb struct na base pair.stretch: -0.336

A,U,69,1 555,A,A,97,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 69
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 97
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -5.558
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 70
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 98
ndb struct na base pair.opening: -8.516
ndb struct na base pair.pair name: N_U70:A98_N
ndb struct na base pair.pair number: 41
ndb struct na base pair.propeller: -0.062
ndb struct na base pair.shear: 0.862
ndb struct na base pair.stagger: 0.392
ndb struct na base pair.stretch: -0.336

A,C,72,1 555,A,G,96,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 72
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 96
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -5.9
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 73
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 97
ndb struct na base pair.opening: 0.956
ndb struct na base pair.pair name: N_C73:G97_N
ndb struct na base pair.pair number: 42
ndb struct na base pair.propeller: -0.12
ndb struct na base pair.shear: 1.226
ndb struct na base pair.stagger: 1.11
ndb struct na base pair.stretch: -0.662

A,A,73,1 555,A,U,95,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 73
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 95
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -27.711
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 74
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 96
ndb struct na base pair.opening: 1.102
ndb struct na base pair.pair name: N_A74:U96_N
ndb struct na base pair.pair number: 43
ndb struct na base pair.propeller: 8.06
ndb struct na base pair.shear: -0.885
ndb struct na base pair.stagger: -1.53
ndb struct na base pair.stretch: -0.519

A,G,74,1 555,A,C,94,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 74
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 94
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -21.634
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 75
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 95
ndb struct na base pair.opening: -13.823
ndb struct na base pair.pair name: N_G75:C95_N
ndb struct na base pair.pair number: 44
ndb struct na base pair.propeller: 23.951
ndb struct na base pair.shear: 1.297
ndb struct na base pair.stagger: -1.251
ndb struct na base pair.stretch: -0.251

A,G,75,1 555,A,U,92,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 75
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 92
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 12.445
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 28
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 76
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 93
ndb struct na base pair.opening: -23.68
ndb struct na base pair.pair name: N_G76:U93_N
ndb struct na base pair.pair number: 45
ndb struct na base pair.propeller: -26.8
ndb struct na base pair.shear: -2.612
ndb struct na base pair.stagger: 1.445
ndb struct na base pair.stretch: -1.499

A,A,76,1 555,A,U,91,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 76
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 91
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 5.381
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 77
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 92
ndb struct na base pair.opening: -10.959
ndb struct na base pair.pair name: N_A77:U92_N
ndb struct na base pair.pair number: 46
ndb struct na base pair.propeller: -23.561
ndb struct na base pair.shear: -1.081
ndb struct na base pair.stagger: 1.542
ndb struct na base pair.stretch: -0.819

A,A,77,1 555,A,U,90,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 77
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 90
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 34.574
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 78
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 91
ndb struct na base pair.opening: -47.496
ndb struct na base pair.pair name: N_A78:U91_N
ndb struct na base pair.pair number: 47
ndb struct na base pair.propeller: -27.577
ndb struct na base pair.shear: 2.677
ndb struct na base pair.stagger: 1.058
ndb struct na base pair.stretch: -0.173

A,G,78,1 555,A,C,89,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 78
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 89
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 17.242
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 79
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 90
ndb struct na base pair.opening: -26.618
ndb struct na base pair.pair name: N_G79:C90_N
ndb struct na base pair.pair number: 48
ndb struct na base pair.propeller: -17.728
ndb struct na base pair.shear: -1.341
ndb struct na base pair.stagger: 0.114
ndb struct na base pair.stretch: -0.558

A,A,79,1 555,A,U,88,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 79
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 88
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 40.948
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 80
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 89
ndb struct na base pair.opening: -19.731
ndb struct na base pair.pair name: N_A80:U89_N
ndb struct na base pair.pair number: 49
ndb struct na base pair.propeller: -25.692
ndb struct na base pair.shear: -1.224
ndb struct na base pair.stagger: 1.42
ndb struct na base pair.stretch: -0.464

A,A,80,1 555,A,U,87,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 80
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 87
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 50.943
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 81
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 88
ndb struct na base pair.opening: 26.7
ndb struct na base pair.pair name: N_A81:U88_N
ndb struct na base pair.pair number: 50
ndb struct na base pair.propeller: 5.459
ndb struct na base pair.shear: -0.71
ndb struct na base pair.stagger: 0.666
ndb struct na base pair.stretch: 0.755

A,G,81,1 555,A,C,86,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 81
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 86
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -12.784
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 82
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 87
ndb struct na base pair.opening: -10.458
ndb struct na base pair.pair name: N_G82:C87_N
ndb struct na base pair.pair number: 51
ndb struct na base pair.propeller: 19.535
ndb struct na base pair.shear: -0.966
ndb struct na base pair.stagger: -1.771
ndb struct na base pair.stretch: -0.605

A,C,82,1 555,A,U,84,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 82
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 84
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -58.667
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 83
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 85
ndb struct na base pair.opening: -43.192
ndb struct na base pair.pair name: N_C83:U85_N
ndb struct na base pair.pair number: 52
ndb struct na base pair.propeller: 11.838
ndb struct na base pair.shear: -4.812
ndb struct na base pair.stagger: -1.155
ndb struct na base pair.stretch: 2.101

A,A,108,1 555,A,U,322,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 108
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 322
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 3.035
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 109
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 323
ndb struct na base pair.opening: -57.121
ndb struct na base pair.pair name: N_A109:U323_N
ndb struct na base pair.pair number: 53
ndb struct na base pair.propeller: 16.317
ndb struct na base pair.shear: -4.194
ndb struct na base pair.stagger: -1.508
ndb struct na base pair.stretch: -1.444

A,A,328,1 555,A,C,321,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 328
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 321
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 15.549
ndb struct na base pair.hbond type 12: 4
ndb struct na base pair.hbond type 28: 25
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 329
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 322
ndb struct na base pair.opening: -111.695
ndb struct na base pair.pair name: N_A329:C322_N
ndb struct na base pair.pair number: 54
ndb struct na base pair.propeller: -21.042
ndb struct na base pair.shear: -2.98
ndb struct na base pair.stagger: -0.656
ndb struct na base pair.stretch: 0.282

A,G,331,1 555,A,A,320,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 331
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 320
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -21.262
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 8
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 332
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 321
ndb struct na base pair.opening: -26.528
ndb struct na base pair.pair name: N_G332:A321_N
ndb struct na base pair.pair number: 55
ndb struct na base pair.propeller: -25.293
ndb struct na base pair.shear: -1.251
ndb struct na base pair.stagger: -0.144
ndb struct na base pair.stretch: 1.075

A,U,332,1 555,A,A,319,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 332
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 319
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -15.873
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 333
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 320
ndb struct na base pair.opening: -6.615
ndb struct na base pair.pair name: N_U333:A320_N
ndb struct na base pair.pair number: 56
ndb struct na base pair.propeller: -12.544
ndb struct na base pair.shear: 1.151
ndb struct na base pair.stagger: 0.319
ndb struct na base pair.stretch: -0.501

A,C,333,1 555,A,G,318,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 333
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 318
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -6.613
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 334
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 319
ndb struct na base pair.opening: -3.364
ndb struct na base pair.pair name: N_C334:G319_N
ndb struct na base pair.pair number: 57
ndb struct na base pair.propeller: -13.118
ndb struct na base pair.shear: 1.024
ndb struct na base pair.stagger: -0.318
ndb struct na base pair.stretch: -0.568

A,C,334,1 555,A,G,317,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 334
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 317
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 4.276
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 335
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 318
ndb struct na base pair.opening: -7.451
ndb struct na base pair.pair name: N_C335:G318_N
ndb struct na base pair.pair number: 58
ndb struct na base pair.propeller: 4.897
ndb struct na base pair.shear: 0.543
ndb struct na base pair.stagger: 0.71
ndb struct na base pair.stretch: -0.502

A,A,335,1 555,A,U,316,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 335
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 316
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 24.648
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 336
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 317
ndb struct na base pair.opening: -4.294
ndb struct na base pair.pair name: N_A336:U317_N
ndb struct na base pair.pair number: 59
ndb struct na base pair.propeller: -19.706
ndb struct na base pair.shear: -0.692
ndb struct na base pair.stagger: 1.006
ndb struct na base pair.stretch: -0.288

A,G,336,1 555,A,C,315,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 336
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 315
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -17.596
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 337
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 316
ndb struct na base pair.opening: 0.056
ndb struct na base pair.pair name: N_G337:C316_N
ndb struct na base pair.pair number: 60
ndb struct na base pair.propeller: -19.069
ndb struct na base pair.shear: 0.4
ndb struct na base pair.stagger: -0.79
ndb struct na base pair.stretch: -0.148

A,A,337,1 555,A,G,350,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 337
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 350
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -35.46
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 338
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 351
ndb struct na base pair.opening: -137.084
ndb struct na base pair.pair name: N_A338:G351_N
ndb struct na base pair.pair number: 61
ndb struct na base pair.propeller: 13.561
ndb struct na base pair.shear: 0.154
ndb struct na base pair.stagger: -1.606
ndb struct na base pair.stretch: 1.849

A,C,338,1 555,A,G,349,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 338
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 349
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -23.918
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 339
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 350
ndb struct na base pair.opening: 5.08
ndb struct na base pair.pair name: N_C339:G350_N
ndb struct na base pair.pair number: 62
ndb struct na base pair.propeller: -27.902
ndb struct na base pair.shear: 1.419
ndb struct na base pair.stagger: 0.445
ndb struct na base pair.stretch: -0.435

A,U,339,1 555,A,A,348,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 339
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 348
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -3.206
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 340
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 349
ndb struct na base pair.opening: 5.01
ndb struct na base pair.pair name: N_U340:A349_N
ndb struct na base pair.pair number: 63
ndb struct na base pair.propeller: -18.729
ndb struct na base pair.shear: 1.115
ndb struct na base pair.stagger: 0.498
ndb struct na base pair.stretch: -0.546

A,C,340,1 555,A,G,347,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 340
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 347
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 4.408
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 341
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 348
ndb struct na base pair.opening: 0.558
ndb struct na base pair.pair name: N_C341:G348_N
ndb struct na base pair.pair number: 64
ndb struct na base pair.propeller: -25.059
ndb struct na base pair.shear: 1.003
ndb struct na base pair.stagger: 0.304
ndb struct na base pair.stretch: -0.467

A,C,341,1 555,A,G,346,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 341
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 346
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -17.492
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 342
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 347
ndb struct na base pair.opening: -0.269
ndb struct na base pair.pair name: N_C342:G347_N
ndb struct na base pair.pair number: 65
ndb struct na base pair.propeller: 0.022
ndb struct na base pair.shear: 1.206
ndb struct na base pair.stagger: 1.063
ndb struct na base pair.stretch: -0.564

A,U,342,1 555,A,G,345,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 342
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 345
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -47.34
ndb struct na base pair.hbond type 12: 6
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 343
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 346
ndb struct na base pair.opening: -116.637
ndb struct na base pair.pair name: N_U343:G346_N
ndb struct na base pair.pair number: 66
ndb struct na base pair.propeller: 3.179
ndb struct na base pair.shear: -0.472
ndb struct na base pair.stagger: 1.445
ndb struct na base pair.stretch: -6.197

A,G,110,1 555,A,G,330,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 110
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 330
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -4.832
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 111
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 331
ndb struct na base pair.opening: -36.834
ndb struct na base pair.pair name: N_G111:G331_N
ndb struct na base pair.pair number: 67
ndb struct na base pair.propeller: 38.284
ndb struct na base pair.shear: 3.766
ndb struct na base pair.stagger: 1.193
ndb struct na base pair.stretch: 0.71

A,G,111,1 555,A,A,314,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 111
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 314
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -11.486
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 112
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 315
ndb struct na base pair.opening: 7.874
ndb struct na base pair.pair name: N_G112:A315_N
ndb struct na base pair.pair number: 68
ndb struct na base pair.propeller: 8.953
ndb struct na base pair.shear: -1.194
ndb struct na base pair.stagger: 0.027
ndb struct na base pair.stretch: 1.695

A,G,112,1 555,A,C,313,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 112
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 313
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 17.272
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 113
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 314
ndb struct na base pair.opening: -3.242
ndb struct na base pair.pair name: N_G113:C314_N
ndb struct na base pair.pair number: 69
ndb struct na base pair.propeller: -3.353
ndb struct na base pair.shear: -0.824
ndb struct na base pair.stagger: 1.192
ndb struct na base pair.stretch: -0.406

A,U,113,1 555,A,A,312,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 113
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 312
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 3.207
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 114
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 313
ndb struct na base pair.opening: 0.84
ndb struct na base pair.pair name: N_U114:A313_N
ndb struct na base pair.pair number: 70
ndb struct na base pair.propeller: -2.505
ndb struct na base pair.shear: 0.862
ndb struct na base pair.stagger: 1.229
ndb struct na base pair.stretch: -0.839

A,G,114,1 555,A,C,311,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 114
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 311
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 9.095
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 115
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 312
ndb struct na base pair.opening: -5.574
ndb struct na base pair.pair name: N_G115:C312_N
ndb struct na base pair.pair number: 71
ndb struct na base pair.propeller: 0.324
ndb struct na base pair.shear: -1.188
ndb struct na base pair.stagger: 0.058
ndb struct na base pair.stretch: -0.726

A,G,288,1 555,A,C,310,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 288
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 310
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 5.448
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 289
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 311
ndb struct na base pair.opening: -0.774
ndb struct na base pair.pair name: N_G289:C311_N
ndb struct na base pair.pair number: 72
ndb struct na base pair.propeller: -10.009
ndb struct na base pair.shear: 0.473
ndb struct na base pair.stagger: -0.946
ndb struct na base pair.stretch: -0.263

A,C,289,1 555,A,G,309,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 289
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 309
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 7.148
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 290
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 310
ndb struct na base pair.opening: -0.009
ndb struct na base pair.pair name: N_C290:G310_N
ndb struct na base pair.pair number: 73
ndb struct na base pair.propeller: -5.648
ndb struct na base pair.shear: 0.835
ndb struct na base pair.stagger: -0.409
ndb struct na base pair.stretch: -0.274

A,U,290,1 555,A,A,308,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 290
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 308
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -17.742
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 291
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 309
ndb struct na base pair.opening: -10.469
ndb struct na base pair.pair name: N_U291:A309_N
ndb struct na base pair.pair number: 74
ndb struct na base pair.propeller: -18.658
ndb struct na base pair.shear: 1.039
ndb struct na base pair.stagger: 0.73
ndb struct na base pair.stretch: -0.607

A,G,291,1 555,A,C,307,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 291
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 307
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -2.293
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 292
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 308
ndb struct na base pair.opening: 2.241
ndb struct na base pair.pair name: N_G292:C308_N
ndb struct na base pair.pair number: 75
ndb struct na base pair.propeller: 0.036
ndb struct na base pair.shear: -0.336
ndb struct na base pair.stagger: 1.336
ndb struct na base pair.stretch: -0.555

A,U,230,1 555,A,A,130,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 230
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 130
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -5.023
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 231
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 131
ndb struct na base pair.opening: 39.877
ndb struct na base pair.pair name: N_U231:A131_N
ndb struct na base pair.pair number: 76
ndb struct na base pair.propeller: 17.852
ndb struct na base pair.shear: -0.933
ndb struct na base pair.stagger: 0.226
ndb struct na base pair.stretch: 0.659

A,G,231,1 555,A,A,128,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 231
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 128
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 21.448
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 232
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 129
ndb struct na base pair.opening: 5.901
ndb struct na base pair.pair name: N_G232:A129_N
ndb struct na base pair.pair number: 77
ndb struct na base pair.propeller: -8.046
ndb struct na base pair.shear: -1.539
ndb struct na base pair.stagger: -0.056
ndb struct na base pair.stretch: 1.539

A,C,232,1 555,A,G,127,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 232
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 127
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 27.268
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 233
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 128
ndb struct na base pair.opening: 0.651
ndb struct na base pair.pair name: N_C233:G128_N
ndb struct na base pair.pair number: 78
ndb struct na base pair.propeller: -18.087
ndb struct na base pair.shear: 1.72
ndb struct na base pair.stagger: -0.352
ndb struct na base pair.stretch: -0.392

A,C,233,1 555,A,G,126,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 233
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 126
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -22.234
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 234
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 127
ndb struct na base pair.opening: -6.237
ndb struct na base pair.pair name: N_C234:G127_N
ndb struct na base pair.pair number: 79
ndb struct na base pair.propeller: 6.119
ndb struct na base pair.shear: 1.123
ndb struct na base pair.stagger: -0.036
ndb struct na base pair.stretch: -0.343

A,C,234,1 555,A,G,125,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 234
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 125
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -8.309
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 235
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 126
ndb struct na base pair.opening: 1.84
ndb struct na base pair.pair name: N_C235:G126_N
ndb struct na base pair.pair number: 80
ndb struct na base pair.propeller: -3.737
ndb struct na base pair.shear: 0.461
ndb struct na base pair.stagger: 0.869
ndb struct na base pair.stretch: -0.078

A,A,235,1 555,A,U,124,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 235
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 124
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -6.406
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 236
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 125
ndb struct na base pair.opening: 1.383
ndb struct na base pair.pair name: N_A236:U125_N
ndb struct na base pair.pair number: 81
ndb struct na base pair.propeller: -19.064
ndb struct na base pair.shear: -0.645
ndb struct na base pair.stagger: -0.532
ndb struct na base pair.stretch: -0.353

A,G,236,1 555,A,C,123,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 236
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 123
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 10.391
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 237
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 124
ndb struct na base pair.opening: 4.085
ndb struct na base pair.pair name: N_G237:C124_N
ndb struct na base pair.pair number: 82
ndb struct na base pair.propeller: -11.773
ndb struct na base pair.shear: -1.148
ndb struct na base pair.stagger: 0.185
ndb struct na base pair.stretch: -0.229

A,A,237,1 555,A,U,122,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 237
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 122
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 1.58
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 238
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 123
ndb struct na base pair.opening: 11.099
ndb struct na base pair.pair name: N_A238:U123_N
ndb struct na base pair.pair number: 83
ndb struct na base pair.propeller: -5.979
ndb struct na base pair.shear: -0.517
ndb struct na base pair.stagger: -1.182
ndb struct na base pair.stretch: -0.257

A,U,238,1 555,A,G,121,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 238
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 121
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 14.152
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 28
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 239
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 122
ndb struct na base pair.opening: 23.785
ndb struct na base pair.pair name: N_U239:G122_N
ndb struct na base pair.pair number: 84
ndb struct na base pair.propeller: -27.402
ndb struct na base pair.shear: 3.37
ndb struct na base pair.stagger: -0.892
ndb struct na base pair.stretch: -0.852

A,A,119,1 555,A,U,120,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 119
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 120
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -30.179
ndb struct na base pair.hbond type 12: 5
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 120
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 121
ndb struct na base pair.opening: 80.762
ndb struct na base pair.pair name: N_A120:U121_N
ndb struct na base pair.pair number: 85
ndb struct na base pair.propeller: -15.976
ndb struct na base pair.shear: 2.783
ndb struct na base pair.stagger: 0.91
ndb struct na base pair.stretch: 0.817

A,U,286,1 555,A,A,118,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 286
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 118
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -18.227
ndb struct na base pair.hbond type 12: 4
ndb struct na base pair.hbond type 28: 24
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 287
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 119
ndb struct na base pair.opening: -99.966
ndb struct na base pair.pair name: N_U287:A119_N
ndb struct na base pair.pair number: 86
ndb struct na base pair.propeller: -7.855
ndb struct na base pair.shear: 4.047
ndb struct na base pair.stagger: -1.473
ndb struct na base pair.stretch: -2.243

A,G,239,1 555,A,C,285,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 239
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 285
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 3.059
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 240
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 286
ndb struct na base pair.opening: -4.062
ndb struct na base pair.pair name: N_G240:C286_N
ndb struct na base pair.pair number: 87
ndb struct na base pair.propeller: -2.089
ndb struct na base pair.shear: -1.311
ndb struct na base pair.stagger: 0.121
ndb struct na base pair.stretch: -0.478

A,G,240,1 555,A,C,284,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 240
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 284
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 10.33
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 241
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 285
ndb struct na base pair.opening: 0.419
ndb struct na base pair.pair name: N_G241:C285_N
ndb struct na base pair.pair number: 88
ndb struct na base pair.propeller: -12.91
ndb struct na base pair.shear: -0.803
ndb struct na base pair.stagger: -0.68
ndb struct na base pair.stretch: -0.282

A,G,241,1 555,A,C,283,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 241
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 283
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 24.086
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 242
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 284
ndb struct na base pair.opening: -1.072
ndb struct na base pair.pair name: N_G242:C284_N
ndb struct na base pair.pair number: 89
ndb struct na base pair.propeller: 7.186
ndb struct na base pair.shear: -1.157
ndb struct na base pair.stagger: 0.786
ndb struct na base pair.stretch: -0.496

A,U,244,1 555,A,U,282,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 244
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 282
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -7.661
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 16
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 245
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 283
ndb struct na base pair.opening: 24.045
ndb struct na base pair.pair name: N_U245:U283_N
ndb struct na base pair.pair number: 90
ndb struct na base pair.propeller: -13.769
ndb struct na base pair.shear: 3.158
ndb struct na base pair.stagger: -0.99
ndb struct na base pair.stretch: -2.321

A,A,242,1 555,A,A,281,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 242
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 281
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -6.778
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 243
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 282
ndb struct na base pair.opening: -70.908
ndb struct na base pair.pair name: N_A243:A282_N
ndb struct na base pair.pair number: 91
ndb struct na base pair.propeller: -25.56
ndb struct na base pair.shear: 4.656
ndb struct na base pair.stagger: -1.831
ndb struct na base pair.stretch: -0.716

A,A,245,1 555,A,G,280,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 245
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 280
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -28.718
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 246
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 281
ndb struct na base pair.opening: 36.067
ndb struct na base pair.pair name: N_A246:G281_N
ndb struct na base pair.pair number: 92
ndb struct na base pair.propeller: 42.136
ndb struct na base pair.shear: -6.58
ndb struct na base pair.stagger: 0.605
ndb struct na base pair.stretch: -2.452

A,U,132,1 555,A,U,228,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 132
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 228
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -13.314
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 133
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 229
ndb struct na base pair.opening: 16.492
ndb struct na base pair.pair name: N_U133:U229_N
ndb struct na base pair.pair number: 93
ndb struct na base pair.propeller: -33.095
ndb struct na base pair.shear: 1.624
ndb struct na base pair.stagger: 1.562
ndb struct na base pair.stretch: -1.372

A,C,135,1 555,A,G,226,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 135
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 226
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -24.812
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 136
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 227
ndb struct na base pair.opening: -4.096
ndb struct na base pair.pair name: N_C136:G227_N
ndb struct na base pair.pair number: 94
ndb struct na base pair.propeller: -6.341
ndb struct na base pair.shear: 0.144
ndb struct na base pair.stagger: 0.823
ndb struct na base pair.stretch: -0.013

A,U,136,1 555,A,G,225,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 136
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 225
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 0.874
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 28
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 137
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 226
ndb struct na base pair.opening: -4.443
ndb struct na base pair.pair name: N_U137:G226_N
ndb struct na base pair.pair number: 95
ndb struct na base pair.propeller: -14.518
ndb struct na base pair.shear: 2.367
ndb struct na base pair.stagger: 0.187
ndb struct na base pair.stretch: -0.78

A,G,137,1 555,A,C,224,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 137
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 224
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 7.033
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 138
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 225
ndb struct na base pair.opening: -4.896
ndb struct na base pair.pair name: N_G138:C225_N
ndb struct na base pair.pair number: 96
ndb struct na base pair.propeller: -14.405
ndb struct na base pair.shear: -0.918
ndb struct na base pair.stagger: 0.146
ndb struct na base pair.stretch: -0.39

A,A,138,1 555,A,U,223,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 138
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 223
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 7.055
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 139
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 224
ndb struct na base pair.opening: 12.494
ndb struct na base pair.pair name: N_A139:U224_N
ndb struct na base pair.pair number: 97
ndb struct na base pair.propeller: -11.211
ndb struct na base pair.shear: -1.14
ndb struct na base pair.stagger: 0.366
ndb struct na base pair.stretch: -0.061

A,U,139,1 555,A,A,222,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 139
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 222
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 14.52
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 140
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 223
ndb struct na base pair.opening: 1.429
ndb struct na base pair.pair name: N_U140:A223_N
ndb struct na base pair.pair number: 98
ndb struct na base pair.propeller: -10.536
ndb struct na base pair.shear: 0.939
ndb struct na base pair.stagger: -0.039
ndb struct na base pair.stretch: -0.201

A,G,140,1 555,A,C,221,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 140
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 221
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 22.32
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 141
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 222
ndb struct na base pair.opening: -13.664
ndb struct na base pair.pair name: N_G141:C222_N
ndb struct na base pair.pair number: 99
ndb struct na base pair.propeller: -4.097
ndb struct na base pair.shear: -1.515
ndb struct na base pair.stagger: -0.297
ndb struct na base pair.stretch: -0.711

A,G,141,1 555,A,C,220,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 141
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 220
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -19.413
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 142
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 221
ndb struct na base pair.opening: 10.258
ndb struct na base pair.pair name: N_G142:C221_N
ndb struct na base pair.pair number: 100
ndb struct na base pair.propeller: -6.121
ndb struct na base pair.shear: 0.445
ndb struct na base pair.stagger: -1.666
ndb struct na base pair.stretch: -0.271

A,A,142,1 555,A,G,219,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 142
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 219
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -38.385
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 143
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 220
ndb struct na base pair.opening: 10.416
ndb struct na base pair.pair name: N_A143:G220_N
ndb struct na base pair.pair number: 101
ndb struct na base pair.propeller: 26.829
ndb struct na base pair.shear: 1.928
ndb struct na base pair.stagger: 0.077
ndb struct na base pair.stretch: 1.756

A,G,197,1 555,A,U,218,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 197
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 218
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -15.43
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 28
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 198
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 219
ndb struct na base pair.opening: 20.954
ndb struct na base pair.pair name: N_G198:U219_N
ndb struct na base pair.pair number: 102
ndb struct na base pair.propeller: -21.581
ndb struct na base pair.shear: -3.157
ndb struct na base pair.stagger: -0.616
ndb struct na base pair.stretch: -0.511

A,A,198,1 555,A,U,217,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 198
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 217
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -11.429
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 199
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 218
ndb struct na base pair.opening: 14.448
ndb struct na base pair.pair name: N_A199:U218_N
ndb struct na base pair.pair number: 103
ndb struct na base pair.propeller: -10.54
ndb struct na base pair.shear: 0.703
ndb struct na base pair.stagger: -0.585
ndb struct na base pair.stretch: 0.255

A,A,64,1 555,A,C,468,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 64
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 468
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 19.547
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 65
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 469
ndb struct na base pair.opening: 34.74
ndb struct na base pair.pair name: N_A65:C469_N
ndb struct na base pair.pair number: 104
ndb struct na base pair.propeller: -22.81
ndb struct na base pair.shear: -6.023
ndb struct na base pair.stagger: -1.836
ndb struct na base pair.stretch: 3.075

A,G,199,1 555,A,C,216,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 199
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 216
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -27.508
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 200
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 217
ndb struct na base pair.opening: -0.75
ndb struct na base pair.pair name: N_G200:C217_N
ndb struct na base pair.pair number: 105
ndb struct na base pair.propeller: -18.908
ndb struct na base pair.shear: -0.992
ndb struct na base pair.stagger: -1.22
ndb struct na base pair.stretch: 0.059

A,A,161,1 555,A,G,158,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 161
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 158
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -20.888
ndb struct na base pair.hbond type 12: 10
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 162
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 159
ndb struct na base pair.opening: -12.847
ndb struct na base pair.pair name: N_A162:G159_N
ndb struct na base pair.pair number: 106
ndb struct na base pair.propeller: 7.14
ndb struct na base pair.shear: -6.867
ndb struct na base pair.stagger: 0.495
ndb struct na base pair.stretch: -5.85

A,C,162,1 555,A,G,157,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 162
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 157
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 1.675
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 163
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 158
ndb struct na base pair.opening: 6.045
ndb struct na base pair.pair name: N_C163:G158_N
ndb struct na base pair.pair number: 107
ndb struct na base pair.propeller: -16.077
ndb struct na base pair.shear: 1.102
ndb struct na base pair.stagger: 0.881
ndb struct na base pair.stretch: -0.13

A,G,163,1 555,A,U,156,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 163
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 156
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -17.899
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 28
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 164
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 157
ndb struct na base pair.opening: -5.119
ndb struct na base pair.pair name: N_G164:U157_N
ndb struct na base pair.pair number: 108
ndb struct na base pair.propeller: -17.943
ndb struct na base pair.shear: -1.856
ndb struct na base pair.stagger: -1.618
ndb struct na base pair.stretch: -0.882

A,G,164,1 555,A,C,155,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 164
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 155
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -4.975
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 165
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 156
ndb struct na base pair.opening: 11.312
ndb struct na base pair.pair name: N_G165:C156_N
ndb struct na base pair.pair number: 109
ndb struct na base pair.propeller: -10.28
ndb struct na base pair.shear: -1.547
ndb struct na base pair.stagger: 0.954
ndb struct na base pair.stretch: -0.341

A,U,165,1 555,A,A,154,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 165
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 154
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -1.696
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 166
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 155
ndb struct na base pair.opening: 14.524
ndb struct na base pair.pair name: N_U166:A155_N
ndb struct na base pair.pair number: 110
ndb struct na base pair.propeller: -18.809
ndb struct na base pair.shear: -0.358
ndb struct na base pair.stagger: 0.791
ndb struct na base pair.stretch: -0.052

A,A,166,1 555,A,U,153,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 166
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 153
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 1.393
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 167
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 154
ndb struct na base pair.opening: 23.924
ndb struct na base pair.pair name: N_A167:U154_N
ndb struct na base pair.pair number: 111
ndb struct na base pair.propeller: -33.879
ndb struct na base pair.shear: -0.525
ndb struct na base pair.stagger: 1.03
ndb struct na base pair.stretch: 0.235

A,G,167,1 555,A,C,152,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 167
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 152
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -20.393
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 168
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 153
ndb struct na base pair.opening: -11.25
ndb struct na base pair.pair name: N_G168:C153_N
ndb struct na base pair.pair number: 112
ndb struct na base pair.propeller: -27.066
ndb struct na base pair.shear: -0.229
ndb struct na base pair.stagger: -0.553
ndb struct na base pair.stretch: -0.219

A,C,168,1 555,A,A,151,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 168
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 151
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -8.069
ndb struct na base pair.hbond type 12: 4
ndb struct na base pair.hbond type 28: 25
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 169
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 152
ndb struct na base pair.opening: -88.353
ndb struct na base pair.pair name: N_C169:A152_N
ndb struct na base pair.pair number: 113
ndb struct na base pair.propeller: -14.689
ndb struct na base pair.shear: 3.639
ndb struct na base pair.stagger: -0.7
ndb struct na base pair.stretch: -1.114

A,U,169,1 555,A,A,150,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 169
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 150
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -0.506
ndb struct na base pair.hbond type 12: 4
ndb struct na base pair.hbond type 28: 24
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 170
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 151
ndb struct na base pair.opening: -100.548
ndb struct na base pair.pair name: N_U170:A151_N
ndb struct na base pair.pair number: 114
ndb struct na base pair.propeller: -17.975
ndb struct na base pair.shear: 4.004
ndb struct na base pair.stagger: -1.328
ndb struct na base pair.stretch: -1.828

A,A,170,1 555,A,U,149,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 170
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 149
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 4.903
ndb struct na base pair.hbond type 12: 4
ndb struct na base pair.hbond type 28: 24
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 171
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 150
ndb struct na base pair.opening: -109.997
ndb struct na base pair.pair name: N_A171:U150_N
ndb struct na base pair.pair number: 115
ndb struct na base pair.propeller: 1.312
ndb struct na base pair.shear: -3.554
ndb struct na base pair.stagger: 1.334
ndb struct na base pair.stretch: -0.977

A,A,171,1 555,A,A,148,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 171
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 148
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 13.083
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 172
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 149
ndb struct na base pair.opening: -112.213
ndb struct na base pair.pair name: N_A172:A149_N
ndb struct na base pair.pair number: 116
ndb struct na base pair.propeller: -4.05
ndb struct na base pair.shear: -3.586
ndb struct na base pair.stagger: 0.924
ndb struct na base pair.stretch: 2.262

A,A,173,1 555,A,G,147,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 173
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 147
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 25.964
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 8
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 174
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 148
ndb struct na base pair.opening: -38.577
ndb struct na base pair.pair name: N_A174:G148_N
ndb struct na base pair.pair number: 117
ndb struct na base pair.propeller: 15.428
ndb struct na base pair.shear: -0.95
ndb struct na base pair.stagger: -0.738
ndb struct na base pair.stretch: 1.524

A,C,174,1 555,A,G,146,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 174
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 146
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 26.933
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 175
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 147
ndb struct na base pair.opening: -1.297
ndb struct na base pair.pair name: N_C175:G147_N
ndb struct na base pair.pair number: 118
ndb struct na base pair.propeller: 5.555
ndb struct na base pair.shear: -0.464
ndb struct na base pair.stagger: -1.986
ndb struct na base pair.stretch: -0.296

A,C,175,1 555,A,G,145,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 175
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 145
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -12.078
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 176
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 146
ndb struct na base pair.opening: -3.797
ndb struct na base pair.pair name: N_C176:G146_N
ndb struct na base pair.pair number: 119
ndb struct na base pair.propeller: 7.37
ndb struct na base pair.shear: 1.297
ndb struct na base pair.stagger: -0.486
ndb struct na base pair.stretch: -0.384

A,G,176,1 555,A,G,144,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 176
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 144
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -1.911
ndb struct na base pair.hbond type 12: 3
ndb struct na base pair.hbond type 28: 6
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 177
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 145
ndb struct na base pair.opening: 96.789
ndb struct na base pair.pair name: N_G177:G145_N
ndb struct na base pair.pair number: 120
ndb struct na base pair.propeller: 7.849
ndb struct na base pair.shear: -0.523
ndb struct na base pair.stagger: -0.781
ndb struct na base pair.stretch: -4.082

A,C,177,1 555,A,G,143,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 177
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 143
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 10.897
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 178
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 144
ndb struct na base pair.opening: -12.217
ndb struct na base pair.pair name: N_C178:G144_N
ndb struct na base pair.pair number: 121
ndb struct na base pair.propeller: -24.788
ndb struct na base pair.shear: -0.842
ndb struct na base pair.stagger: -0.062
ndb struct na base pair.stretch: -0.327

A,A,178,1 555,A,A,195,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 178
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 195
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -16.925
ndb struct na base pair.hbond type 12: 4
ndb struct na base pair.hbond type 28: 5
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 179
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 196
ndb struct na base pair.opening: -119.31
ndb struct na base pair.pair name: N_A179:A196_N
ndb struct na base pair.pair number: 122
ndb struct na base pair.propeller: -24.146
ndb struct na base pair.shear: 4.444
ndb struct na base pair.stagger: -0.045
ndb struct na base pair.stretch: 1.133

A,U,179,1 555,A,A,194,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 179
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 194
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -1.663
ndb struct na base pair.hbond type 12: 4
ndb struct na base pair.hbond type 28: 24
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 180
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 195
ndb struct na base pair.opening: -107.74
ndb struct na base pair.pair name: N_U180:A195_N
ndb struct na base pair.pair number: 123
ndb struct na base pair.propeller: -45.345
ndb struct na base pair.shear: 4.028
ndb struct na base pair.stagger: -0.979
ndb struct na base pair.stretch: -2.092

A,G,183,1 555,A,C,192,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 183
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 192
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 19.561
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 184
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 193
ndb struct na base pair.opening: -21.503
ndb struct na base pair.pair name: N_G184:C193_N
ndb struct na base pair.pair number: 124
ndb struct na base pair.propeller: 9.405
ndb struct na base pair.shear: -1.362
ndb struct na base pair.stagger: -1.011
ndb struct na base pair.stretch: -0.657

A,U,184,1 555,A,A,191,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 184
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 191
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 6.861
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 185
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 192
ndb struct na base pair.opening: 4.693
ndb struct na base pair.pair name: N_U185:A192_N
ndb struct na base pair.pair number: 125
ndb struct na base pair.propeller: -15.804
ndb struct na base pair.shear: -0.875
ndb struct na base pair.stagger: -1.35
ndb struct na base pair.stretch: -0.263

A,C,185,1 555,A,G,190,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 185
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 190
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -12.534
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 186
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 191
ndb struct na base pair.opening: 1.963
ndb struct na base pair.pair name: N_C186:G191_N
ndb struct na base pair.pair number: 126
ndb struct na base pair.propeller: 1.436
ndb struct na base pair.shear: 1.396
ndb struct na base pair.stagger: 0.776
ndb struct na base pair.stretch: -0.681

A,G,186,1 555,A,A,189,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 186
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 189
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 24.898
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 187
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 190
ndb struct na base pair.opening: -26.431
ndb struct na base pair.pair name: N_G187:A190_N
ndb struct na base pair.pair number: 127
ndb struct na base pair.propeller: -5.888
ndb struct na base pair.shear: 7.132
ndb struct na base pair.stagger: 0.384
ndb struct na base pair.stretch: -5.589

A,G,200,1 555,A,U,215,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 200
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 215
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 8.709
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 201
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 216
ndb struct na base pair.opening: 28.2
ndb struct na base pair.pair name: N_G201:U216_N
ndb struct na base pair.pair number: 128
ndb struct na base pair.propeller: -13.303
ndb struct na base pair.shear: -2.363
ndb struct na base pair.stagger: 0.435
ndb struct na base pair.stretch: 0.288

A,G,201,1 555,A,C,214,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 201
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 214
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 17.431
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 202
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 215
ndb struct na base pair.opening: -5.741
ndb struct na base pair.pair name: N_G202:C215_N
ndb struct na base pair.pair number: 129
ndb struct na base pair.propeller: -25.645
ndb struct na base pair.shear: 0.936
ndb struct na base pair.stagger: 0.546
ndb struct na base pair.stretch: -0.392

A,G,203,1 555,A,G,202,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 203
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 202
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 47.431
ndb struct na base pair.hbond type 12: 3
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 204
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 203
ndb struct na base pair.opening: -27.255
ndb struct na base pair.pair name: N_G204:G203_N
ndb struct na base pair.pair number: 130
ndb struct na base pair.propeller: -10.572
ndb struct na base pair.shear: -5.712
ndb struct na base pair.stagger: 1.123
ndb struct na base pair.stretch: -2.79

A,A,204,1 555,A,C,213,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 204
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 213
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -18.204
ndb struct na base pair.hbond type 12: 6
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 205
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 214
ndb struct na base pair.opening: -16.791
ndb struct na base pair.pair name: N_A205:C214_N
ndb struct na base pair.pair number: 131
ndb struct na base pair.propeller: 14.356
ndb struct na base pair.shear: -6.714
ndb struct na base pair.stagger: -0.54
ndb struct na base pair.stretch: -4.802

A,C,205,1 555,A,G,212,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 205
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 212
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 14.85
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 206
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 213
ndb struct na base pair.opening: -29.523
ndb struct na base pair.pair name: N_C206:G213_N
ndb struct na base pair.pair number: 132
ndb struct na base pair.propeller: 5.22
ndb struct na base pair.shear: 0.972
ndb struct na base pair.stagger: -0.512
ndb struct na base pair.stretch: -0.388

A,U,207,1 555,A,G,211,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 207
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 211
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 52.754
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 208
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 212
ndb struct na base pair.opening: 10.193
ndb struct na base pair.pair name: N_U208:G212_N
ndb struct na base pair.pair number: 133
ndb struct na base pair.propeller: -14.459
ndb struct na base pair.shear: -3.526
ndb struct na base pair.stagger: 0.176
ndb struct na base pair.stretch: 0.725

A,G,246,1 555,A,C,276,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 246
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 276
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -12.361
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 247
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 277
ndb struct na base pair.opening: 4.427
ndb struct na base pair.pair name: N_G247:C277_N
ndb struct na base pair.pair number: 134
ndb struct na base pair.propeller: -8.108
ndb struct na base pair.shear: -1.445
ndb struct na base pair.stagger: -1.402
ndb struct na base pair.stretch: -0.553

A,C,247,1 555,A,G,275,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 247
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 275
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -23.411
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 248
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 276
ndb struct na base pair.opening: 2.273
ndb struct na base pair.pair name: N_C248:G276_N
ndb struct na base pair.pair number: 135
ndb struct na base pair.propeller: 13.833
ndb struct na base pair.shear: 0.998
ndb struct na base pair.stagger: 0.616
ndb struct na base pair.stretch: -0.163

A,U,248,1 555,A,G,274,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 248
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 274
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -3.435
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 28
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 249
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 275
ndb struct na base pair.opening: -2.904
ndb struct na base pair.pair name: N_U249:G275_N
ndb struct na base pair.pair number: 136
ndb struct na base pair.propeller: 12.558
ndb struct na base pair.shear: 2.076
ndb struct na base pair.stagger: -1.659
ndb struct na base pair.stretch: -0.852

A,U,251,1 555,A,A,273,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 251
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 273
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 19.46
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 252
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 274
ndb struct na base pair.opening: 14.005
ndb struct na base pair.pair name: N_U252:A274_N
ndb struct na base pair.pair number: 137
ndb struct na base pair.propeller: -30.408
ndb struct na base pair.shear: -1.188
ndb struct na base pair.stagger: 0.389
ndb struct na base pair.stretch: 0.133

A,A,252,1 555,A,U,272,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 252
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 272
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -6.243
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 253
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 273
ndb struct na base pair.opening: -0.369
ndb struct na base pair.pair name: N_A253:U273_N
ndb struct na base pair.pair number: 138
ndb struct na base pair.propeller: -24.043
ndb struct na base pair.shear: -1.018
ndb struct na base pair.stagger: -0.617
ndb struct na base pair.stretch: -0.622

A,G,253,1 555,A,C,271,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 253
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 271
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -5.511
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 254
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 272
ndb struct na base pair.opening: -3.305
ndb struct na base pair.pair name: N_G254:C272_N
ndb struct na base pair.pair number: 139
ndb struct na base pair.propeller: -16.479
ndb struct na base pair.shear: -0.664
ndb struct na base pair.stagger: -0.162
ndb struct na base pair.stretch: -0.38

A,G,254,1 555,A,C,270,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 254
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 270
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 7.142
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 255
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 271
ndb struct na base pair.opening: 0.487
ndb struct na base pair.pair name: N_G255:C271_N
ndb struct na base pair.pair number: 140
ndb struct na base pair.propeller: -5.192
ndb struct na base pair.shear: -1.572
ndb struct na base pair.stagger: 0.079
ndb struct na base pair.stretch: -0.645

A,U,255,1 555,A,A,269,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 255
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 269
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -1.147
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 256
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 270
ndb struct na base pair.opening: -0.081
ndb struct na base pair.pair name: N_U256:A270_N
ndb struct na base pair.pair number: 141
ndb struct na base pair.propeller: -20.223
ndb struct na base pair.shear: 1.263
ndb struct na base pair.stagger: -0.117
ndb struct na base pair.stretch: -0.479

A,G,256,1 555,A,C,268,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 256
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 268
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -31.547
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 257
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 269
ndb struct na base pair.opening: 0.223
ndb struct na base pair.pair name: N_G257:C269_N
ndb struct na base pair.pair number: 142
ndb struct na base pair.propeller: -27.75
ndb struct na base pair.shear: -0.971
ndb struct na base pair.stagger: -0.821
ndb struct na base pair.stretch: -0.286

A,G,257,1 555,A,U,267,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 257
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 267
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -12.235
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 28
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 258
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 268
ndb struct na base pair.opening: 3.686
ndb struct na base pair.pair name: N_G258:U268_N
ndb struct na base pair.pair number: 143
ndb struct na base pair.propeller: -21.478
ndb struct na base pair.shear: -2.273
ndb struct na base pair.stagger: -0.138
ndb struct na base pair.stretch: -0.678

A,G,259,1 555,A,C,266,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 259
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 266
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -48.195
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 260
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 267
ndb struct na base pair.opening: 32.376
ndb struct na base pair.pair name: N_G260:C267_N
ndb struct na base pair.pair number: 144
ndb struct na base pair.propeller: 4.646
ndb struct na base pair.shear: 0.813
ndb struct na base pair.stagger: 1.413
ndb struct na base pair.stretch: -0.399

A,G,277,1 555,A,A,278,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 277
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 278
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -27.395
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 278
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 279
ndb struct na base pair.opening: 20.569
ndb struct na base pair.pair name: N_G278:A279_N
ndb struct na base pair.pair number: 145
ndb struct na base pair.propeller: -31.093
ndb struct na base pair.shear: 6.803
ndb struct na base pair.stagger: -0.769
ndb struct na base pair.stretch: 3.814

A,G,292,1 555,A,U,303,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 292
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 303
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 22.483
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 28
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 293
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 304
ndb struct na base pair.opening: 7.07
ndb struct na base pair.pair name: N_G293:U304_N
ndb struct na base pair.pair number: 146
ndb struct na base pair.propeller: -27.97
ndb struct na base pair.shear: -2.183
ndb struct na base pair.stagger: 0.782
ndb struct na base pair.stretch: -0.37

A,U,293,1 555,A,A,302,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 293
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 302
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -0.024
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 294
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 303
ndb struct na base pair.opening: 16.838
ndb struct na base pair.pair name: N_U294:A303_N
ndb struct na base pair.pair number: 147
ndb struct na base pair.propeller: -26.365
ndb struct na base pair.shear: -0.818
ndb struct na base pair.stagger: 0.822
ndb struct na base pair.stretch: -0.111

A,C,294,1 555,A,G,301,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 294
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 301
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -9.755
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 295
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 302
ndb struct na base pair.opening: 4.874
ndb struct na base pair.pair name: N_C295:G302_N
ndb struct na base pair.pair number: 148
ndb struct na base pair.propeller: -16.252
ndb struct na base pair.shear: 0.897
ndb struct na base pair.stagger: 0.104
ndb struct na base pair.stretch: -0.306

A,U,295,1 555,A,G,300,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 295
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 300
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -0.738
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 28
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 296
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 301
ndb struct na base pair.opening: 9.344
ndb struct na base pair.pair name: N_U296:G301_N
ndb struct na base pair.pair number: 149
ndb struct na base pair.propeller: -9.383
ndb struct na base pair.shear: 2.23
ndb struct na base pair.stagger: 0.137
ndb struct na base pair.stretch: -0.432

A,G,296,1 555,A,A,299,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 296
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 299
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 8.991
ndb struct na base pair.hbond type 12: 10
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 297
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 300
ndb struct na base pair.opening: -31.535
ndb struct na base pair.pair name: N_G297:A300_N
ndb struct na base pair.pair number: 150
ndb struct na base pair.propeller: -9.473
ndb struct na base pair.shear: 7.19
ndb struct na base pair.stagger: 0.401
ndb struct na base pair.stretch: -5.41

A,G,565,1 555,A,G,298,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 565
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 298
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -46.441
ndb struct na base pair.hbond type 12: 3
ndb struct na base pair.hbond type 28: 6
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 566
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 299
ndb struct na base pair.opening: 97.852
ndb struct na base pair.pair name: N_G566:G299_N
ndb struct na base pair.pair number: 151
ndb struct na base pair.propeller: 8.527
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ndb struct na base pair.stagger: 0.314
ndb struct na base pair.stretch: -2.435

A,U,389,1 555,A,A,370,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 389
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 370
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 20.71
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 390
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 371
ndb struct na base pair.opening: 1.733
ndb struct na base pair.pair name: N_U390:A371_N
ndb struct na base pair.pair number: 152
ndb struct na base pair.propeller: -25.717
ndb struct na base pair.shear: -0.731
ndb struct na base pair.stagger: 1.212
ndb struct na base pair.stretch: -0.209

A,G,390,1 555,A,C,369,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 390
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 369
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 13.235
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 391
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 370
ndb struct na base pair.opening: -8.043
ndb struct na base pair.pair name: N_G391:C370_N
ndb struct na base pair.pair number: 153
ndb struct na base pair.propeller: -30.235
ndb struct na base pair.shear: -1.186
ndb struct na base pair.stagger: 0.855
ndb struct na base pair.stretch: -0.761

A,C,391,1 555,A,G,368,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 391
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 368
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 19.444
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 392
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 369
ndb struct na base pair.opening: -0.303
ndb struct na base pair.pair name: N_C392:G369_N
ndb struct na base pair.pair number: 154
ndb struct na base pair.propeller: -19.036
ndb struct na base pair.shear: -0.715
ndb struct na base pair.stagger: 0.171
ndb struct na base pair.stretch: -0.022

A,A,392,1 555,A,U,366,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 392
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 366
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 11.355
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 393
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 367
ndb struct na base pair.opening: 18.774
ndb struct na base pair.pair name: N_A393:U367_N
ndb struct na base pair.pair number: 155
ndb struct na base pair.propeller: -6.151
ndb struct na base pair.shear: 0.986
ndb struct na base pair.stagger: 0.128
ndb struct na base pair.stretch: 0.003

A,G,393,1 555,A,A,365,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 393
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 365
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 10.338
ndb struct na base pair.hbond type 12: 5
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 394
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 366
ndb struct na base pair.opening: 62.783
ndb struct na base pair.pair name: N_G394:A366_N
ndb struct na base pair.pair number: 156
ndb struct na base pair.propeller: 9.05
ndb struct na base pair.shear: -4.511
ndb struct na base pair.stagger: -1.864
ndb struct na base pair.stretch: 1.013

A,C,394,1 555,A,G,45,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 394
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 45
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 1.491
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 395
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 46
ndb struct na base pair.opening: 2.004
ndb struct na base pair.pair name: N_C395:G46_N
ndb struct na base pair.pair number: 157
ndb struct na base pair.propeller: -12.863
ndb struct na base pair.shear: 1.268
ndb struct na base pair.stagger: -1.188
ndb struct na base pair.stretch: -0.744

A,C,395,1 555,A,G,44,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 395
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 44
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -24.346
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 396
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 45
ndb struct na base pair.opening: -7.978
ndb struct na base pair.pair name: N_C396:G45_N
ndb struct na base pair.pair number: 158
ndb struct na base pair.propeller: 4.926
ndb struct na base pair.shear: 1.084
ndb struct na base pair.stagger: 1.009
ndb struct na base pair.stretch: -0.678

A,U,397,1 555,A,A,43,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 397
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 43
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 12.345
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 398
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 44
ndb struct na base pair.opening: 14.327
ndb struct na base pair.pair name: N_U398:A44_N
ndb struct na base pair.pair number: 159
ndb struct na base pair.propeller: 0.873
ndb struct na base pair.shear: -1.452
ndb struct na base pair.stagger: -0.081
ndb struct na base pair.stretch: -0.171

A,G,398,1 555,A,C,42,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 398
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 42
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -7.357
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 399
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 43
ndb struct na base pair.opening: 11.097
ndb struct na base pair.pair name: N_G399:C43_N
ndb struct na base pair.pair number: 160
ndb struct na base pair.propeller: -17.36
ndb struct na base pair.shear: 0.708
ndb struct na base pair.stagger: -1.136
ndb struct na base pair.stretch: -0.115

A,C,399,1 555,A,G,41,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 399
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 41
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -24.326
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 400
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 42
ndb struct na base pair.opening: 0.099
ndb struct na base pair.pair name: N_C400:G42_N
ndb struct na base pair.pair number: 161
ndb struct na base pair.propeller: -13.91
ndb struct na base pair.shear: 1.114
ndb struct na base pair.stagger: 0.053
ndb struct na base pair.stretch: -0.505

A,C,400,1 555,A,G,40,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 400
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 40
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -8.504
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 401
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 41
ndb struct na base pair.opening: -10.41
ndb struct na base pair.pair name: N_C401:G41_N
ndb struct na base pair.pair number: 162
ndb struct na base pair.propeller: 7.824
ndb struct na base pair.shear: 0.724
ndb struct na base pair.stagger: 0.474
ndb struct na base pair.stretch: -0.423

A,G,401,1 555,A,C,39,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 401
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 39
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 11.65
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 402
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 40
ndb struct na base pair.opening: -9.66
ndb struct na base pair.pair name: N_G402:C40_N
ndb struct na base pair.pair number: 163
ndb struct na base pair.propeller: 1.459
ndb struct na base pair.shear: -0.85
ndb struct na base pair.stagger: -0.207
ndb struct na base pair.stretch: -0.421

A,C,402,1 555,A,G,38,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 402
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 38
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 12.122
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 403
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 39
ndb struct na base pair.opening: -18.128
ndb struct na base pair.pair name: N_C403:G39_N
ndb struct na base pair.pair number: 164
ndb struct na base pair.propeller: 23.856
ndb struct na base pair.shear: -0.907
ndb struct na base pair.stagger: -0.93
ndb struct na base pair.stretch: -0.419

A,G,403,1 555,A,A,498,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 403
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 498
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -30.018
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 404
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 499
ndb struct na base pair.opening: -105.043
ndb struct na base pair.pair name: N_G404:A499_N
ndb struct na base pair.pair number: 165
ndb struct na base pair.propeller: -25.444
ndb struct na base pair.shear: 0.946
ndb struct na base pair.stagger: 0.195
ndb struct na base pair.stretch: 4.292

A,G,422,1 555,A,U,419,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 422
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 419
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 30.578
ndb struct na base pair.hbond type 12: 2
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 423
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 420
ndb struct na base pair.opening: 131.257
ndb struct na base pair.pair name: N_G423:U420_N
ndb struct na base pair.pair number: 166
ndb struct na base pair.propeller: 16.278
ndb struct na base pair.shear: -0.063
ndb struct na base pair.stagger: -0.11
ndb struct na base pair.stretch: 6.347

A,G,423,1 555,A,C,418,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 423
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 418
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -10.019
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 424
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 419
ndb struct na base pair.opening: 0.302
ndb struct na base pair.pair name: N_G424:C419_N
ndb struct na base pair.pair number: 167
ndb struct na base pair.propeller: -3.182
ndb struct na base pair.shear: -1.485
ndb struct na base pair.stagger: -0.783
ndb struct na base pair.stretch: -0.464

A,G,424,1 555,A,C,417,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 424
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 417
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -9.046
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 425
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 418
ndb struct na base pair.opening: 9.705
ndb struct na base pair.pair name: N_G425:C418_N
ndb struct na base pair.pair number: 168
ndb struct na base pair.propeller: -16.277
ndb struct na base pair.shear: 0.273
ndb struct na base pair.stagger: -1.402
ndb struct na base pair.stretch: -0.264

A,U,425,1 555,A,G,416,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 425
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 416
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 7.048
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 28
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 426
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 417
ndb struct na base pair.opening: 5.704
ndb struct na base pair.pair name: N_U426:G417_N
ndb struct na base pair.pair number: 169
ndb struct na base pair.propeller: -15.936
ndb struct na base pair.shear: 2.81
ndb struct na base pair.stagger: -1.361
ndb struct na base pair.stretch: -1.172

A,U,426,1 555,A,G,415,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 426
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 415
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 17.874
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 28
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 427
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 416
ndb struct na base pair.opening: -1.774
ndb struct na base pair.pair name: N_U427:G416_N
ndb struct na base pair.pair number: 170
ndb struct na base pair.propeller: -13.474
ndb struct na base pair.shear: 2.228
ndb struct na base pair.stagger: -1.024
ndb struct na base pair.stretch: -0.755

A,G,427,1 555,A,A,414,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 427
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 414
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -40.763
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 428
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 415
ndb struct na base pair.opening: -129.255
ndb struct na base pair.pair name: N_G428:A415_N
ndb struct na base pair.pair number: 171
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ndb struct na base pair.shear: -2.653
ndb struct na base pair.stagger: 1.091
ndb struct na base pair.stretch: 5.743

A,A,429,1 555,A,A,413,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 429
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 413
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 2.524
ndb struct na base pair.hbond type 12: 4
ndb struct na base pair.hbond type 28: 5
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 430
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 414
ndb struct na base pair.opening: -120.56
ndb struct na base pair.pair name: N_A430:A414_N
ndb struct na base pair.pair number: 172
ndb struct na base pair.propeller: -35.109
ndb struct na base pair.shear: 3.687
ndb struct na base pair.stagger: -0.42
ndb struct na base pair.stretch: 1.694

A,A,430,1 555,A,U,428,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 430
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 428
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 20.436
ndb struct na base pair.hbond type 12: 3
ndb struct na base pair.hbond type 28: 23
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 431
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 429
ndb struct na base pair.opening: 63.351
ndb struct na base pair.pair name: N_A431:U429_N
ndb struct na base pair.pair number: 173
ndb struct na base pair.propeller: -9.354
ndb struct na base pair.shear: -0.309
ndb struct na base pair.stagger: -1.592
ndb struct na base pair.stretch: -2.985

A,A,431,1 555,A,G,409,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 431
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 409
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 23.775
ndb struct na base pair.hbond type 12: 9
ndb struct na base pair.hbond type 28: 11
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 432
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 410
ndb struct na base pair.opening: 1.899
ndb struct na base pair.pair name: N_A432:G410_N
ndb struct na base pair.pair number: 174
ndb struct na base pair.propeller: -10.006
ndb struct na base pair.shear: -6.544
ndb struct na base pair.stagger: -0.219
ndb struct na base pair.stretch: -3.882

A,G,432,1 555,A,U,408,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 432
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 408
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -4.996
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 28
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 433
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 409
ndb struct na base pair.opening: 19.968
ndb struct na base pair.pair name: N_G433:U409_N
ndb struct na base pair.pair number: 175
ndb struct na base pair.propeller: -15.653
ndb struct na base pair.shear: -2.68
ndb struct na base pair.stagger: -0.953
ndb struct na base pair.stretch: -0.33

A,U,433,1 555,A,A,407,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 433
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 407
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -3.372
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 434
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 408
ndb struct na base pair.opening: 15.416
ndb struct na base pair.pair name: N_U434:A408_N
ndb struct na base pair.pair number: 176
ndb struct na base pair.propeller: -13.075
ndb struct na base pair.shear: 0.788
ndb struct na base pair.stagger: -0.525
ndb struct na base pair.stretch: -0.048

A,A,434,1 555,A,U,406,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 434
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 406
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -29.431
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 435
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 407
ndb struct na base pair.opening: 12.602
ndb struct na base pair.pair name: N_A435:U407_N
ndb struct na base pair.pair number: 177
ndb struct na base pair.propeller: -19.487
ndb struct na base pair.shear: 1.106
ndb struct na base pair.stagger: -0.071
ndb struct na base pair.stretch: 0.263

A,C,435,1 555,A,G,405,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 435
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 405
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -19.658
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 436
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 406
ndb struct na base pair.opening: 0.295
ndb struct na base pair.pair name: N_C436:G406_N
ndb struct na base pair.pair number: 178
ndb struct na base pair.propeller: -5.801
ndb struct na base pair.shear: 1.563
ndb struct na base pair.stagger: 0.878
ndb struct na base pair.stretch: -0.459

A,U,436,1 555,A,A,494,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 436
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 494
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 10.078
ndb struct na base pair.hbond type 12: 4
ndb struct na base pair.hbond type 28: 24
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 437
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 495
ndb struct na base pair.opening: -81.107
ndb struct na base pair.pair name: N_U437:A495_N
ndb struct na base pair.pair number: 179
ndb struct na base pair.propeller: -13.075
ndb struct na base pair.shear: 4.163
ndb struct na base pair.stagger: 0.784
ndb struct na base pair.stretch: -2.918

A,U,438,1 555,A,A,497,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 438
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 497
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 12.955
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 439
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 498
ndb struct na base pair.opening: -53.241
ndb struct na base pair.pair name: N_U439:A498_N
ndb struct na base pair.pair number: 180
ndb struct na base pair.propeller: -5.663
ndb struct na base pair.shear: -0.407
ndb struct na base pair.stagger: -1.892
ndb struct na base pair.stretch: 1.658

A,C,439,1 555,A,A,495,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 439
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 495
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 23.166
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 440
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 496
ndb struct na base pair.opening: -57.253
ndb struct na base pair.pair name: N_C440:A496_N
ndb struct na base pair.pair number: 181
ndb struct na base pair.propeller: -20.064
ndb struct na base pair.shear: 0.807
ndb struct na base pair.stagger: 1.079
ndb struct na base pair.stretch: 0.24

A,A,440,1 555,A,G,493,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 440
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 493
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -35.886
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 8
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 441
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 494
ndb struct na base pair.opening: -29.608
ndb struct na base pair.pair name: N_A441:G494_N
ndb struct na base pair.pair number: 182
ndb struct na base pair.propeller: -2.558
ndb struct na base pair.shear: 1.234
ndb struct na base pair.stagger: 1.017
ndb struct na base pair.stretch: 1.219

A,G,441,1 555,A,C,491,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 441
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 491
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -14.725
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 442
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 492
ndb struct na base pair.opening: 3.529
ndb struct na base pair.pair name: N_G442:C492_N
ndb struct na base pair.pair number: 183
ndb struct na base pair.propeller: 7.657
ndb struct na base pair.shear: 0.434
ndb struct na base pair.stagger: -0.031
ndb struct na base pair.stretch: -0.065

A,C,442,1 555,A,G,490,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 442
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 490
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 9.708
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 443
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 491
ndb struct na base pair.opening: 0.825
ndb struct na base pair.pair name: N_C443:G491_N
ndb struct na base pair.pair number: 184
ndb struct na base pair.propeller: -4.548
ndb struct na base pair.shear: 1.558
ndb struct na base pair.stagger: -0.04
ndb struct na base pair.stretch: -0.667

A,G,443,1 555,A,C,489,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 443
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 489
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -7.351
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 444
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 490
ndb struct na base pair.opening: -9.948
ndb struct na base pair.pair name: N_G444:C490_N
ndb struct na base pair.pair number: 185
ndb struct na base pair.propeller: -7.394
ndb struct na base pair.shear: -1.47
ndb struct na base pair.stagger: -0.388
ndb struct na base pair.stretch: -0.661

A,G,444,1 555,A,C,488,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 444
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 488
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -2.982
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 445
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 489
ndb struct na base pair.opening: 2.949
ndb struct na base pair.pair name: N_G445:C489_N
ndb struct na base pair.pair number: 186
ndb struct na base pair.propeller: -13.043
ndb struct na base pair.shear: -1.163
ndb struct na base pair.stagger: -0.396
ndb struct na base pair.stretch: -0.298

A,G,445,1 555,A,C,487,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 445
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 487
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -13.381
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 446
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 488
ndb struct na base pair.opening: 6.147
ndb struct na base pair.pair name: N_G446:C488_N
ndb struct na base pair.pair number: 187
ndb struct na base pair.propeller: -4.845
ndb struct na base pair.shear: 0.581
ndb struct na base pair.stagger: -1.214
ndb struct na base pair.stretch: -0.123

A,G,446,1 555,A,A,486,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 446
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 486
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -24.606
ndb struct na base pair.hbond type 12: 10
ndb struct na base pair.hbond type 28: 11
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 447
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 487
ndb struct na base pair.opening: -5.977
ndb struct na base pair.pair name: N_G447:A487_N
ndb struct na base pair.pair number: 188
ndb struct na base pair.propeller: -25.664
ndb struct na base pair.shear: 6.568
ndb struct na base pair.stagger: -1.116
ndb struct na base pair.stretch: -4.081

A,A,447,1 555,A,U,485,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 447
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 485
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -13.31
ndb struct na base pair.hbond type 12: 4
ndb struct na base pair.hbond type 28: 24
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 448
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 486
ndb struct na base pair.opening: -106.3
ndb struct na base pair.pair name: N_A448:U486_N
ndb struct na base pair.pair number: 189
ndb struct na base pair.propeller: -14.698
ndb struct na base pair.shear: -3.854
ndb struct na base pair.stagger: 0.177
ndb struct na base pair.stretch: -1.133

A,G,448,1 555,A,G,483,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 448
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 483
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 8.519
ndb struct na base pair.hbond type 12: 2
ndb struct na base pair.hbond type 28: 3
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 449
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 484
ndb struct na base pair.opening: 176.33
ndb struct na base pair.pair name: N_G449:G484_N
ndb struct na base pair.pair number: 190
ndb struct na base pair.propeller: 3.146
ndb struct na base pair.shear: -1.037
ndb struct na base pair.stagger: -0.057
ndb struct na base pair.stretch: -1.856

A,G,449,1 555,A,C,482,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 449
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 482
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 22.779
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 450
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 483
ndb struct na base pair.opening: -5.047
ndb struct na base pair.pair name: N_G450:C483_N
ndb struct na base pair.pair number: 191
ndb struct na base pair.propeller: -9.74
ndb struct na base pair.shear: 1.144
ndb struct na base pair.stagger: 0.082
ndb struct na base pair.stretch: -0.116

A,A,372,1 555,A,G,480,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 372
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 480
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 20.819
ndb struct na base pair.hbond type 12: 6
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 373
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 481
ndb struct na base pair.opening: 158.503
ndb struct na base pair.pair name: N_A373:G481_N
ndb struct na base pair.pair number: 192
ndb struct na base pair.propeller: 60.266
ndb struct na base pair.shear: 4.005
ndb struct na base pair.stagger: -1.552
ndb struct na base pair.stretch: 6.874

A,U,374,1 555,A,A,388,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 374
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 388
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -21.958
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 375
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 389
ndb struct na base pair.opening: -3.735
ndb struct na base pair.pair name: N_U375:A389_N
ndb struct na base pair.pair number: 193
ndb struct na base pair.propeller: -27.3
ndb struct na base pair.shear: 0.86
ndb struct na base pair.stagger: 0.869
ndb struct na base pair.stretch: -0.389

A,G,375,1 555,A,U,386,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 375
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 386
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -20.557
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 28
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 376
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 387
ndb struct na base pair.opening: -10.445
ndb struct na base pair.pair name: N_G376:U387_N
ndb struct na base pair.pair number: 194
ndb struct na base pair.propeller: -17.322
ndb struct na base pair.shear: -1.781
ndb struct na base pair.stagger: -0.12
ndb struct na base pair.stretch: -0.743

A,G,376,1 555,A,C,385,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 376
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 385
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 3.294
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 377
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 386
ndb struct na base pair.opening: -3.755
ndb struct na base pair.pair name: N_G377:C386_N
ndb struct na base pair.pair number: 195
ndb struct na base pair.propeller: 0.942
ndb struct na base pair.shear: -0.544
ndb struct na base pair.stagger: 0.918
ndb struct na base pair.stretch: -0.425

A,G,377,1 555,A,C,384,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 377
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 384
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 12.691
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 378
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 385
ndb struct na base pair.opening: -7.647
ndb struct na base pair.pair name: N_G378:C385_N
ndb struct na base pair.pair number: 196
ndb struct na base pair.propeller: -21.914
ndb struct na base pair.shear: -0.466
ndb struct na base pair.stagger: -0.787
ndb struct na base pair.stretch: -0.613

A,C,378,1 555,A,G,383,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 378
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 383
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 9.582
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 379
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 384
ndb struct na base pair.opening: -1.326
ndb struct na base pair.pair name: N_C379:G384_N
ndb struct na base pair.pair number: 197
ndb struct na base pair.propeller: -20.333
ndb struct na base pair.shear: 1.444
ndb struct na base pair.stagger: 0.267
ndb struct na base pair.stretch: -0.625

A,G,379,1 555,A,A,382,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 379
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 382
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 18.827
ndb struct na base pair.hbond type 12: 10
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 380
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 383
ndb struct na base pair.opening: -32.615
ndb struct na base pair.pair name: N_G380:A383_N
ndb struct na base pair.pair number: 198
ndb struct na base pair.propeller: -10.707
ndb struct na base pair.shear: 7.397
ndb struct na base pair.stagger: -0.582
ndb struct na base pair.stretch: -5.655

A,A,451,1 555,A,U,479,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 451
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 479
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -12.065
ndb struct na base pair.hbond type 12: 4
ndb struct na base pair.hbond type 28: 24
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 452
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 480
ndb struct na base pair.opening: -91.807
ndb struct na base pair.pair name: N_A452:U480_N
ndb struct na base pair.pair number: 199
ndb struct na base pair.propeller: 21.099
ndb struct na base pair.shear: -3.797
ndb struct na base pair.stagger: 1.332
ndb struct na base pair.stretch: -2.06

A,G,452,1 555,A,U,478,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 452
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 478
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 20.193
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 453
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 479
ndb struct na base pair.opening: -28.941
ndb struct na base pair.pair name: N_G453:U479_N
ndb struct na base pair.pair number: 200
ndb struct na base pair.propeller: 1.714
ndb struct na base pair.shear: -3.715
ndb struct na base pair.stagger: 0.427
ndb struct na base pair.stretch: -1.14

A,G,453,1 555,A,A,477,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 453
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 477
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 32.039
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 454
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 478
ndb struct na base pair.opening: -10.412
ndb struct na base pair.pair name: N_G454:A478_N
ndb struct na base pair.pair number: 201
ndb struct na base pair.propeller: -11.882
ndb struct na base pair.shear: -1.916
ndb struct na base pair.stagger: -0.856
ndb struct na base pair.stretch: 1.086

A,G,454,1 555,A,C,476,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 454
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 476
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 3.188
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 455
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 477
ndb struct na base pair.opening: -6.336
ndb struct na base pair.pair name: N_G455:C477_N
ndb struct na base pair.pair number: 202
ndb struct na base pair.propeller: -24.299
ndb struct na base pair.shear: -1.573
ndb struct na base pair.stagger: 0.276
ndb struct na base pair.stretch: -0.691

A,A,455,1 555,A,U,475,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 455
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 475
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 8.633
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 456
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 476
ndb struct na base pair.opening: 17.29
ndb struct na base pair.pair name: N_A456:U476_N
ndb struct na base pair.pair number: 203
ndb struct na base pair.propeller: -16.357
ndb struct na base pair.shear: 0.692
ndb struct na base pair.stagger: 1.113
ndb struct na base pair.stretch: 0.032

A,G,456,1 555,A,C,474,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 456
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 474
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -33.818
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 457
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 475
ndb struct na base pair.opening: -7.748
ndb struct na base pair.pair name: N_G457:C475_N
ndb struct na base pair.pair number: 204
ndb struct na base pair.propeller: -21.105
ndb struct na base pair.shear: -0.775
ndb struct na base pair.stagger: -2
ndb struct na base pair.stretch: -0.869

A,U,457,1 555,A,G,473,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 457
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 473
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -27.267
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 28
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 458
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 474
ndb struct na base pair.opening: -8.707
ndb struct na base pair.pair name: N_U458:G474_N
ndb struct na base pair.pair number: 205
ndb struct na base pair.propeller: 0.618
ndb struct na base pair.shear: 1.166
ndb struct na base pair.stagger: -0.763
ndb struct na base pair.stretch: -0.541

A,A,458,1 555,A,U,472,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 458
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 472
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -33.813
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 459
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 473
ndb struct na base pair.opening: 22.086
ndb struct na base pair.pair name: N_A459:U473_N
ndb struct na base pair.pair number: 206
ndb struct na base pair.propeller: 4.625
ndb struct na base pair.shear: -0.46
ndb struct na base pair.stagger: 0.065
ndb struct na base pair.stretch: 0.238

A,A,459,1 555,A,U,470,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 459
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 470
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -24.352
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 460
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 471
ndb struct na base pair.opening: 24.812
ndb struct na base pair.pair name: N_A460:U471_N
ndb struct na base pair.pair number: 207
ndb struct na base pair.propeller: -13.643
ndb struct na base pair.shear: -0.314
ndb struct na base pair.stagger: 0.626
ndb struct na base pair.stretch: 0.46

A,G,461,1 555,A,C,469,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 461
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 469
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -55.114
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 462
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 470
ndb struct na base pair.opening: -7.887
ndb struct na base pair.pair name: N_G462:C470_N
ndb struct na base pair.pair number: 208
ndb struct na base pair.propeller: -28.531
ndb struct na base pair.shear: 1.115
ndb struct na base pair.stagger: -0.605
ndb struct na base pair.stretch: 0.551

A,G,499,1 555,A,C,544,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 499
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 544
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -1.949
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 500
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 545
ndb struct na base pair.opening: -10.962
ndb struct na base pair.pair name: N_G500:C545_N
ndb struct na base pair.pair number: 209
ndb struct na base pair.propeller: -13.312
ndb struct na base pair.shear: -1.302
ndb struct na base pair.stagger: 0.575
ndb struct na base pair.stretch: -0.658

A,C,500,1 555,A,G,543,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 500
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 543
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 21.206
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 501
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 544
ndb struct na base pair.opening: 0.779
ndb struct na base pair.pair name: N_C501:G544_N
ndb struct na base pair.pair number: 210
ndb struct na base pair.propeller: -12.693
ndb struct na base pair.shear: -0.64
ndb struct na base pair.stagger: 0.429
ndb struct na base pair.stretch: -0.101

A,A,501,1 555,A,U,542,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 501
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 542
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 15.414
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 502
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 543
ndb struct na base pair.opening: 1.186
ndb struct na base pair.pair name: N_A502:U543_N
ndb struct na base pair.pair number: 211
ndb struct na base pair.propeller: -12.749
ndb struct na base pair.shear: -1.069
ndb struct na base pair.stagger: -0.388
ndb struct na base pair.stretch: -0.463

A,C,502,1 555,A,G,541,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 502
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 541
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 18.603
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 503
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 542
ndb struct na base pair.opening: -5.056
ndb struct na base pair.pair name: N_C503:G542_N
ndb struct na base pair.pair number: 212
ndb struct na base pair.propeller: -11.36
ndb struct na base pair.shear: -0.811
ndb struct na base pair.stagger: -0.606
ndb struct na base pair.stretch: -0.038

A,C,503,1 555,A,G,540,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 503
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 540
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 6.116
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 504
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 541
ndb struct na base pair.opening: -1.99
ndb struct na base pair.pair name: N_C504:G541_N
ndb struct na base pair.pair number: 213
ndb struct na base pair.propeller: -8.174
ndb struct na base pair.shear: 1.474
ndb struct na base pair.stagger: -0.759
ndb struct na base pair.stretch: -0.58

A,C,510,1 555,A,G,539,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 510
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 539
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 4.235
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 511
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 540
ndb struct na base pair.opening: -2.382
ndb struct na base pair.pair name: N_C511:G540_N
ndb struct na base pair.pair number: 214
ndb struct na base pair.propeller: -11.762
ndb struct na base pair.shear: -0.191
ndb struct na base pair.stagger: 0.53
ndb struct na base pair.stretch: -0.218

A,U,511,1 555,A,A,538,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 511
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 538
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -9.673
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 512
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 539
ndb struct na base pair.opening: -5.366
ndb struct na base pair.pair name: N_U512:A539_N
ndb struct na base pair.pair number: 215
ndb struct na base pair.propeller: -16.045
ndb struct na base pair.shear: 0.982
ndb struct na base pair.stagger: 0.991
ndb struct na base pair.stretch: -0.578

A,C,512,1 555,A,G,537,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 512
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 537
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 8.883
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 513
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 538
ndb struct na base pair.opening: -8.694
ndb struct na base pair.pair name: N_C513:G538_N
ndb struct na base pair.pair number: 216
ndb struct na base pair.propeller: -29.722
ndb struct na base pair.shear: 0.669
ndb struct na base pair.stagger: -0.063
ndb struct na base pair.stretch: -0.338

A,C,513,1 555,A,G,536,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 513
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 536
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 8.591
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 514
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 537
ndb struct na base pair.opening: -7.014
ndb struct na base pair.pair name: N_C514:G537_N
ndb struct na base pair.pair number: 217
ndb struct na base pair.propeller: -10.331
ndb struct na base pair.shear: 0.746
ndb struct na base pair.stagger: 0.213
ndb struct na base pair.stretch: -0.488

A,G,514,1 555,A,C,535,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 514
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 535
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -14.241
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 515
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 536
ndb struct na base pair.opening: -9.536
ndb struct na base pair.pair name: N_G515:C536_N
ndb struct na base pair.pair number: 218
ndb struct na base pair.propeller: -42.296
ndb struct na base pair.shear: -1.585
ndb struct na base pair.stagger: -0.599
ndb struct na base pair.stretch: -0.892

A,U,515,1 555,A,A,532,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 515
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 532
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -26.999
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 516
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 533
ndb struct na base pair.opening: -120.817
ndb struct na base pair.pair name: N_U516:A533_N
ndb struct na base pair.pair number: 219
ndb struct na base pair.propeller: 12.758
ndb struct na base pair.shear: 3.554
ndb struct na base pair.stagger: 0.226
ndb struct na base pair.stretch: -0.17

A,A,519,1 555,A,G,528,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 519
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 528
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 26.872
ndb struct na base pair.hbond type 12: 10
ndb struct na base pair.hbond type 28: 11
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 520
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 529
ndb struct na base pair.opening: -18.669
ndb struct na base pair.pair name: N_A520:G529_N
ndb struct na base pair.pair number: 220
ndb struct na base pair.propeller: -19.531
ndb struct na base pair.shear: -6.569
ndb struct na base pair.stagger: 1.217
ndb struct na base pair.stretch: -4.411

A,G,520,1 555,A,C,527,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 520
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 527
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -2.612
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 521
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 528
ndb struct na base pair.opening: -7.191
ndb struct na base pair.pair name: N_G521:C528_N
ndb struct na base pair.pair number: 221
ndb struct na base pair.propeller: 1.605
ndb struct na base pair.shear: 0.078
ndb struct na base pair.stagger: -1.192
ndb struct na base pair.stretch: -0.306

A,C,521,1 555,A,G,526,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 521
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 526
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 1.892
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 522
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 527
ndb struct na base pair.opening: 3.438
ndb struct na base pair.pair name: N_C522:G527_N
ndb struct na base pair.pair number: 222
ndb struct na base pair.propeller: 15.474
ndb struct na base pair.shear: 1.122
ndb struct na base pair.stagger: -1.019
ndb struct na base pair.stretch: -0.495

A,G,504,1 555,A,C,525,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 504
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 525
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 0.862
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 505
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 526
ndb struct na base pair.opening: -2.824
ndb struct na base pair.pair name: N_G505:C526_N
ndb struct na base pair.pair number: 223
ndb struct na base pair.propeller: -19.346
ndb struct na base pair.shear: -0.592
ndb struct na base pair.stagger: -0.723
ndb struct na base pair.stretch: -0.347

A,G,505,1 555,A,C,524,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 505
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 524
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 3.086
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 506
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 525
ndb struct na base pair.opening: -6.449
ndb struct na base pair.pair name: N_G506:C525_N
ndb struct na base pair.pair number: 224
ndb struct na base pair.propeller: -24.205
ndb struct na base pair.shear: -1.278
ndb struct na base pair.stagger: -0.023
ndb struct na base pair.stretch: -0.648

A,C,506,1 555,A,G,523,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 506
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 523
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 7.127
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 507
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 524
ndb struct na base pair.opening: 2.426
ndb struct na base pair.pair name: N_C507:G524_N
ndb struct na base pair.pair number: 225
ndb struct na base pair.propeller: -24.923
ndb struct na base pair.shear: 1.609
ndb struct na base pair.stagger: -0.195
ndb struct na base pair.stretch: -0.411

A,U,507,1 555,A,A,509,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 507
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 509
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -45.737
ndb struct na base pair.hbond type 12: 5
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 508
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 510
ndb struct na base pair.opening: -34.098
ndb struct na base pair.pair name: N_U508:A510_N
ndb struct na base pair.pair number: 226
ndb struct na base pair.propeller: 37.783
ndb struct na base pair.shear: 5.941
ndb struct na base pair.stagger: 1.29
ndb struct na base pair.stretch: -1.969

A,A,562,1 555,A,U,883,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 562
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 883
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 2.026
ndb struct na base pair.hbond type 12: 2
ndb struct na base pair.hbond type 28: 21
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 563
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 884
ndb struct na base pair.opening: 169.572
ndb struct na base pair.pair name: N_A563:U884_N
ndb struct na base pair.pair number: 227
ndb struct na base pair.propeller: 27.2
ndb struct na base pair.shear: 0.183
ndb struct na base pair.stagger: 0.584
ndb struct na base pair.stretch: 2.3

A,G,566,1 555,A,C,882,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 566
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 882
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -10.209
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 567
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 883
ndb struct na base pair.opening: -11.299
ndb struct na base pair.pair name: N_G567:C883_N
ndb struct na base pair.pair number: 228
ndb struct na base pair.propeller: -3.914
ndb struct na base pair.shear: -1.44
ndb struct na base pair.stagger: 0.344
ndb struct na base pair.stretch: -0.57

A,G,567,1 555,A,C,881,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 567
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 881
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 2.377
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 568
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 882
ndb struct na base pair.opening: 8.326
ndb struct na base pair.pair name: N_G568:C882_N
ndb struct na base pair.pair number: 229
ndb struct na base pair.propeller: 9.681
ndb struct na base pair.shear: -0.218
ndb struct na base pair.stagger: 1.481
ndb struct na base pair.stretch: -0.438

A,C,568,1 555,A,G,880,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 568
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 880
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -7.151
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 569
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 881
ndb struct na base pair.opening: -15.132
ndb struct na base pair.pair name: N_C569:G881_N
ndb struct na base pair.pair number: 230
ndb struct na base pair.propeller: 0.883
ndb struct na base pair.shear: 0.173
ndb struct na base pair.stagger: 1.751
ndb struct na base pair.stretch: -0.792

A,G,574,1 555,A,C,879,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 574
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 879
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -3.519
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 575
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 880
ndb struct na base pair.opening: 7.893
ndb struct na base pair.pair name: N_G575:C880_N
ndb struct na base pair.pair number: 231
ndb struct na base pair.propeller: -8.822
ndb struct na base pair.shear: -1.386
ndb struct na base pair.stagger: -0.036
ndb struct na base pair.stretch: -0.384

A,G,820,1 555,A,C,878,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 820
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 878
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -2.434
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 821
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 879
ndb struct na base pair.opening: -9.323
ndb struct na base pair.pair name: N_G821:C879_N
ndb struct na base pair.pair number: 232
ndb struct na base pair.propeller: -1.415
ndb struct na base pair.shear: -0.944
ndb struct na base pair.stagger: -1.199
ndb struct na base pair.stretch: -0.63

A,U,821,1 555,A,A,877,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 821
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 877
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -6.78
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 822
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 878
ndb struct na base pair.opening: -9.124
ndb struct na base pair.pair name: N_U822:A878_N
ndb struct na base pair.pair number: 233
ndb struct na base pair.propeller: -8.431
ndb struct na base pair.shear: 0.448
ndb struct na base pair.stagger: -1.536
ndb struct na base pair.stretch: -0.735

A,C,822,1 555,A,G,876,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 822
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 876
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -5.571
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 823
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 877
ndb struct na base pair.opening: -1.251
ndb struct na base pair.pair name: N_C823:G877_N
ndb struct na base pair.pair number: 234
ndb struct na base pair.propeller: 9.939
ndb struct na base pair.shear: 0.753
ndb struct na base pair.stagger: -0.1
ndb struct na base pair.stretch: -0.312

A,G,823,1 555,A,C,875,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 823
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 875
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 6.575
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 824
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 876
ndb struct na base pair.opening: 4.685
ndb struct na base pair.pair name: N_G824:C876_N
ndb struct na base pair.pair number: 235
ndb struct na base pair.propeller: -12.799
ndb struct na base pair.shear: -0.075
ndb struct na base pair.stagger: 0.146
ndb struct na base pair.stretch: -0.119

A,A,824,1 555,A,U,874,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 824
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 874
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 20.411
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 825
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 875
ndb struct na base pair.opening: 2.526
ndb struct na base pair.pair name: N_A825:U875_N
ndb struct na base pair.pair number: 236
ndb struct na base pair.propeller: -8.693
ndb struct na base pair.shear: -0.278
ndb struct na base pair.stagger: 0.203
ndb struct na base pair.stretch: 0.008

A,C,825,1 555,A,G,873,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 825
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 873
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 9.503
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 826
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 874
ndb struct na base pair.opening: 1.777
ndb struct na base pair.pair name: N_C826:G874_N
ndb struct na base pair.pair number: 237
ndb struct na base pair.propeller: -4.99
ndb struct na base pair.shear: -0.291
ndb struct na base pair.stagger: 1.175
ndb struct na base pair.stretch: -0.347

A,U,826,1 555,A,A,871,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 826
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 871
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 0.646
ndb struct na base pair.hbond type 12: 2
ndb struct na base pair.hbond type 28: 21
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 827
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 872
ndb struct na base pair.opening: -174.277
ndb struct na base pair.pair name: N_U827:A872_N
ndb struct na base pair.pair number: 238
ndb struct na base pair.propeller: -0.807
ndb struct na base pair.shear: -0.814
ndb struct na base pair.stagger: -1.596
ndb struct na base pair.stretch: 0.179

A,G,858,1 555,A,G,857,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 858
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 857
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 38.318
ndb struct na base pair.hbond type 12: 3
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 859
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 858
ndb struct na base pair.opening: -18.199
ndb struct na base pair.pair name: N_G859:G858_N
ndb struct na base pair.pair number: 239
ndb struct na base pair.propeller: 18.316
ndb struct na base pair.shear: -5.19
ndb struct na base pair.stagger: 0.72
ndb struct na base pair.stretch: -4.417

A,A,859,1 555,A,G,868,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 859
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 868
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -8.266
ndb struct na base pair.hbond type 12: 10
ndb struct na base pair.hbond type 28: 11
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 860
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 869
ndb struct na base pair.opening: -12.963
ndb struct na base pair.pair name: N_A860:G869_N
ndb struct na base pair.pair number: 240
ndb struct na base pair.propeller: -1.091
ndb struct na base pair.shear: -6.867
ndb struct na base pair.stagger: 0.549
ndb struct na base pair.stretch: -4.688

A,G,860,1 555,A,C,867,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 860
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 867
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 8.853
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 861
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 868
ndb struct na base pair.opening: -9.135
ndb struct na base pair.pair name: N_G861:C868_N
ndb struct na base pair.pair number: 241
ndb struct na base pair.propeller: 2.625
ndb struct na base pair.shear: -0.477
ndb struct na base pair.stagger: -0.261
ndb struct na base pair.stretch: -0.45

A,C,861,1 555,A,G,866,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 861
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 866
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 14.643
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 862
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 867
ndb struct na base pair.opening: -7.859
ndb struct na base pair.pair name: N_C862:G867_N
ndb struct na base pair.pair number: 242
ndb struct na base pair.propeller: -4.183
ndb struct na base pair.shear: 1.055
ndb struct na base pair.stagger: -1.149
ndb struct na base pair.stretch: -0.724

A,U,819,1 555,A,A,872,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 819
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 872
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -38.08
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 820
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 873
ndb struct na base pair.opening: -63.781
ndb struct na base pair.pair name: N_U820:A873_N
ndb struct na base pair.pair number: 243
ndb struct na base pair.propeller: -26.441
ndb struct na base pair.shear: -1.109
ndb struct na base pair.stagger: 1.689
ndb struct na base pair.stretch: 4.554

A,G,569,1 555,A,C,865,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 569
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 865
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -5.282
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 570
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 866
ndb struct na base pair.opening: 1.533
ndb struct na base pair.pair name: N_G570:C866_N
ndb struct na base pair.pair number: 244
ndb struct na base pair.propeller: -0.211
ndb struct na base pair.shear: 0.691
ndb struct na base pair.stagger: 1.442
ndb struct na base pair.stretch: -0.474

A,U,570,1 555,A,A,864,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 570
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 864
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -9.663
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 571
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 865
ndb struct na base pair.opening: 3.84
ndb struct na base pair.pair name: N_U571:A865_N
ndb struct na base pair.pair number: 245
ndb struct na base pair.propeller: -8.029
ndb struct na base pair.shear: 0.868
ndb struct na base pair.stagger: 1.088
ndb struct na base pair.stretch: -0.361

A,A,573,1 555,A,A,818,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 573
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 818
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 38.856
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 574
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 819
ndb struct na base pair.opening: 123.489
ndb struct na base pair.pair name: N_A574:A819_N
ndb struct na base pair.pair number: 246
ndb struct na base pair.propeller: -47.562
ndb struct na base pair.shear: 3.156
ndb struct na base pair.stagger: 2.246
ndb struct na base pair.stretch: -7.637

A,G,580,1 555,A,G,759,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 580
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 759
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -9.89
ndb struct na base pair.hbond type 12: 4
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 581
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 760
ndb struct na base pair.opening: -8.912
ndb struct na base pair.pair name: N_G581:G760_N
ndb struct na base pair.pair number: 247
ndb struct na base pair.propeller: 6.1
ndb struct na base pair.shear: 6.749
ndb struct na base pair.stagger: 0.573
ndb struct na base pair.stretch: -2.937

A,A,582,1 555,A,C,757,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 582
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 757
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -17.197
ndb struct na base pair.hbond type 12: 6
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 583
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 758
ndb struct na base pair.opening: -25.914
ndb struct na base pair.pair name: N_A583:C758_N
ndb struct na base pair.pair number: 248
ndb struct na base pair.propeller: -24.809
ndb struct na base pair.shear: -6.375
ndb struct na base pair.stagger: -0.439
ndb struct na base pair.stretch: -4.866

A,G,583,1 555,A,U,756,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 583
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 756
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 11.171
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 28
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 584
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 757
ndb struct na base pair.opening: 7.715
ndb struct na base pair.pair name: N_G584:U757_N
ndb struct na base pair.pair number: 249
ndb struct na base pair.propeller: -4.22
ndb struct na base pair.shear: -2.765
ndb struct na base pair.stagger: 0.012
ndb struct na base pair.stretch: -0.537

A,G,584,1 555,A,C,755,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 584
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 755
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 26.856
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 585
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 756
ndb struct na base pair.opening: 5.677
ndb struct na base pair.pair name: N_G585:C756_N
ndb struct na base pair.pair number: 250
ndb struct na base pair.propeller: -2.877
ndb struct na base pair.shear: -0.105
ndb struct na base pair.stagger: -0.453
ndb struct na base pair.stretch: -0.112

A,C,585,1 555,A,G,754,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 585
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 754
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 42.75
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 586
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 755
ndb struct na base pair.opening: 4.493
ndb struct na base pair.pair name: N_C586:G755_N
ndb struct na base pair.pair number: 251
ndb struct na base pair.propeller: -23.338
ndb struct na base pair.shear: 1.215
ndb struct na base pair.stagger: -1.573
ndb struct na base pair.stretch: -0.42

A,G,638,1 555,A,C,598,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 638
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 598
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -1.613
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 639
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 599
ndb struct na base pair.opening: -4.202
ndb struct na base pair.pair name: N_G639:C599_N
ndb struct na base pair.pair number: 252
ndb struct na base pair.propeller: -19.995
ndb struct na base pair.shear: -1.353
ndb struct na base pair.stagger: 0.752
ndb struct na base pair.stretch: -0.848

A,A,639,1 555,A,U,597,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 639
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 597
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -4.32
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 640
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 598
ndb struct na base pair.opening: -8.812
ndb struct na base pair.pair name: N_A640:U598_N
ndb struct na base pair.pair number: 253
ndb struct na base pair.propeller: -23.101
ndb struct na base pair.shear: -1.081
ndb struct na base pair.stagger: 0.002
ndb struct na base pair.stretch: -0.396

A,A,641,1 555,A,U,640,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 641
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 640
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 1.429
ndb struct na base pair.hbond type 12: 9
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 642
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 641
ndb struct na base pair.opening: -20.447
ndb struct na base pair.pair name: N_A642:U641_N
ndb struct na base pair.pair number: 254
ndb struct na base pair.propeller: -13.449
ndb struct na base pair.shear: -8.046
ndb struct na base pair.stagger: -1.095
ndb struct na base pair.stretch: 0.877

A,C,642,1 555,A,G,596,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 642
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 596
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 17.229
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 643
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 597
ndb struct na base pair.opening: 11.479
ndb struct na base pair.pair name: N_C643:G597_N
ndb struct na base pair.pair number: 255
ndb struct na base pair.propeller: -29.395
ndb struct na base pair.shear: 0.158
ndb struct na base pair.stagger: -0.274
ndb struct na base pair.stretch: 0.298

A,U,643,1 555,A,A,595,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 643
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 595
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -12.575
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 644
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 596
ndb struct na base pair.opening: -4.55
ndb struct na base pair.pair name: N_U644:A596_N
ndb struct na base pair.pair number: 256
ndb struct na base pair.propeller: -9.95
ndb struct na base pair.shear: 1.48
ndb struct na base pair.stagger: 0.139
ndb struct na base pair.stretch: -0.575

A,G,644,1 555,A,U,593,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 644
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 593
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 26.954
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 28
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 645
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 594
ndb struct na base pair.opening: -5.105
ndb struct na base pair.pair name: N_G645:U594_N
ndb struct na base pair.pair number: 257
ndb struct na base pair.propeller: 16.197
ndb struct na base pair.shear: -1.338
ndb struct na base pair.stagger: 1.842
ndb struct na base pair.stretch: -0.864

A,G,645,1 555,A,U,592,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 645
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 592
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 5.361
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 28
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 646
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 593
ndb struct na base pair.opening: 0.858
ndb struct na base pair.pair name: N_G646:U593_N
ndb struct na base pair.pair number: 258
ndb struct na base pair.propeller: -8.868
ndb struct na base pair.shear: -2.272
ndb struct na base pair.stagger: -1.197
ndb struct na base pair.stretch: -1.078

A,C,646,1 555,A,G,591,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 646
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 591
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 12.92
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 647
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 592
ndb struct na base pair.opening: -4.353
ndb struct na base pair.pair name: N_C647:G592_N
ndb struct na base pair.pair number: 259
ndb struct na base pair.propeller: -18.052
ndb struct na base pair.shear: 0.488
ndb struct na base pair.stagger: -1.572
ndb struct na base pair.stretch: -0.736

A,A,647,1 555,A,U,590,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 647
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 590
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -29.335
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 648
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 591
ndb struct na base pair.opening: 4.172
ndb struct na base pair.pair name: N_A648:U591_N
ndb struct na base pair.pair number: 260
ndb struct na base pair.propeller: 3.631
ndb struct na base pair.shear: 0.098
ndb struct na base pair.stagger: -0.849
ndb struct na base pair.stretch: -0.168

A,A,648,1 555,A,U,589,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 648
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 589
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 21.67
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 649
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 590
ndb struct na base pair.opening: 7.006
ndb struct na base pair.pair name: N_A649:U590_N
ndb struct na base pair.pair number: 261
ndb struct na base pair.propeller: -0.366
ndb struct na base pair.shear: -1.221
ndb struct na base pair.stagger: 0.479
ndb struct na base pair.stretch: -0.365

A,G,649,1 555,A,U,588,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 649
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 588
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 0.572
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 28
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 650
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 589
ndb struct na base pair.opening: 7.397
ndb struct na base pair.pair name: N_G650:U589_N
ndb struct na base pair.pair number: 262
ndb struct na base pair.propeller: -5.123
ndb struct na base pair.shear: -2.251
ndb struct na base pair.stagger: -1.562
ndb struct na base pair.stretch: -1.04

A,C,650,1 555,A,G,587,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 650
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 587
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -10.3
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 651
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 588
ndb struct na base pair.opening: -9.291
ndb struct na base pair.pair name: N_C651:G588_N
ndb struct na base pair.pair number: 263
ndb struct na base pair.propeller: 2.443
ndb struct na base pair.shear: -0.471
ndb struct na base pair.stagger: -0.387
ndb struct na base pair.stretch: -0.304

A,A,752,1 555,A,U,651,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 752
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 651
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 3.359
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 753
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 652
ndb struct na base pair.opening: -120.992
ndb struct na base pair.pair name: N_A753:U652_N
ndb struct na base pair.pair number: 264
ndb struct na base pair.propeller: -7.028
ndb struct na base pair.shear: -4.591
ndb struct na base pair.stagger: -1.596
ndb struct na base pair.stretch: -1.728

A,G,653,1 555,A,C,753,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 653
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 753
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 32.752
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 654
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 754
ndb struct na base pair.opening: 5.896
ndb struct na base pair.pair name: N_G654:C754_N
ndb struct na base pair.pair number: 265
ndb struct na base pair.propeller: 20.465
ndb struct na base pair.shear: -1.58
ndb struct na base pair.stagger: 0.878
ndb struct na base pair.stretch: -0.247

A,A,654,1 555,A,U,750,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 654
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 750
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -19.357
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 655
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 751
ndb struct na base pair.opening: 1.877
ndb struct na base pair.pair name: N_A655:U751_N
ndb struct na base pair.pair number: 266
ndb struct na base pair.propeller: -17.215
ndb struct na base pair.shear: 0.921
ndb struct na base pair.stagger: -0.561
ndb struct na base pair.stretch: -0.246

A,G,655,1 555,A,C,749,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 655
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 749
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -15.017
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 656
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 750
ndb struct na base pair.opening: 8.383
ndb struct na base pair.pair name: N_G656:C750_N
ndb struct na base pair.pair number: 267
ndb struct na base pair.propeller: -27.677
ndb struct na base pair.shear: -0.485
ndb struct na base pair.stagger: 0.862
ndb struct na base pair.stretch: -0.012

A,U,656,1 555,A,A,748,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 656
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 748
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -7.095
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 657
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 749
ndb struct na base pair.opening: 7.767
ndb struct na base pair.pair name: N_U657:A749_N
ndb struct na base pair.pair number: 268
ndb struct na base pair.propeller: -14.129
ndb struct na base pair.shear: -1.222
ndb struct na base pair.stagger: 1.609
ndb struct na base pair.stretch: -0.309

A,C,657,1 555,A,G,747,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 657
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 747
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -7.839
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 658
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 748
ndb struct na base pair.opening: -5.463
ndb struct na base pair.pair name: N_C658:G748_N
ndb struct na base pair.pair number: 269
ndb struct na base pair.propeller: -20.219
ndb struct na base pair.shear: 1.81
ndb struct na base pair.stagger: 1.154
ndb struct na base pair.stretch: -0.655

A,U,658,1 555,A,A,745,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 658
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 745
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -10.767
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 659
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 746
ndb struct na base pair.opening: 7.569
ndb struct na base pair.pair name: N_U659:A746_N
ndb struct na base pair.pair number: 270
ndb struct na base pair.propeller: -14.094
ndb struct na base pair.shear: -1.041
ndb struct na base pair.stagger: 0.67
ndb struct na base pair.stretch: 0.27

A,C,659,1 555,A,G,744,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 659
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 744
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -6.702
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 660
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 745
ndb struct na base pair.opening: 0.079
ndb struct na base pair.pair name: N_C660:G745_N
ndb struct na base pair.pair number: 271
ndb struct na base pair.propeller: -7.528
ndb struct na base pair.shear: 1.688
ndb struct na base pair.stagger: -0.003
ndb struct na base pair.stretch: -0.543

A,G,660,1 555,A,C,743,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 660
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 743
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 56.5
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 661
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 744
ndb struct na base pair.opening: -70.437
ndb struct na base pair.pair name: N_G661:C744_N
ndb struct na base pair.pair number: 272
ndb struct na base pair.propeller: -11.604
ndb struct na base pair.shear: -0.875
ndb struct na base pair.stagger: 0.861
ndb struct na base pair.stretch: 3.516

A,U,661,1 555,A,A,742,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 661
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 742
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -21.383
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 662
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 743
ndb struct na base pair.opening: 13.931
ndb struct na base pair.pair name: N_U662:A743_N
ndb struct na base pair.pair number: 273
ndb struct na base pair.propeller: -8.343
ndb struct na base pair.shear: 0.022
ndb struct na base pair.stagger: -0.052
ndb struct na base pair.stretch: 0.319

A,A,662,1 555,A,G,741,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 662
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 741
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -13.736
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 663
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 742
ndb struct na base pair.opening: 1.62
ndb struct na base pair.pair name: N_A663:G742_N
ndb struct na base pair.pair number: 274
ndb struct na base pair.propeller: 4.173
ndb struct na base pair.shear: 0.622
ndb struct na base pair.stagger: -0.598
ndb struct na base pair.stretch: 1.984

A,G,663,1 555,A,G,740,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 663
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 740
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -5.895
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 664
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 741
ndb struct na base pair.opening: -28.332
ndb struct na base pair.pair name: N_G664:G741_N
ndb struct na base pair.pair number: 275
ndb struct na base pair.propeller: 0.643
ndb struct na base pair.shear: 1.789
ndb struct na base pair.stagger: -0.433
ndb struct na base pair.stretch: 1.254

A,G,665,1 555,A,U,739,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 665
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 739
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 5.034
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 28
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 666
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 740
ndb struct na base pair.opening: 12.382
ndb struct na base pair.pair name: N_G666:U740_N
ndb struct na base pair.pair number: 276
ndb struct na base pair.propeller: -23.331
ndb struct na base pair.shear: -1.976
ndb struct na base pair.stagger: 0.629
ndb struct na base pair.stretch: -0.285

A,G,666,1 555,A,C,738,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 666
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 738
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -3.487
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 667
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 739
ndb struct na base pair.opening: 1.248
ndb struct na base pair.pair name: N_G667:C739_N
ndb struct na base pair.pair number: 277
ndb struct na base pair.propeller: -31.689
ndb struct na base pair.shear: -1.068
ndb struct na base pair.stagger: 0.192
ndb struct na base pair.stretch: -0.566

A,G,667,1 555,A,C,737,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 667
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 737
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -4.722
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 668
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 738
ndb struct na base pair.opening: -1.298
ndb struct na base pair.pair name: N_G668:C738_N
ndb struct na base pair.pair number: 278
ndb struct na base pair.propeller: -25.15
ndb struct na base pair.shear: -1.508
ndb struct na base pair.stagger: 0.122
ndb struct na base pair.stretch: -0.791

A,G,668,1 555,A,C,736,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 668
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 736
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 16.691
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 669
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 737
ndb struct na base pair.opening: -4.4
ndb struct na base pair.pair name: N_G669:C737_N
ndb struct na base pair.pair number: 279
ndb struct na base pair.propeller: -5.746
ndb struct na base pair.shear: -0.369
ndb struct na base pair.stagger: 0.695
ndb struct na base pair.stretch: -0.296

A,G,669,1 555,A,C,735,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 669
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 735
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 21.121
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 670
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 736
ndb struct na base pair.opening: -6.055
ndb struct na base pair.pair name: N_G670:C736_N
ndb struct na base pair.pair number: 280
ndb struct na base pair.propeller: -7.056
ndb struct na base pair.shear: 0.348
ndb struct na base pair.stagger: 0.081
ndb struct na base pair.stretch: -0.251

A,G,670,1 555,A,C,734,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 670
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 734
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -28.261
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 671
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 735
ndb struct na base pair.opening: -11.198
ndb struct na base pair.pair name: N_G671:C735_N
ndb struct na base pair.pair number: 281
ndb struct na base pair.propeller: -31.883
ndb struct na base pair.shear: -0.792
ndb struct na base pair.stagger: 0.307
ndb struct na base pair.stretch: -0.508

A,U,671,1 555,A,G,733,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 671
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 733
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -33.477
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 28
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 672
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 734
ndb struct na base pair.opening: -6.788
ndb struct na base pair.pair name: N_U672:G734_N
ndb struct na base pair.pair number: 282
ndb struct na base pair.propeller: 7.487
ndb struct na base pair.shear: 1.966
ndb struct na base pair.stagger: 1.508
ndb struct na base pair.stretch: -0.438

A,A,672,1 555,A,U,716,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 672
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 716
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -19.574
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 673
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 717
ndb struct na base pair.opening: 8.552
ndb struct na base pair.pair name: N_A673:U717_N
ndb struct na base pair.pair number: 283
ndb struct na base pair.propeller: -18.45
ndb struct na base pair.shear: -1.224
ndb struct na base pair.stagger: -0.834
ndb struct na base pair.stretch: -0.282

A,G,673,1 555,A,A,715,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 673
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 715
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 7.121
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 8
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 674
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 716
ndb struct na base pair.opening: -15.796
ndb struct na base pair.pair name: N_G674:A716_N
ndb struct na base pair.pair number: 284
ndb struct na base pair.propeller: -19.557
ndb struct na base pair.shear: -1.033
ndb struct na base pair.stagger: -0.702
ndb struct na base pair.stretch: 1.154

A,A,674,1 555,A,A,714,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 674
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 714
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 7.737
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 675
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 715
ndb struct na base pair.opening: -14.099
ndb struct na base pair.pair name: N_A675:A715_N
ndb struct na base pair.pair number: 285
ndb struct na base pair.propeller: -16.922
ndb struct na base pair.shear: -3.017
ndb struct na base pair.stagger: -0.105
ndb struct na base pair.stretch: 1.522

A,A,675,1 555,A,G,713,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 675
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 713
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 6.594
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 8
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 676
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 714
ndb struct na base pair.opening: -15.121
ndb struct na base pair.pair name: N_A676:G714_N
ndb struct na base pair.pair number: 286
ndb struct na base pair.propeller: -17.573
ndb struct na base pair.shear: -0.197
ndb struct na base pair.stagger: -0.372
ndb struct na base pair.stretch: 1.435

A,U,676,1 555,A,G,712,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 676
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 712
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 15.967
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 677
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 713
ndb struct na base pair.opening: -15.662
ndb struct na base pair.pair name: N_U677:G713_N
ndb struct na base pair.pair number: 287
ndb struct na base pair.propeller: -27.21
ndb struct na base pair.shear: -1.039
ndb struct na base pair.stagger: -0.92
ndb struct na base pair.stretch: -0.23

A,U,677,1 555,A,A,711,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 677
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 711
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 8.262
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 678
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 712
ndb struct na base pair.opening: -3.569
ndb struct na base pair.pair name: N_U678:A712_N
ndb struct na base pair.pair number: 288
ndb struct na base pair.propeller: -13.449
ndb struct na base pair.shear: 1.05
ndb struct na base pair.stagger: -0.389
ndb struct na base pair.stretch: -0.344

A,C,678,1 555,A,G,710,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 678
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 710
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -13.711
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 679
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 711
ndb struct na base pair.opening: 1.676
ndb struct na base pair.pair name: N_C679:G711_N
ndb struct na base pair.pair number: 289
ndb struct na base pair.propeller: -10.054
ndb struct na base pair.shear: 1.194
ndb struct na base pair.stagger: 0.262
ndb struct na base pair.stretch: -0.48

A,C,679,1 555,A,G,709,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 679
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 709
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 1.456
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 680
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 710
ndb struct na base pair.opening: 1.046
ndb struct na base pair.pair name: N_C680:G710_N
ndb struct na base pair.pair number: 290
ndb struct na base pair.propeller: -3.512
ndb struct na base pair.shear: 1.486
ndb struct na base pair.stagger: 0.094
ndb struct na base pair.stretch: -0.536

A,A,680,1 555,A,U,708,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 680
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 708
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -9.309
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 681
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 709
ndb struct na base pair.opening: 1.646
ndb struct na base pair.pair name: N_A681:U709_N
ndb struct na base pair.pair number: 291
ndb struct na base pair.propeller: -24.274
ndb struct na base pair.shear: -0.963
ndb struct na base pair.stagger: -1.066
ndb struct na base pair.stretch: -0.408

A,G,681,1 555,A,C,707,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 681
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 707
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -5.181
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 682
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 708
ndb struct na base pair.opening: 0.054
ndb struct na base pair.pair name: N_G682:C708_N
ndb struct na base pair.pair number: 292
ndb struct na base pair.propeller: -17.485
ndb struct na base pair.shear: -1.256
ndb struct na base pair.stagger: -0.267
ndb struct na base pair.stretch: -0.505

A,G,682,1 555,A,U,706,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 682
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 706
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -4.398
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 28
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 683
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 707
ndb struct na base pair.opening: 4.374
ndb struct na base pair.pair name: N_G683:U707_N
ndb struct na base pair.pair number: 293
ndb struct na base pair.propeller: -8.669
ndb struct na base pair.shear: -2.014
ndb struct na base pair.stagger: -0.646
ndb struct na base pair.stretch: -0.628

A,U,683,1 555,A,A,705,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 683
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 705
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -6.916
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 684
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 706
ndb struct na base pair.opening: -6.598
ndb struct na base pair.pair name: N_U684:A706_N
ndb struct na base pair.pair number: 294
ndb struct na base pair.propeller: 4.983
ndb struct na base pair.shear: 1.339
ndb struct na base pair.stagger: 0.242
ndb struct na base pair.stretch: -0.323

A,G,684,1 555,A,G,704,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 684
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 704
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -31.483
ndb struct na base pair.hbond type 12: 4
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 685
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 705
ndb struct na base pair.opening: -17.01
ndb struct na base pair.pair name: N_G685:G705_N
ndb struct na base pair.pair number: 295
ndb struct na base pair.propeller: -8.478
ndb struct na base pair.shear: 7.069
ndb struct na base pair.stagger: -0.745
ndb struct na base pair.stretch: -2.442

A,U,685,1 555,A,A,703,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 685
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 703
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 5.246
ndb struct na base pair.hbond type 12: 4
ndb struct na base pair.hbond type 28: 24
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 686
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 704
ndb struct na base pair.opening: -108.652
ndb struct na base pair.pair name: N_U686:A704_N
ndb struct na base pair.pair number: 296
ndb struct na base pair.propeller: -16.737
ndb struct na base pair.shear: 4.06
ndb struct na base pair.stagger: -0.083
ndb struct na base pair.stretch: -1.394

A,A,686,1 555,A,G,702,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 686
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 702
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -23.67
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 687
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 703
ndb struct na base pair.opening: -21.454
ndb struct na base pair.pair name: N_A687:G703_N
ndb struct na base pair.pair number: 297
ndb struct na base pair.propeller: 58.565
ndb struct na base pair.shear: -6.263
ndb struct na base pair.stagger: 0.891
ndb struct na base pair.stretch: -5.413

A,G,600,1 555,A,C,636,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 600
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 636
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -13.726
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 601
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 637
ndb struct na base pair.opening: -6.126
ndb struct na base pair.pair name: N_G601:C637_N
ndb struct na base pair.pair number: 298
ndb struct na base pair.propeller: 1.509
ndb struct na base pair.shear: -1.155
ndb struct na base pair.stagger: -0.858
ndb struct na base pair.stretch: -0.646

A,A,601,1 555,A,U,635,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 601
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 635
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -8.59
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 602
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 636
ndb struct na base pair.opening: 14.128
ndb struct na base pair.pair name: N_A602:U636_N
ndb struct na base pair.pair number: 299
ndb struct na base pair.propeller: -18.697
ndb struct na base pair.shear: -1.394
ndb struct na base pair.stagger: 0.611
ndb struct na base pair.stretch: -0.143

A,U,602,1 555,A,A,634,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 602
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 634
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 23.137
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 603
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 635
ndb struct na base pair.opening: 8.373
ndb struct na base pair.pair name: N_U603:A635_N
ndb struct na base pair.pair number: 300
ndb struct na base pair.propeller: -19.22
ndb struct na base pair.shear: -0.681
ndb struct na base pair.stagger: -0.013
ndb struct na base pair.stretch: 0.145

A,G,603,1 555,A,C,633,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 603
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 633
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 17.632
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 604
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 634
ndb struct na base pair.opening: -5.352
ndb struct na base pair.pair name: N_G604:C634_N
ndb struct na base pair.pair number: 301
ndb struct na base pair.propeller: -16.039
ndb struct na base pair.shear: 0.424
ndb struct na base pair.stagger: -0.214
ndb struct na base pair.stretch: -0.227

A,U,604,1 555,A,G,632,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 604
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 632
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 20.917
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 28
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 605
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 633
ndb struct na base pair.opening: -3.725
ndb struct na base pair.pair name: N_U605:G633_N
ndb struct na base pair.pair number: 302
ndb struct na base pair.propeller: -37.312
ndb struct na base pair.shear: 3.326
ndb struct na base pair.stagger: -1.304
ndb struct na base pair.stretch: -1.539

A,A,608,1 555,A,A,629,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 608
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 629
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -6.048
ndb struct na base pair.hbond type 12: 10
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 609
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 630
ndb struct na base pair.opening: -50.514
ndb struct na base pair.pair name: N_A609:A630_N
ndb struct na base pair.pair number: 303
ndb struct na base pair.propeller: 22.104
ndb struct na base pair.shear: -4.603
ndb struct na base pair.stagger: -2.277
ndb struct na base pair.stretch: -2.72

A,C,610,1 555,A,A,628,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 610
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 628
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 26.661
ndb struct na base pair.hbond type 12: 6
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 611
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 629
ndb struct na base pair.opening: 101.406
ndb struct na base pair.pair name: N_C611:A629_N
ndb struct na base pair.pair number: 304
ndb struct na base pair.propeller: -8.801
ndb struct na base pair.shear: -0.916
ndb struct na base pair.stagger: -0.765
ndb struct na base pair.stretch: 3.243

A,C,611,1 555,A,G,627,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 611
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 627
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -2.092
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 612
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 628
ndb struct na base pair.opening: 1.204
ndb struct na base pair.pair name: N_C612:G628_N
ndb struct na base pair.pair number: 305
ndb struct na base pair.propeller: -17.994
ndb struct na base pair.shear: 0.172
ndb struct na base pair.stagger: -1.25
ndb struct na base pair.stretch: -0.427

A,C,612,1 555,A,G,626,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 612
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 626
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -18.649
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 613
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 627
ndb struct na base pair.opening: -8.274
ndb struct na base pair.pair name: N_C613:G627_N
ndb struct na base pair.pair number: 306
ndb struct na base pair.propeller: -4.461
ndb struct na base pair.shear: 0.812
ndb struct na base pair.stagger: 0.381
ndb struct na base pair.stretch: -0.633

A,C,613,1 555,A,G,625,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 613
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 625
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -9.731
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 614
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 626
ndb struct na base pair.opening: -5.965
ndb struct na base pair.pair name: N_C614:G626_N
ndb struct na base pair.pair number: 307
ndb struct na base pair.propeller: -9.919
ndb struct na base pair.shear: 1.319
ndb struct na base pair.stagger: 0.192
ndb struct na base pair.stretch: -0.619

A,G,614,1 555,A,U,624,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 614
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 624
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 14.471
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 28
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 615
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 625
ndb struct na base pair.opening: -3.624
ndb struct na base pair.pair name: N_G615:U625_N
ndb struct na base pair.pair number: 308
ndb struct na base pair.propeller: 7.152
ndb struct na base pair.shear: -1.409
ndb struct na base pair.stagger: 0.116
ndb struct na base pair.stretch: -0.439

A,G,615,1 555,A,C,623,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 615
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 623
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 13.885
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 616
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 624
ndb struct na base pair.opening: -8.599
ndb struct na base pair.pair name: N_G616:C624_N
ndb struct na base pair.pair number: 309
ndb struct na base pair.propeller: 1.482
ndb struct na base pair.shear: -0.791
ndb struct na base pair.stagger: -0.562
ndb struct na base pair.stretch: -0.374

A,G,616,1 555,A,C,622,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 616
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 622
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -16.51
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 617
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 623
ndb struct na base pair.opening: -10.329
ndb struct na base pair.pair name: N_G617:C623_N
ndb struct na base pair.pair number: 310
ndb struct na base pair.propeller: -0.282
ndb struct na base pair.shear: -0.505
ndb struct na base pair.stagger: -1.569
ndb struct na base pair.stretch: -0.747

A,C,617,1 555,A,A,621,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 617
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 621
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -10.895
ndb struct na base pair.hbond type 12: 2
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 618
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 622
ndb struct na base pair.opening: -72.271
ndb struct na base pair.pair name: N_C618:A622_N
ndb struct na base pair.pair number: 311
ndb struct na base pair.propeller: -23.547
ndb struct na base pair.shear: 3.548
ndb struct na base pair.stagger: -0.718
ndb struct na base pair.stretch: -1.121

A,G,687,1 555,A,C,698,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 687
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 698
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -12.143
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 688
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 699
ndb struct na base pair.opening: 4.171
ndb struct na base pair.pair name: N_G688:C699_N
ndb struct na base pair.pair number: 312
ndb struct na base pair.propeller: -2.901
ndb struct na base pair.shear: -1.177
ndb struct na base pair.stagger: -1.382
ndb struct na base pair.stretch: -0.612

A,C,688,1 555,A,G,697,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 688
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 697
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -8.358
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 689
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 698
ndb struct na base pair.opening: -6.345
ndb struct na base pair.pair name: N_C689:G698_N
ndb struct na base pair.pair number: 313
ndb struct na base pair.propeller: -1.848
ndb struct na base pair.shear: 0.281
ndb struct na base pair.stagger: -1.025
ndb struct na base pair.stretch: -0.361

A,G,689,1 555,A,U,696,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 689
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 696
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -22.181
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 690
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 697
ndb struct na base pair.opening: -30.925
ndb struct na base pair.pair name: N_G690:U697_N
ndb struct na base pair.pair number: 314
ndb struct na base pair.propeller: 28.574
ndb struct na base pair.shear: 8.029
ndb struct na base pair.stagger: -0.377
ndb struct na base pair.stretch: -3.312

A,G,690,1 555,A,A,695,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 690
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 695
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -14.147
ndb struct na base pair.hbond type 12: 10
ndb struct na base pair.hbond type 28: 11
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 691
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 696
ndb struct na base pair.opening: -22.302
ndb struct na base pair.pair name: N_G691:A696_N
ndb struct na base pair.pair number: 315
ndb struct na base pair.propeller: 31.356
ndb struct na base pair.shear: 6.647
ndb struct na base pair.stagger: 1.222
ndb struct na base pair.stretch: -4.833

A,G,721,1 555,A,G,732,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 721
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 732
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 9.989
ndb struct na base pair.hbond type 12: 2
ndb struct na base pair.hbond type 28: 3
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 722
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 733
ndb struct na base pair.opening: -176.43
ndb struct na base pair.pair name: N_G722:G733_N
ndb struct na base pair.pair number: 316
ndb struct na base pair.propeller: -12.043
ndb struct na base pair.shear: 1.226
ndb struct na base pair.stagger: 0.303
ndb struct na base pair.stretch: 0.302

A,G,723,1 555,A,A,664,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 723
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 664
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 7.71
ndb struct na base pair.hbond type 12: 3
ndb struct na base pair.hbond type 28: 9
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 724
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 665
ndb struct na base pair.opening: -93.268
ndb struct na base pair.pair name: N_G724:A665_N
ndb struct na base pair.pair number: 317
ndb struct na base pair.propeller: 6.75
ndb struct na base pair.shear: -1.177
ndb struct na base pair.stagger: -0.615
ndb struct na base pair.stretch: 4.988

A,G,724,1 555,A,C,731,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 724
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 731
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 3.475
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 725
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 732
ndb struct na base pair.opening: 4.54
ndb struct na base pair.pair name: N_G725:C732_N
ndb struct na base pair.pair number: 318
ndb struct na base pair.propeller: -7.42
ndb struct na base pair.shear: 0.173
ndb struct na base pair.stagger: -1.066
ndb struct na base pair.stretch: -0.299

A,C,725,1 555,A,G,730,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 725
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 730
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 5.854
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 726
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 731
ndb struct na base pair.opening: -5.14
ndb struct na base pair.pair name: N_C726:G731_N
ndb struct na base pair.pair number: 319
ndb struct na base pair.propeller: -4.046
ndb struct na base pair.shear: 1.075
ndb struct na base pair.stagger: -0.482
ndb struct na base pair.stretch: -0.354

A,G,726,1 555,A,G,729,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 726
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 729
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 24.71
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 727
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 730
ndb struct na base pair.opening: -56.617
ndb struct na base pair.pair name: N_G727:G730_N
ndb struct na base pair.pair number: 320
ndb struct na base pair.propeller: 11.854
ndb struct na base pair.shear: 7.784
ndb struct na base pair.stagger: 0.257
ndb struct na base pair.stretch: -5.011

A,G,760,1 555,A,C,579,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 760
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 579
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 6.676
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 761
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 580
ndb struct na base pair.opening: 2.28
ndb struct na base pair.pair name: N_G761:C580_N
ndb struct na base pair.pair number: 321
ndb struct na base pair.propeller: -9.888
ndb struct na base pair.shear: 0.407
ndb struct na base pair.stagger: -1.07
ndb struct na base pair.stretch: -0.341

A,U,761,1 555,A,A,578,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 761
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 578
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 6.291
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 762
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 579
ndb struct na base pair.opening: -2.933
ndb struct na base pair.pair name: N_U762:A579_N
ndb struct na base pair.pair number: 322
ndb struct na base pair.propeller: -12.003
ndb struct na base pair.shear: 1.106
ndb struct na base pair.stagger: -1.543
ndb struct na base pair.stretch: -0.855

A,G,762,1 555,A,C,577,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 762
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 577
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 0.457
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 763
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 578
ndb struct na base pair.opening: -2.404
ndb struct na base pair.pair name: N_G763:C578_N
ndb struct na base pair.pair number: 323
ndb struct na base pair.propeller: -3.709
ndb struct na base pair.shear: -1.285
ndb struct na base pair.stagger: 0.438
ndb struct na base pair.stretch: -0.474

A,C,763,1 555,A,G,576,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 763
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 576
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 9.785
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 764
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 577
ndb struct na base pair.opening: 4.186
ndb struct na base pair.pair name: N_C764:G577_N
ndb struct na base pair.pair number: 324
ndb struct na base pair.propeller: 0.771
ndb struct na base pair.shear: 0.985
ndb struct na base pair.stagger: 0.384
ndb struct na base pair.stretch: -0.399

A,G,764,1 555,A,A,815,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 764
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 815
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 14.157
ndb struct na base pair.hbond type 12: 5
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 765
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 816
ndb struct na base pair.opening: 97.31
ndb struct na base pair.pair name: N_G765:A816_N
ndb struct na base pair.pair number: 325
ndb struct na base pair.propeller: -11.607
ndb struct na base pair.shear: 4.344
ndb struct na base pair.stagger: -0.069
ndb struct na base pair.stretch: 3.299

A,A,765,1 555,A,U,812,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 765
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 812
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -17.137
ndb struct na base pair.hbond type 12: 4
ndb struct na base pair.hbond type 28: 24
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 766
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 813
ndb struct na base pair.opening: -88.92
ndb struct na base pair.pair name: N_A766:U813_N
ndb struct na base pair.pair number: 326
ndb struct na base pair.propeller: -22.083
ndb struct na base pair.shear: -4.406
ndb struct na base pair.stagger: -0.666
ndb struct na base pair.stretch: -1.991

A,G,768,1 555,A,C,809,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 768
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 809
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 8.673
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 769
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 810
ndb struct na base pair.opening: 9.439
ndb struct na base pair.pair name: N_G769:C810_N
ndb struct na base pair.pair number: 327
ndb struct na base pair.propeller: -37.868
ndb struct na base pair.shear: -0.69
ndb struct na base pair.stagger: 0.382
ndb struct na base pair.stretch: -0.081

A,C,769,1 555,A,G,808,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 769
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 808
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -3.776
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 770
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 809
ndb struct na base pair.opening: -1.896
ndb struct na base pair.pair name: N_C770:G809_N
ndb struct na base pair.pair number: 328
ndb struct na base pair.propeller: -22.743
ndb struct na base pair.shear: 1.875
ndb struct na base pair.stagger: 1.143
ndb struct na base pair.stretch: -0.788

A,G,770,1 555,A,C,807,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 770
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 807
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 4.763
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 771
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 808
ndb struct na base pair.opening: 0.258
ndb struct na base pair.pair name: N_G771:C808_N
ndb struct na base pair.pair number: 329
ndb struct na base pair.propeller: -23.1
ndb struct na base pair.shear: -1.198
ndb struct na base pair.stagger: 0.814
ndb struct na base pair.stretch: -0.324

A,U,771,1 555,A,A,806,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 771
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 806
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 9.01
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 772
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 807
ndb struct na base pair.opening: 11.579
ndb struct na base pair.pair name: N_U772:A807_N
ndb struct na base pair.pair number: 330
ndb struct na base pair.propeller: -24.686
ndb struct na base pair.shear: 0.656
ndb struct na base pair.stagger: 1.105
ndb struct na base pair.stretch: 0.077

A,G,772,1 555,A,C,805,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 772
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 805
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 18.763
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 773
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 806
ndb struct na base pair.opening: 10.398
ndb struct na base pair.pair name: N_G773:C806_N
ndb struct na base pair.pair number: 331
ndb struct na base pair.propeller: -31.021
ndb struct na base pair.shear: -1.615
ndb struct na base pair.stagger: 0.365
ndb struct na base pair.stretch: -0.45

A,C,778,1 555,A,G,802,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 778
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 802
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -31.23
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 779
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 803
ndb struct na base pair.opening: 3.629
ndb struct na base pair.pair name: N_C779:G803_N
ndb struct na base pair.pair number: 332
ndb struct na base pair.propeller: -4.451
ndb struct na base pair.shear: 0.594
ndb struct na base pair.stagger: -0.733
ndb struct na base pair.stretch: -0.049

A,A,779,1 555,A,A,801,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 779
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 801
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -12.601
ndb struct na base pair.hbond type 12: 10
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 780
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 802
ndb struct na base pair.opening: -30.809
ndb struct na base pair.pair name: N_A780:A802_N
ndb struct na base pair.pair number: 333
ndb struct na base pair.propeller: -13.764
ndb struct na base pair.shear: 6.4
ndb struct na base pair.stagger: 1.069
ndb struct na base pair.stretch: -4.655

A,A,781,1 555,A,G,799,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 781
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 799
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 3.098
ndb struct na base pair.hbond type 12: 10
ndb struct na base pair.hbond type 28: 11
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 782
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 800
ndb struct na base pair.opening: -7.59
ndb struct na base pair.pair name: N_A782:G800_N
ndb struct na base pair.pair number: 334
ndb struct na base pair.propeller: 26.108
ndb struct na base pair.shear: -6.295
ndb struct na base pair.stagger: 1.435
ndb struct na base pair.stretch: -3.879

A,C,782,1 555,A,G,798,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 782
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 798
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 22.307
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 783
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 799
ndb struct na base pair.opening: -11.177
ndb struct na base pair.pair name: N_C783:G799_N
ndb struct na base pair.pair number: 335
ndb struct na base pair.propeller: 8.435
ndb struct na base pair.shear: 1
ndb struct na base pair.stagger: -0.536
ndb struct na base pair.stretch: -0.47

A,A,783,1 555,A,U,797,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 783
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 797
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 20.115
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 784
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 798
ndb struct na base pair.opening: -5.887
ndb struct na base pair.pair name: N_A784:U798_N
ndb struct na base pair.pair number: 336
ndb struct na base pair.propeller: -3.059
ndb struct na base pair.shear: 1.32
ndb struct na base pair.stagger: -1.191
ndb struct na base pair.stretch: -0.43

A,G,784,1 555,A,C,796,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 784
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 796
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 4.996
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 785
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 797
ndb struct na base pair.opening: 9.019
ndb struct na base pair.pair name: N_G785:C797_N
ndb struct na base pair.pair number: 337
ndb struct na base pair.propeller: 17.106
ndb struct na base pair.shear: -1.769
ndb struct na base pair.stagger: -0.259
ndb struct na base pair.stretch: -0.584

A,G,785,1 555,A,C,795,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 785
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 795
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -19.845
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 786
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 796
ndb struct na base pair.opening: 14.057
ndb struct na base pair.pair name: N_G786:C796_N
ndb struct na base pair.pair number: 338
ndb struct na base pair.propeller: -18.251
ndb struct na base pair.shear: -0.355
ndb struct na base pair.stagger: -2.071
ndb struct na base pair.stretch: -0.769

A,A,786,1 555,A,C,794,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 786
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 794
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -19.725
ndb struct na base pair.hbond type 12: 5
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 787
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 795
ndb struct na base pair.opening: 33.449
ndb struct na base pair.pair name: N_A787:C795_N
ndb struct na base pair.pair number: 339
ndb struct na base pair.propeller: 15.649
ndb struct na base pair.shear: 6.405
ndb struct na base pair.stagger: -1.8
ndb struct na base pair.stretch: -3.642

A,U,787,1 555,A,A,793,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 787
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 793
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -14.133
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 788
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 794
ndb struct na base pair.opening: -67.401
ndb struct na base pair.pair name: N_U788:A794_N
ndb struct na base pair.pair number: 340
ndb struct na base pair.propeller: -0.19
ndb struct na base pair.shear: 5.673
ndb struct na base pair.stagger: 0.277
ndb struct na base pair.stretch: -4.345

A,A,780,1 555,A,U,800,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 780
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 800
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -30.725
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 781
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 801
ndb struct na base pair.opening: -116.488
ndb struct na base pair.pair name: N_A781:U801_N
ndb struct na base pair.pair number: 341
ndb struct na base pair.propeller: -10.013
ndb struct na base pair.shear: -3.162
ndb struct na base pair.stagger: 1.743
ndb struct na base pair.stretch: -1.312

A,U,1505,1 555,A,A,791,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 1505
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 791
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -29.258
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1506
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 792
ndb struct na base pair.opening: -114.322
ndb struct na base pair.pair name: N_U1506:A792_N
ndb struct na base pair.pair number: 342
ndb struct na base pair.propeller: -48.843
ndb struct na base pair.shear: -3.219
ndb struct na base pair.stagger: -2.261
ndb struct na base pair.stretch: 3.18

A,A,1518,1 555,A,G,1515,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 1518
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1515
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -17.542
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1519
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1516
ndb struct na base pair.opening: -63.311
ndb struct na base pair.pair name: N_A1519:G1516_N
ndb struct na base pair.pair number: 343
ndb struct na base pair.propeller: 14.62
ndb struct na base pair.shear: -7.874
ndb struct na base pair.stagger: 1.465
ndb struct na base pair.stretch: -3.847

A,C,1519,1 555,A,G,1514,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 1519
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1514
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 7.666
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1520
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1515
ndb struct na base pair.opening: -0.717
ndb struct na base pair.pair name: N_C1520:G1515_N
ndb struct na base pair.pair number: 344
ndb struct na base pair.propeller: 1.43
ndb struct na base pair.shear: 0.536
ndb struct na base pair.stagger: -0.163
ndb struct na base pair.stretch: -0.027

A,C,816,1 555,A,G,1528,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 816
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1528
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 21.352
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 817
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1529
ndb struct na base pair.opening: 14.901
ndb struct na base pair.pair name: N_C817:G1529_N
ndb struct na base pair.pair number: 345
ndb struct na base pair.propeller: 21.848
ndb struct na base pair.shear: 0.639
ndb struct na base pair.stagger: -0.169
ndb struct na base pair.stretch: -0.008

A,G,828,1 555,A,C,856,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 828
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 856
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -23.845
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 829
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 857
ndb struct na base pair.opening: -2.278
ndb struct na base pair.pair name: N_G829:C857_N
ndb struct na base pair.pair number: 346
ndb struct na base pair.propeller: -21.246
ndb struct na base pair.shear: -1.895
ndb struct na base pair.stagger: -0.842
ndb struct na base pair.stretch: -0.62

A,G,829,1 555,A,C,855,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 829
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 855
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -22.114
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 830
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 856
ndb struct na base pair.opening: -7.028
ndb struct na base pair.pair name: N_G830:C856_N
ndb struct na base pair.pair number: 347
ndb struct na base pair.propeller: -13.064
ndb struct na base pair.shear: -0.799
ndb struct na base pair.stagger: -0.627
ndb struct na base pair.stretch: -0.183

A,A,830,1 555,A,U,854,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 830
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 854
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -1.036
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 831
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 855
ndb struct na base pair.opening: 0.768
ndb struct na base pair.pair name: N_A831:U855_N
ndb struct na base pair.pair number: 348
ndb struct na base pair.propeller: -11.342
ndb struct na base pair.shear: 1.127
ndb struct na base pair.stagger: -0.359
ndb struct na base pair.stretch: -0.245

A,G,831,1 555,A,U,853,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 831
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 853
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 5.877
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 28
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 832
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 854
ndb struct na base pair.opening: -35.252
ndb struct na base pair.pair name: N_G832:U854_N
ndb struct na base pair.pair number: 349
ndb struct na base pair.propeller: -12.514
ndb struct na base pair.shear: -1.944
ndb struct na base pair.stagger: 0.566
ndb struct na base pair.stretch: -0.72

A,G,832,1 555,A,C,852,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 832
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 852
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -32.727
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 833
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 853
ndb struct na base pair.opening: -3.884
ndb struct na base pair.pair name: N_G833:C853_N
ndb struct na base pair.pair number: 350
ndb struct na base pair.propeller: -17.376
ndb struct na base pair.shear: -0.3
ndb struct na base pair.stagger: -1.953
ndb struct na base pair.stretch: -0.596

A,U,833,1 555,A,G,851,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 833
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 851
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -25.143
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 28
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 834
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 852
ndb struct na base pair.opening: -7.249
ndb struct na base pair.pair name: N_U834:G852_N
ndb struct na base pair.pair number: 351
ndb struct na base pair.propeller: -8.534
ndb struct na base pair.shear: 1.564
ndb struct na base pair.stagger: -0.297
ndb struct na base pair.stretch: -0.193

A,U,834,1 555,A,G,850,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 834
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 850
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -14.529
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 28
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 835
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 851
ndb struct na base pair.opening: -2.947
ndb struct na base pair.pair name: N_U835:G851_N
ndb struct na base pair.pair number: 352
ndb struct na base pair.propeller: -16.134
ndb struct na base pair.shear: 1.389
ndb struct na base pair.stagger: -0.107
ndb struct na base pair.stretch: -0.393

A,G,835,1 555,A,U,849,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 835
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 849
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 11.883
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 28
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 836
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 850
ndb struct na base pair.opening: 1.931
ndb struct na base pair.pair name: N_G836:U850_N
ndb struct na base pair.pair number: 353
ndb struct na base pair.propeller: -13.94
ndb struct na base pair.shear: -1.723
ndb struct na base pair.stagger: 1.161
ndb struct na base pair.stretch: -0.474

A,U,836,1 555,A,G,848,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 836
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 848
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 17.545
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 28
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 837
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 849
ndb struct na base pair.opening: -9.842
ndb struct na base pair.pair name: N_U837:G849_N
ndb struct na base pair.pair number: 354
ndb struct na base pair.propeller: -24.99
ndb struct na base pair.shear: 2.361
ndb struct na base pair.stagger: 1.1
ndb struct na base pair.stretch: -0.847

A,G,837,1 555,A,C,847,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 837
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 847
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -12.926
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 838
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 848
ndb struct na base pair.opening: -3.54
ndb struct na base pair.pair name: N_G838:C848_N
ndb struct na base pair.pair number: 355
ndb struct na base pair.propeller: -8.499
ndb struct na base pair.shear: -0.872
ndb struct na base pair.stagger: -1.769
ndb struct na base pair.stretch: -0.57

A,C,838,1 555,A,G,846,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 838
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 846
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -1.995
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 839
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 847
ndb struct na base pair.opening: -11.406
ndb struct na base pair.pair name: N_C839:G847_N
ndb struct na base pair.pair number: 356
ndb struct na base pair.propeller: -9.359
ndb struct na base pair.shear: 0.875
ndb struct na base pair.stagger: -1.328
ndb struct na base pair.stretch: -0.874

A,C,839,1 555,A,G,845,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 839
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 845
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -24.364
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 840
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 846
ndb struct na base pair.opening: -9.581
ndb struct na base pair.pair name: N_C840:G846_N
ndb struct na base pair.pair number: 357
ndb struct na base pair.propeller: 8.418
ndb struct na base pair.shear: 0.999
ndb struct na base pair.stagger: 0.772
ndb struct na base pair.stretch: -0.494

A,G,884,1 555,A,C,911,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 884
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 911
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -22.255
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 885
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 912
ndb struct na base pair.opening: -1.389
ndb struct na base pair.pair name: N_G885:C912_N
ndb struct na base pair.pair number: 358
ndb struct na base pair.propeller: -7.292
ndb struct na base pair.shear: 0.247
ndb struct na base pair.stagger: -0.598
ndb struct na base pair.stretch: -0.095

A,G,885,1 555,A,U,910,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 885
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 910
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 3.857
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 28
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 886
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 911
ndb struct na base pair.opening: 12.822
ndb struct na base pair.pair name: N_G886:U911_N
ndb struct na base pair.pair number: 359
ndb struct na base pair.propeller: 7.16
ndb struct na base pair.shear: -2.203
ndb struct na base pair.stagger: 0.35
ndb struct na base pair.stretch: -0.441

A,G,886,1 555,A,C,909,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 886
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 909
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -2.858
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 887
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 910
ndb struct na base pair.opening: 5.227
ndb struct na base pair.pair name: N_G887:C910_N
ndb struct na base pair.pair number: 360
ndb struct na base pair.propeller: -12.831
ndb struct na base pair.shear: -0.67
ndb struct na base pair.stagger: -1.178
ndb struct na base pair.stretch: -0.503

A,G,887,1 555,A,A,908,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 887
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 908
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 3.932
ndb struct na base pair.hbond type 12: 10
ndb struct na base pair.hbond type 28: 11
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 888
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 909
ndb struct na base pair.opening: -8.653
ndb struct na base pair.pair name: N_G888:A909_N
ndb struct na base pair.pair number: 361
ndb struct na base pair.propeller: 13.812
ndb struct na base pair.shear: 6.677
ndb struct na base pair.stagger: 0.099
ndb struct na base pair.stretch: -4.562

A,U,890,1 555,A,A,906,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 890
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 906
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 8.531
ndb struct na base pair.hbond type 12: 4
ndb struct na base pair.hbond type 28: 24
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 891
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 907
ndb struct na base pair.opening: -99.21
ndb struct na base pair.pair name: N_U891:A907_N
ndb struct na base pair.pair number: 362
ndb struct na base pair.propeller: -8.036
ndb struct na base pair.shear: 3.973
ndb struct na base pair.stagger: 1.189
ndb struct na base pair.stretch: -2.154

A,C,892,1 555,A,U,243,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 892
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 243
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 32.77
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 18
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 893
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 244
ndb struct na base pair.opening: -0.66
ndb struct na base pair.pair name: N_C893:U244_N
ndb struct na base pair.pair number: 363
ndb struct na base pair.propeller: -31.412
ndb struct na base pair.shear: 0.696
ndb struct na base pair.stagger: 0.414
ndb struct na base pair.stretch: -1.497

A,G,893,1 555,A,U,904,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 893
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 904
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 12.355
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 28
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 894
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 905
ndb struct na base pair.opening: 19.658
ndb struct na base pair.pair name: N_G894:U905_N
ndb struct na base pair.pair number: 364
ndb struct na base pair.propeller: -6.28
ndb struct na base pair.shear: -2.67
ndb struct na base pair.stagger: -0.117
ndb struct na base pair.stretch: -0.257

A,G,894,1 555,A,U,903,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 894
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 903
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 14.093
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 28
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 895
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 904
ndb struct na base pair.opening: -5.807
ndb struct na base pair.pair name: N_G895:U904_N
ndb struct na base pair.pair number: 365
ndb struct na base pair.propeller: -4.115
ndb struct na base pair.shear: -1.934
ndb struct na base pair.stagger: -0.527
ndb struct na base pair.stretch: -0.627

A,C,895,1 555,A,G,902,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 895
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 902
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 11.692
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 896
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 903
ndb struct na base pair.opening: -9.828
ndb struct na base pair.pair name: N_C896:G903_N
ndb struct na base pair.pair number: 366
ndb struct na base pair.propeller: -16.4
ndb struct na base pair.shear: 0.878
ndb struct na base pair.stagger: -1.791
ndb struct na base pair.stretch: -1.006

A,C,896,1 555,A,G,901,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 896
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 901
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -13.951
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 897
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 902
ndb struct na base pair.opening: 3.355
ndb struct na base pair.pair name: N_C897:G902_N
ndb struct na base pair.pair number: 367
ndb struct na base pair.propeller: 12.46
ndb struct na base pair.shear: 1.182
ndb struct na base pair.stagger: 0.453
ndb struct na base pair.stretch: -0.421

A,G,897,1 555,A,A,900,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 897
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 900
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 16.586
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 898
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 901
ndb struct na base pair.opening: -18.236
ndb struct na base pair.pair name: N_G898:A901_N
ndb struct na base pair.pair number: 368
ndb struct na base pair.propeller: 8.341
ndb struct na base pair.shear: 7.021
ndb struct na base pair.stagger: 0.266
ndb struct na base pair.stretch: -5.049

A,G,927,1 555,A,U,1389,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 927
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 1389
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 13.325
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 28
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 928
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1390
ndb struct na base pair.opening: 43.929
ndb struct na base pair.pair name: N_G928:U1390_N
ndb struct na base pair.pair number: 369
ndb struct na base pair.propeller: -25.245
ndb struct na base pair.shear: -3.283
ndb struct na base pair.stagger: -0.756
ndb struct na base pair.stretch: -0.898

A,G,928,1 555,A,C,1387,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 928
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 1387
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -8.04
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 929
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1388
ndb struct na base pair.opening: 1.023
ndb struct na base pair.pair name: N_G929:C1388_N
ndb struct na base pair.pair number: 370
ndb struct na base pair.propeller: -13.396
ndb struct na base pair.shear: 0.194
ndb struct na base pair.stagger: -0.675
ndb struct na base pair.stretch: 0.009

A,C,929,1 555,A,G,1386,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 929
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1386
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 3.998
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 930
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1387
ndb struct na base pair.opening: -3.033
ndb struct na base pair.pair name: N_C930:G1387_N
ndb struct na base pair.pair number: 371
ndb struct na base pair.propeller: -21.272
ndb struct na base pair.shear: 0.746
ndb struct na base pair.stagger: -1.007
ndb struct na base pair.stretch: -0.458

A,C,930,1 555,A,G,1385,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 930
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1385
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -10.665
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 931
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1386
ndb struct na base pair.opening: -3.8
ndb struct na base pair.pair name: N_C931:G1386_N
ndb struct na base pair.pair number: 372
ndb struct na base pair.propeller: -11.686
ndb struct na base pair.shear: -0.546
ndb struct na base pair.stagger: 0.615
ndb struct na base pair.stretch: -0.209

A,C,931,1 555,A,G,1384,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 931
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1384
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 2.467
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 932
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1385
ndb struct na base pair.opening: 3.966
ndb struct na base pair.pair name: N_C932:G1385_N
ndb struct na base pair.pair number: 373
ndb struct na base pair.propeller: -18.005
ndb struct na base pair.shear: 1.347
ndb struct na base pair.stagger: 0.791
ndb struct na base pair.stretch: -0.346

A,G,932,1 555,A,C,1383,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 932
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 1383
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 7.091
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 933
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1384
ndb struct na base pair.opening: 6.374
ndb struct na base pair.pair name: N_G933:C1384_N
ndb struct na base pair.pair number: 374
ndb struct na base pair.propeller: -30.373
ndb struct na base pair.shear: -1.467
ndb struct na base pair.stagger: 0.138
ndb struct na base pair.stretch: -0.652

A,A,934,1 555,A,U,1379,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 934
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 1379
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -1.048
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 935
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1380
ndb struct na base pair.opening: 7.94
ndb struct na base pair.pair name: N_A935:U1380_N
ndb struct na base pair.pair number: 375
ndb struct na base pair.propeller: 18.148
ndb struct na base pair.shear: -0.879
ndb struct na base pair.stagger: -1.616
ndb struct na base pair.stretch: -0.59

A,C,935,1 555,A,G,1378,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 935
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1378
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 8.219
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 936
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1379
ndb struct na base pair.opening: 7.992
ndb struct na base pair.pair name: N_C936:G1379_N
ndb struct na base pair.pair number: 376
ndb struct na base pair.propeller: 10.753
ndb struct na base pair.shear: -0.351
ndb struct na base pair.stagger: -1.12
ndb struct na base pair.stretch: 0.102

A,A,936,1 555,A,C,1377,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 936
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 1377
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 32.149
ndb struct na base pair.hbond type 12: 5
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 937
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1378
ndb struct na base pair.opening: 30.329
ndb struct na base pair.pair name: N_A937:C1378_N
ndb struct na base pair.pair number: 377
ndb struct na base pair.propeller: 12.171
ndb struct na base pair.shear: 7.101
ndb struct na base pair.stagger: -0.468
ndb struct na base pair.stretch: -3.539

A,U,959,1 555,A,U,955,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 959
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 955
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -6.891
ndb struct na base pair.hbond type 12: 2
ndb struct na base pair.hbond type 28: 13
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 960
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 956
ndb struct na base pair.opening: -167.539
ndb struct na base pair.pair name: N_U960:U956_N
ndb struct na base pair.pair number: 378
ndb struct na base pair.propeller: -34.651
ndb struct na base pair.shear: -2.335
ndb struct na base pair.stagger: -1.463
ndb struct na base pair.stretch: -3.309

A,A,1224,1 555,A,U,954,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 1224
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 954
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 11.72
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1225
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 955
ndb struct na base pair.opening: 22.397
ndb struct na base pair.pair name: N_A1225:U955_N
ndb struct na base pair.pair number: 379
ndb struct na base pair.propeller: -16.329
ndb struct na base pair.shear: 1.182
ndb struct na base pair.stagger: 0.71
ndb struct na base pair.stretch: -0.008

A,C,1225,1 555,A,G,953,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 1225
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 953
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 30.163
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1226
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 954
ndb struct na base pair.opening: 5.166
ndb struct na base pair.pair name: N_C1226:G954_N
ndb struct na base pair.pair number: 380
ndb struct na base pair.propeller: -29.197
ndb struct na base pair.shear: -0.615
ndb struct na base pair.stagger: -0.881
ndb struct na base pair.stretch: 0.014

A,C,1227,1 555,A,G,952,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 1227
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 952
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 44.591
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1228
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 953
ndb struct na base pair.opening: -2.234
ndb struct na base pair.pair name: N_C1228:G953_N
ndb struct na base pair.pair number: 381
ndb struct na base pair.propeller: -15.632
ndb struct na base pair.shear: 1.037
ndb struct na base pair.stagger: -2.407
ndb struct na base pair.stretch: -0.669

A,A,1228,1 555,A,U,951,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 1228
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 951
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -9.752
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1229
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 952
ndb struct na base pair.opening: -18.719
ndb struct na base pair.pair name: N_A1229:U952_N
ndb struct na base pair.pair number: 382
ndb struct na base pair.propeller: 8.675
ndb struct na base pair.shear: 1.073
ndb struct na base pair.stagger: -1.89
ndb struct na base pair.stretch: -0.801

A,C,1229,1 555,A,G,950,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 1229
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 950
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 3.37
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1230
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 951
ndb struct na base pair.opening: -10.857
ndb struct na base pair.pair name: N_C1230:G951_N
ndb struct na base pair.pair number: 383
ndb struct na base pair.propeller: 3.445
ndb struct na base pair.shear: 0.542
ndb struct na base pair.stagger: -1.381
ndb struct na base pair.stretch: -0.727

A,G,1230,1 555,A,U,949,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 1230
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 949
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 13.485
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 28
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1231
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 950
ndb struct na base pair.opening: -5.842
ndb struct na base pair.pair name: N_G1231:U950_N
ndb struct na base pair.pair number: 384
ndb struct na base pair.propeller: -5.074
ndb struct na base pair.shear: -1.444
ndb struct na base pair.stagger: 0.78
ndb struct na base pair.stretch: -0.595

A,U,1231,1 555,A,A,948,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 1231
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 948
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 11.741
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1232
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 949
ndb struct na base pair.opening: -6.936
ndb struct na base pair.pair name: N_U1232:A949_N
ndb struct na base pair.pair number: 385
ndb struct na base pair.propeller: -19.186
ndb struct na base pair.shear: 1.295
ndb struct na base pair.stagger: -0.19
ndb struct na base pair.stretch: -0.566

A,G,1232,1 555,A,C,947,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 1232
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 947
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -12.846
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1233
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 948
ndb struct na base pair.opening: -9.724
ndb struct na base pair.pair name: N_G1233:C948_N
ndb struct na base pair.pair number: 386
ndb struct na base pair.propeller: -9.088
ndb struct na base pair.shear: -0.976
ndb struct na base pair.stagger: -1.405
ndb struct na base pair.stretch: -0.752

A,C,1233,1 555,A,G,946,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 1233
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 946
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -19.059
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1234
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 947
ndb struct na base pair.opening: -4.375
ndb struct na base pair.pair name: N_C1234:G947_N
ndb struct na base pair.pair number: 387
ndb struct na base pair.propeller: 5.64
ndb struct na base pair.shear: 0.796
ndb struct na base pair.stagger: -0.158
ndb struct na base pair.stretch: -0.247

A,U,1234,1 555,A,A,945,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 1234
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 945
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -9.364
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1235
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 946
ndb struct na base pair.opening: -1.75
ndb struct na base pair.pair name: N_U1235:A946_N
ndb struct na base pair.pair number: 388
ndb struct na base pair.propeller: 20.464
ndb struct na base pair.shear: 1.09
ndb struct na base pair.stagger: 0.644
ndb struct na base pair.stretch: -0.315

A,A,1235,1 555,A,G,944,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 1235
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 944
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 4.617
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 8
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1236
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 945
ndb struct na base pair.opening: -25.972
ndb struct na base pair.pair name: N_A1236:G945_N
ndb struct na base pair.pair number: 389
ndb struct na base pair.propeller: -7.755
ndb struct na base pair.shear: -0.945
ndb struct na base pair.stagger: -0.91
ndb struct na base pair.stretch: 1.001

A,C,1236,1 555,A,G,1336,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 1236
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1336
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 5.855
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1237
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1337
ndb struct na base pair.opening: -0.464
ndb struct na base pair.pair name: N_C1237:G1337_N
ndb struct na base pair.pair number: 390
ndb struct na base pair.propeller: -14.363
ndb struct na base pair.shear: 0.906
ndb struct na base pair.stagger: 1.648
ndb struct na base pair.stretch: -0.586

A,G,941,1 555,A,G,943,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 941
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 943
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -6.909
ndb struct na base pair.hbond type 12: 5
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 942
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 944
ndb struct na base pair.opening: -64.764
ndb struct na base pair.pair name: N_G942:G944_N
ndb struct na base pair.pair number: 391
ndb struct na base pair.propeller: -33.803
ndb struct na base pair.shear: 3.346
ndb struct na base pair.stagger: -1.531
ndb struct na base pair.stretch: -2.172

A,U,942,1 555,A,A,1339,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 942
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 1339
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -27.36
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 943
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1340
ndb struct na base pair.opening: -5.088
ndb struct na base pair.pair name: N_U943:A1340_N
ndb struct na base pair.pair number: 392
ndb struct na base pair.propeller: -14.746
ndb struct na base pair.shear: -1.171
ndb struct na base pair.stagger: -0.847
ndb struct na base pair.stretch: -0.359

A,G,940,1 555,A,C,1341,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 940
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 1341
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -16.566
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 941
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1342
ndb struct na base pair.opening: -9.422
ndb struct na base pair.pair name: N_G941:C1342_N
ndb struct na base pair.pair number: 393
ndb struct na base pair.propeller: -25.771
ndb struct na base pair.shear: -0.981
ndb struct na base pair.stagger: -0.498
ndb struct na base pair.stretch: -0.336

A,C,939,1 555,A,G,1342,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 939
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1342
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 1.873
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 940
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1343
ndb struct na base pair.opening: 1.149
ndb struct na base pair.pair name: N_C940:G1343_N
ndb struct na base pair.pair number: 394
ndb struct na base pair.propeller: -24.559
ndb struct na base pair.shear: 1.245
ndb struct na base pair.stagger: -0.117
ndb struct na base pair.stretch: -0.598

A,G,938,1 555,A,C,1343,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 938
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 1343
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -3.012
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 939
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1344
ndb struct na base pair.opening: -4.968
ndb struct na base pair.pair name: N_G939:C1344_N
ndb struct na base pair.pair number: 395
ndb struct na base pair.propeller: -14.498
ndb struct na base pair.shear: -1.288
ndb struct na base pair.stagger: 0.016
ndb struct na base pair.stretch: -0.694

A,C,933,1 555,A,A,937,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 933
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 937
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -22.546
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 934
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 938
ndb struct na base pair.opening: -129.316
ndb struct na base pair.pair name: N_C934:A938_N
ndb struct na base pair.pair number: 396
ndb struct na base pair.propeller: 35.657
ndb struct na base pair.shear: 1.111
ndb struct na base pair.stagger: 0.75
ndb struct na base pair.stretch: -1.699

A,U,1344,1 555,A,U,1375,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 1344
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 1375
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -3.272
ndb struct na base pair.hbond type 12: 2
ndb struct na base pair.hbond type 28: 13
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1345
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1376
ndb struct na base pair.opening: -170.903
ndb struct na base pair.pair name: N_U1345:U1376_N
ndb struct na base pair.pair number: 397
ndb struct na base pair.propeller: 37.189
ndb struct na base pair.shear: -2.353
ndb struct na base pair.stagger: -0.572
ndb struct na base pair.stretch: -4.01

A,C,971,1 555,A,G,962,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 971
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 962
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 1.506
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 972
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 963
ndb struct na base pair.opening: 20.743
ndb struct na base pair.pair name: N_C972:G963_N
ndb struct na base pair.pair number: 398
ndb struct na base pair.propeller: -12.88
ndb struct na base pair.shear: 1.342
ndb struct na base pair.stagger: -1.285
ndb struct na base pair.stretch: -0.324

A,G,972,1 555,A,C,961,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 972
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 961
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -37.254
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 973
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 962
ndb struct na base pair.opening: -8.784
ndb struct na base pair.pair name: N_G973:C962_N
ndb struct na base pair.pair number: 399
ndb struct na base pair.propeller: -6.586
ndb struct na base pair.shear: 0.658
ndb struct na base pair.stagger: -0.299
ndb struct na base pair.stretch: 0.126

A,U,981,1 555,A,C,1222,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 981
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 1222
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -50.538
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 982
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1223
ndb struct na base pair.opening: -128.131
ndb struct na base pair.pair name: N_U982:C1223_N
ndb struct na base pair.pair number: 400
ndb struct na base pair.propeller: -0.059
ndb struct na base pair.shear: -0.498
ndb struct na base pair.stagger: 1.533
ndb struct na base pair.stretch: 3.145

A,C,1321,1 555,A,G,1221,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 1321
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1221
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 51.041
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1322
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1222
ndb struct na base pair.opening: -113.141
ndb struct na base pair.pair name: N_C1322:G1222_N
ndb struct na base pair.pair number: 401
ndb struct na base pair.propeller: -11.259
ndb struct na base pair.shear: -6.379
ndb struct na base pair.stagger: 1.919
ndb struct na base pair.stretch: 3.698

A,C,983,1 555,A,G,1220,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 983
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1220
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 28.268
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 984
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1221
ndb struct na base pair.opening: 0.225
ndb struct na base pair.pair name: N_C984:G1221_N
ndb struct na base pair.pair number: 402
ndb struct na base pair.propeller: -23.62
ndb struct na base pair.shear: 0.595
ndb struct na base pair.stagger: -1.696
ndb struct na base pair.stretch: -0.282

A,C,984,1 555,A,G,1219,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 984
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1219
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -2.579
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 985
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1220
ndb struct na base pair.opening: -7.81
ndb struct na base pair.pair name: N_C985:G1220_N
ndb struct na base pair.pair number: 403
ndb struct na base pair.propeller: -11.265
ndb struct na base pair.shear: -0.594
ndb struct na base pair.stagger: 0.368
ndb struct na base pair.stretch: -0.162

A,U,985,1 555,A,A,1218,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 985
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 1218
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 1.107
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 986
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1219
ndb struct na base pair.opening: -2.376
ndb struct na base pair.pair name: N_U986:A1219_N
ndb struct na base pair.pair number: 404
ndb struct na base pair.propeller: -19.952
ndb struct na base pair.shear: 1.51
ndb struct na base pair.stagger: 0.139
ndb struct na base pair.stretch: -0.351

A,G,986,1 555,A,C,1217,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 986
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 1217
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -2.167
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 987
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1218
ndb struct na base pair.opening: -0.333
ndb struct na base pair.pair name: N_G987:C1218_N
ndb struct na base pair.pair number: 405
ndb struct na base pair.propeller: -12.717
ndb struct na base pair.shear: -0.926
ndb struct na base pair.stagger: 0.421
ndb struct na base pair.stretch: -0.327

A,G,987,1 555,A,C,1216,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 987
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 1216
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -3.185
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 988
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1217
ndb struct na base pair.opening: 3.37
ndb struct na base pair.pair name: N_G988:C1217_N
ndb struct na base pair.pair number: 406
ndb struct na base pair.propeller: -15.115
ndb struct na base pair.shear: -0.917
ndb struct na base pair.stagger: -0.856
ndb struct na base pair.stretch: -0.457

A,U,988,1 555,A,A,1215,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 988
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 1215
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -5.258
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 989
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1216
ndb struct na base pair.opening: 15.442
ndb struct na base pair.pair name: N_U989:A1216_N
ndb struct na base pair.pair number: 407
ndb struct na base pair.propeller: -8.778
ndb struct na base pair.shear: -0.428
ndb struct na base pair.stagger: -0.633
ndb struct na base pair.stretch: -0.152

A,C,989,1 555,A,G,1214,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 989
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1214
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -12.861
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 990
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1215
ndb struct na base pair.opening: -8.272
ndb struct na base pair.pair name: N_C990:G1215_N
ndb struct na base pair.pair number: 408
ndb struct na base pair.propeller: 0.361
ndb struct na base pair.shear: 1.216
ndb struct na base pair.stagger: 0.989
ndb struct na base pair.stretch: -0.656

A,A,1305,1 555,A,G,1330,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 1305
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1330
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -5.938
ndb struct na base pair.hbond type 12: 9
ndb struct na base pair.hbond type 28: 11
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1306
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1331
ndb struct na base pair.opening: 11.508
ndb struct na base pair.pair name: N_A1306:G1331_N
ndb struct na base pair.pair number: 409
ndb struct na base pair.propeller: -14.172
ndb struct na base pair.shear: -6.177
ndb struct na base pair.stagger: 2.003
ndb struct na base pair.stretch: -4.766

A,U,1306,1 555,A,U,1329,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 1306
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 1329
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -12.479
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 16
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1307
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1330
ndb struct na base pair.opening: 5.845
ndb struct na base pair.pair name: N_U1307:U1330_N
ndb struct na base pair.pair number: 410
ndb struct na base pair.propeller: 0.826
ndb struct na base pair.shear: -2.25
ndb struct na base pair.stagger: 1.564
ndb struct na base pair.stretch: -2.176

A,U,1307,1 555,A,A,1328,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 1307
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 1328
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -4.229
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1308
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1329
ndb struct na base pair.opening: -1.629
ndb struct na base pair.pair name: N_U1308:A1329_N
ndb struct na base pair.pair number: 411
ndb struct na base pair.propeller: -8.252
ndb struct na base pair.shear: 1.055
ndb struct na base pair.stagger: 0.53
ndb struct na base pair.stretch: -0.211

A,G,1308,1 555,A,C,1327,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 1308
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 1327
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 7.166
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1309
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1328
ndb struct na base pair.opening: 1.286
ndb struct na base pair.pair name: N_G1309:C1328_N
ndb struct na base pair.pair number: 412
ndb struct na base pair.propeller: 7.521
ndb struct na base pair.shear: -0.914
ndb struct na base pair.stagger: 1.044
ndb struct na base pair.stretch: -0.44

A,G,1309,1 555,A,C,1326,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 1309
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 1326
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -4.466
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1310
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1327
ndb struct na base pair.opening: -3.164
ndb struct na base pair.pair name: N_G1310:C1327_N
ndb struct na base pair.pair number: 413
ndb struct na base pair.propeller: -12.454
ndb struct na base pair.shear: 0.166
ndb struct na base pair.stagger: -0.865
ndb struct na base pair.stretch: -0.208

A,A,1310,1 555,A,U,1325,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 1310
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 1325
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -6.12
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1311
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1326
ndb struct na base pair.opening: -2.317
ndb struct na base pair.pair name: N_A1311:U1326_N
ndb struct na base pair.pair number: 414
ndb struct na base pair.propeller: 0.216
ndb struct na base pair.shear: -0.807
ndb struct na base pair.stagger: -0.933
ndb struct na base pair.stretch: -0.288

A,G,1311,1 555,A,C,1324,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 1311
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 1324
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -7.529
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1312
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1325
ndb struct na base pair.opening: 2.317
ndb struct na base pair.pair name: N_G1312:C1325_N
ndb struct na base pair.pair number: 415
ndb struct na base pair.propeller: -9.443
ndb struct na base pair.shear: -1.48
ndb struct na base pair.stagger: -0.746
ndb struct na base pair.stretch: -0.581

A,U,1312,1 555,A,A,1323,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 1312
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 1323
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -10.864
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1313
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1324
ndb struct na base pair.opening: 5.138
ndb struct na base pair.pair name: N_U1313:A1324_N
ndb struct na base pair.pair number: 416
ndb struct na base pair.propeller: 5.492
ndb struct na base pair.shear: -0.101
ndb struct na base pair.stagger: -0.323
ndb struct na base pair.stretch: -0.036

A,C,1313,1 555,A,G,1322,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 1313
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1322
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -14.278
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1314
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1323
ndb struct na base pair.opening: -1.929
ndb struct na base pair.pair name: N_C1314:G1323_N
ndb struct na base pair.pair number: 417
ndb struct na base pair.propeller: -4.495
ndb struct na base pair.shear: 0.98
ndb struct na base pair.stagger: 0.378
ndb struct na base pair.stretch: -0.36

A,U,1314,1 555,A,A,1318,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 1314
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 1318
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -5.053
ndb struct na base pair.hbond type 12: 4
ndb struct na base pair.hbond type 28: 24
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1315
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1319
ndb struct na base pair.opening: -95.237
ndb struct na base pair.pair name: N_U1315:A1319_N
ndb struct na base pair.pair number: 418
ndb struct na base pair.propeller: 2.886
ndb struct na base pair.shear: 4.587
ndb struct na base pair.stagger: -0.257
ndb struct na base pair.stretch: -2.703

A,G,1315,1 555,A,A,977,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 1315
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 977
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 10.355
ndb struct na base pair.hbond type 12: 6
ndb struct na base pair.hbond type 28: 10
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1316
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 978
ndb struct na base pair.opening: -79.54
ndb struct na base pair.pair name: N_G1316:A978_N
ndb struct na base pair.pair number: 419
ndb struct na base pair.propeller: 11.273
ndb struct na base pair.shear: 2.655
ndb struct na base pair.stagger: -1.69
ndb struct na base pair.stretch: -4.352

A,A,1317,1 555,A,C,1319,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 1317
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 1319
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -23.773
ndb struct na base pair.hbond type 12: 9
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1318
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1320
ndb struct na base pair.opening: -8.531
ndb struct na base pair.pair name: N_A1318:C1320_N
ndb struct na base pair.pair number: 420
ndb struct na base pair.propeller: -48.722
ndb struct na base pair.shear: 6.253
ndb struct na base pair.stagger: -0.254
ndb struct na base pair.stretch: -1.479

A,C,978,1 555,A,C,1316,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 978
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 1316
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -23.181
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 979
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1317
ndb struct na base pair.opening: -72.154
ndb struct na base pair.pair name: N_C979:C1317_N
ndb struct na base pair.pair number: 421
ndb struct na base pair.propeller: 36.09
ndb struct na base pair.shear: 5.482
ndb struct na base pair.stagger: 0.991
ndb struct na base pair.stretch: -2.304

A,C,1044,1 555,A,G,992,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 1044
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 992
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -11.429
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1045
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 993
ndb struct na base pair.opening: -10.939
ndb struct na base pair.pair name: N_C1045:G993_N
ndb struct na base pair.pair number: 422
ndb struct na base pair.propeller: -10.52
ndb struct na base pair.shear: -0.279
ndb struct na base pair.stagger: 1.62
ndb struct na base pair.stretch: -0.325

A,A,1045,1 555,A,A,1212,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 1045
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 1212
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -35.27
ndb struct na base pair.hbond type 12: 2
ndb struct na base pair.hbond type 28: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1046
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1213
ndb struct na base pair.opening: 164.525
ndb struct na base pair.pair name: N_A1046:A1213_N
ndb struct na base pair.pair number: 423
ndb struct na base pair.propeller: -17.529
ndb struct na base pair.shear: -1.508
ndb struct na base pair.stagger: -0.356
ndb struct na base pair.stretch: -0.587

A,G,1046,1 555,A,C,1209,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 1046
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 1209
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -22.984
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1047
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1210
ndb struct na base pair.opening: -9.233
ndb struct na base pair.pair name: N_G1047:C1210_N
ndb struct na base pair.pair number: 424
ndb struct na base pair.propeller: 25.69
ndb struct na base pair.shear: 1.418
ndb struct na base pair.stagger: -1.386
ndb struct na base pair.stretch: -0.118

A,G,1047,1 555,A,C,1208,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 1047
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 1208
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 3.12
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1048
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1209
ndb struct na base pair.opening: -2.736
ndb struct na base pair.pair name: N_G1048:C1209_N
ndb struct na base pair.pair number: 425
ndb struct na base pair.propeller: 8.098
ndb struct na base pair.shear: -1.154
ndb struct na base pair.stagger: -0.34
ndb struct na base pair.stretch: -0.34

A,G,1049,1 555,A,C,1207,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 1049
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 1207
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -10.766
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1050
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1208
ndb struct na base pair.opening: 3.287
ndb struct na base pair.pair name: N_G1050:C1208_N
ndb struct na base pair.pair number: 426
ndb struct na base pair.propeller: -16.091
ndb struct na base pair.shear: -0.669
ndb struct na base pair.stagger: -1.759
ndb struct na base pair.stretch: -0.653

A,C,1050,1 555,A,G,1206,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 1050
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1206
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -7.211
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1051
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1207
ndb struct na base pair.opening: -1.699
ndb struct na base pair.pair name: N_C1051:G1207_N
ndb struct na base pair.pair number: 427
ndb struct na base pair.propeller: 0.095
ndb struct na base pair.shear: 1.257
ndb struct na base pair.stagger: -0.073
ndb struct na base pair.stretch: -0.525

A,U,1051,1 555,A,U,1204,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 1051
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 1204
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 26.41
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1052
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1205
ndb struct na base pair.opening: -36.084
ndb struct na base pair.pair name: N_U1052:U1205_N
ndb struct na base pair.pair number: 428
ndb struct na base pair.propeller: -22.694
ndb struct na base pair.shear: -1.495
ndb struct na base pair.stagger: -0.636
ndb struct na base pair.stretch: -0.575

A,A,1054,1 555,A,C,1199,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 1054
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 1199
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 28.596
ndb struct na base pair.hbond type 12: 3
ndb struct na base pair.hbond type 28: 25
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1055
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1200
ndb struct na base pair.opening: -88.929
ndb struct na base pair.pair name: N_A1055:C1200_N
ndb struct na base pair.pair number: 429
ndb struct na base pair.propeller: 17.14
ndb struct na base pair.shear: -2.895
ndb struct na base pair.stagger: 1.869
ndb struct na base pair.stretch: -0.357

A,U,1055,1 555,A,A,1203,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 1055
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 1203
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -12.985
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1056
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1204
ndb struct na base pair.opening: -1.17
ndb struct na base pair.pair name: N_U1056:A1204_N
ndb struct na base pair.pair number: 430
ndb struct na base pair.propeller: -1.965
ndb struct na base pair.shear: 0.944
ndb struct na base pair.stagger: -0.952
ndb struct na base pair.stretch: -0.712

A,G,1056,1 555,A,C,1202,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 1056
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 1202
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -26.789
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1057
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1203
ndb struct na base pair.opening: -19.017
ndb struct na base pair.pair name: N_G1057:C1203_N
ndb struct na base pair.pair number: 431
ndb struct na base pair.propeller: -27.585
ndb struct na base pair.shear: -1.29
ndb struct na base pair.stagger: 0.137
ndb struct na base pair.stretch: -0.473

A,G,1057,1 555,A,U,1198,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 1057
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 1198
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 0.962
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 28
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1058
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1199
ndb struct na base pair.opening: 20.152
ndb struct na base pair.pair name: N_G1058:U1199_N
ndb struct na base pair.pair number: 432
ndb struct na base pair.propeller: -7.145
ndb struct na base pair.shear: -2.653
ndb struct na base pair.stagger: -0.773
ndb struct na base pair.stretch: -0.457

A,C,1058,1 555,A,G,1197,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 1058
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1197
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 9.634
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1059
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1198
ndb struct na base pair.opening: 2.97
ndb struct na base pair.pair name: N_C1059:G1198_N
ndb struct na base pair.pair number: 433
ndb struct na base pair.propeller: -15.595
ndb struct na base pair.shear: 0.341
ndb struct na base pair.stagger: -1.284
ndb struct na base pair.stretch: -0.485

A,U,1059,1 555,A,A,1196,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 1059
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 1196
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 8.724
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1060
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1197
ndb struct na base pair.opening: 1.229
ndb struct na base pair.pair name: N_U1060:A1197_N
ndb struct na base pair.pair number: 434
ndb struct na base pair.propeller: 21.518
ndb struct na base pair.shear: 1.568
ndb struct na base pair.stagger: -0.321
ndb struct na base pair.stretch: -0.56

A,G,1060,1 555,A,C,1194,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 1060
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 1194
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -0.4
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1061
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1195
ndb struct na base pair.opening: 8.883
ndb struct na base pair.pair name: N_G1061:C1195_N
ndb struct na base pair.pair number: 435
ndb struct na base pair.propeller: 13.93
ndb struct na base pair.shear: -1.334
ndb struct na base pair.stagger: -0.044
ndb struct na base pair.stretch: -0.408

A,U,996,1 555,A,A,1043,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 996
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 1043
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -26.774
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 997
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1044
ndb struct na base pair.opening: 6.864
ndb struct na base pair.pair name: N_U997:A1044_N
ndb struct na base pair.pair number: 436
ndb struct na base pair.propeller: 2.378
ndb struct na base pair.shear: 1.084
ndb struct na base pair.stagger: 2.182
ndb struct na base pair.stretch: -0.775

A,C,997,1 555,A,G,1042,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 997
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1042
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -20.283
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 998
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1043
ndb struct na base pair.opening: -4.399
ndb struct na base pair.pair name: N_C998:G1043_N
ndb struct na base pair.pair number: 437
ndb struct na base pair.propeller: -23.923
ndb struct na base pair.shear: 0.806
ndb struct na base pair.stagger: 0.151
ndb struct na base pair.stretch: -0.241

A,C,998,1 555,A,G,1040,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 998
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1040
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -8.086
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 999
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1041
ndb struct na base pair.opening: 3.656
ndb struct na base pair.pair name: N_C999:G1041_N
ndb struct na base pair.pair number: 438
ndb struct na base pair.propeller: -10.281
ndb struct na base pair.shear: 0.842
ndb struct na base pair.stagger: 0.35
ndb struct na base pair.stretch: -0.101

A,A,999,1 555,A,U,1039,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 999
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 1039
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -9.524
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1000
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1040
ndb struct na base pair.opening: 10.913
ndb struct na base pair.pair name: N_A1000:U1040_N
ndb struct na base pair.pair number: 439
ndb struct na base pair.propeller: -25.379
ndb struct na base pair.shear: -0.254
ndb struct na base pair.stagger: 1.348
ndb struct na base pair.stretch: -0.05

A,C,1000,1 555,A,G,1038,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 1000
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1038
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -20.646
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1001
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1039
ndb struct na base pair.opening: -4.37
ndb struct na base pair.pair name: N_C1001:G1039_N
ndb struct na base pair.pair number: 440
ndb struct na base pair.propeller: -10.465
ndb struct na base pair.shear: 1.715
ndb struct na base pair.stagger: 1.502
ndb struct na base pair.stretch: -0.673

A,G,1001,1 555,A,C,1037,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 1001
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 1037
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 0.239
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1002
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1038
ndb struct na base pair.opening: -1.787
ndb struct na base pair.pair name: N_G1002:C1038_N
ndb struct na base pair.pair number: 441
ndb struct na base pair.propeller: -16.972
ndb struct na base pair.shear: -1.539
ndb struct na base pair.stagger: 1.15
ndb struct na base pair.stretch: -0.645

A,G,1002,1 555,A,C,1036,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 1002
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 1036
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 17.299
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1003
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1037
ndb struct na base pair.opening: -7.529
ndb struct na base pair.pair name: N_G1003:C1037_N
ndb struct na base pair.pair number: 442
ndb struct na base pair.propeller: -25.746
ndb struct na base pair.shear: -1.641
ndb struct na base pair.stagger: 1.146
ndb struct na base pair.stretch: -0.748

A,A,1004,1 555,A,G,1023,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 1004
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1023
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 20.631
ndb struct na base pair.hbond type 12: 10
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1005
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1024
ndb struct na base pair.opening: -26.192
ndb struct na base pair.pair name: N_A1005:G1024_N
ndb struct na base pair.pair number: 443
ndb struct na base pair.propeller: 8.788
ndb struct na base pair.shear: -7.222
ndb struct na base pair.stagger: -0.008
ndb struct na base pair.stretch: -4.886

A,G,1005,1 555,A,U,1022,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 1005
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 1022
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 28.36
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1006
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1023
ndb struct na base pair.opening: 14.052
ndb struct na base pair.pair name: N_G1006:U1023_N
ndb struct na base pair.pair number: 444
ndb struct na base pair.propeller: -6.611
ndb struct na base pair.shear: -2.222
ndb struct na base pair.stagger: 0.095
ndb struct na base pair.stretch: -0.05

A,U,1006,1 555,A,A,1021,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 1006
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 1021
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 26.424
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1007
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1022
ndb struct na base pair.opening: 17.688
ndb struct na base pair.pair name: N_U1007:A1022_N
ndb struct na base pair.pair number: 445
ndb struct na base pair.propeller: -14.796
ndb struct na base pair.shear: -0.788
ndb struct na base pair.stagger: -1.259
ndb struct na base pair.stretch: 0.096

A,U,1007,1 555,A,A,1020,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 1007
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 1020
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -13.786
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1008
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1021
ndb struct na base pair.opening: 13.136
ndb struct na base pair.pair name: N_U1008:A1021_N
ndb struct na base pair.pair number: 446
ndb struct na base pair.propeller: -9.352
ndb struct na base pair.shear: 1.216
ndb struct na base pair.stagger: 0.329
ndb struct na base pair.stretch: -0.296

A,U,1008,1 555,A,G,1019,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 1008
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1019
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 0.614
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 28
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1009
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1020
ndb struct na base pair.opening: -0.788
ndb struct na base pair.pair name: N_U1009:G1020_N
ndb struct na base pair.pair number: 447
ndb struct na base pair.propeller: -2.54
ndb struct na base pair.shear: 2.255
ndb struct na base pair.stagger: -1.146
ndb struct na base pair.stretch: -0.804

A,U,1009,1 555,A,A,1018,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 1009
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 1018
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 0.443
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1010
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1019
ndb struct na base pair.opening: 4.664
ndb struct na base pair.pair name: N_U1010:A1019_N
ndb struct na base pair.pair number: 448
ndb struct na base pair.propeller: 5.052
ndb struct na base pair.shear: 0.985
ndb struct na base pair.stagger: 0.438
ndb struct na base pair.stretch: -0.406

A,C,1010,1 555,A,G,1017,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 1010
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1017
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 5.426
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1011
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1018
ndb struct na base pair.opening: -2.087
ndb struct na base pair.pair name: N_C1011:G1018_N
ndb struct na base pair.pair number: 449
ndb struct na base pair.propeller: -23.442
ndb struct na base pair.shear: -0.203
ndb struct na base pair.stagger: -0.413
ndb struct na base pair.stretch: -0.304

A,A,1011,1 555,A,U,1016,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 1011
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 1016
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -6.938
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1012
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1017
ndb struct na base pair.opening: 1.011
ndb struct na base pair.pair name: N_A1012:U1017_N
ndb struct na base pair.pair number: 450
ndb struct na base pair.propeller: -12.365
ndb struct na base pair.shear: -0.498
ndb struct na base pair.stagger: 0.46
ndb struct na base pair.stretch: -0.069

A,G,1012,1 555,A,A,1015,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 1012
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 1015
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 15.955
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1013
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1016
ndb struct na base pair.opening: -46.062
ndb struct na base pair.pair name: N_G1013:A1016_N
ndb struct na base pair.pair number: 451
ndb struct na base pair.propeller: -31.32
ndb struct na base pair.shear: 7.79
ndb struct na base pair.stagger: 0.674
ndb struct na base pair.stretch: -5.673

A,G,1025,1 555,A,A,1034,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 1025
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 1034
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 29.682
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 8
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1026
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1035
ndb struct na base pair.opening: -27.42
ndb struct na base pair.pair name: N_G1026:A1035_N
ndb struct na base pair.pair number: 452
ndb struct na base pair.propeller: 4.945
ndb struct na base pair.shear: -0.985
ndb struct na base pair.stagger: -1.279
ndb struct na base pair.stretch: 1.294

A,C,1026,1 555,A,G,1033,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 1026
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1033
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 8.021
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1027
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1034
ndb struct na base pair.opening: -3.626
ndb struct na base pair.pair name: N_C1027:G1034_N
ndb struct na base pair.pair number: 453
ndb struct na base pair.propeller: -0.227
ndb struct na base pair.shear: -0.353
ndb struct na base pair.stagger: -1.499
ndb struct na base pair.stretch: -0.498

A,C,1027,1 555,A,G,1032,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 1027
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1032
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 11.455
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1028
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1033
ndb struct na base pair.opening: 3.299
ndb struct na base pair.pair name: N_C1028:G1033_N
ndb struct na base pair.pair number: 454
ndb struct na base pair.propeller: -9.016
ndb struct na base pair.shear: 1.416
ndb struct na base pair.stagger: -0.422
ndb struct na base pair.stretch: -0.404

A,U,1028,1 555,A,G,1031,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 1028
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1031
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -26.897
ndb struct na base pair.hbond type 12: 6
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1029
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1032
ndb struct na base pair.opening: -107.005
ndb struct na base pair.pair name: N_U1029:G1032_N
ndb struct na base pair.pair number: 455
ndb struct na base pair.propeller: 7.888
ndb struct na base pair.shear: 0.721
ndb struct na base pair.stagger: -0.07
ndb struct na base pair.stretch: -5.966

A,U,1064,1 555,A,A,1066,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 1064
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 1066
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 37.46
ndb struct na base pair.hbond type 12: 6
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1065
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1067
ndb struct na base pair.opening: 70.637
ndb struct na base pair.pair name: N_U1065:A1067_N
ndb struct na base pair.pair number: 456
ndb struct na base pair.propeller: 15.653
ndb struct na base pair.shear: -2.509
ndb struct na base pair.stagger: -0.691
ndb struct na base pair.stretch: -4.716

A,C,1065,1 555,A,A,1190,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 1065
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 1190
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 18.861
ndb struct na base pair.hbond type 12: 3
ndb struct na base pair.hbond type 28: 25
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1066
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1191
ndb struct na base pair.opening: 123.062
ndb struct na base pair.pair name: N_C1066:A1191_N
ndb struct na base pair.pair number: 457
ndb struct na base pair.propeller: 19.455
ndb struct na base pair.shear: -2.286
ndb struct na base pair.stagger: 0.831
ndb struct na base pair.stretch: 1.19

A,G,1067,1 555,A,C,1106,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 1067
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 1106
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -21.646
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1068
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1107
ndb struct na base pair.opening: 2.986
ndb struct na base pair.pair name: N_G1068:C1107_N
ndb struct na base pair.pair number: 458
ndb struct na base pair.propeller: -5.118
ndb struct na base pair.shear: 0.064
ndb struct na base pair.stagger: -1.582
ndb struct na base pair.stretch: -0.332

A,C,1068,1 555,A,G,1105,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 1068
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1105
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -14.851
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1069
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1106
ndb struct na base pair.opening: 1.491
ndb struct na base pair.pair name: N_C1069:G1106_N
ndb struct na base pair.pair number: 459
ndb struct na base pair.propeller: 15.874
ndb struct na base pair.shear: 1.233
ndb struct na base pair.stagger: 0.605
ndb struct na base pair.stretch: -0.395

A,U,1069,1 555,A,A,1104,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 1069
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 1104
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -25.348
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1070
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1105
ndb struct na base pair.opening: 10.438
ndb struct na base pair.pair name: N_U1070:A1105_N
ndb struct na base pair.pair number: 460
ndb struct na base pair.propeller: -7.307
ndb struct na base pair.shear: -1.413
ndb struct na base pair.stagger: 0.329
ndb struct na base pair.stretch: -0.068

A,C,1070,1 555,A,G,1103,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 1070
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1103
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 1.397
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1071
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1104
ndb struct na base pair.opening: 1.266
ndb struct na base pair.pair name: N_C1071:G1104_N
ndb struct na base pair.pair number: 461
ndb struct na base pair.propeller: -13.033
ndb struct na base pair.shear: 1.058
ndb struct na base pair.stagger: 0.166
ndb struct na base pair.stretch: -0.428

A,G,1071,1 555,A,C,1102,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 1071
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 1102
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -10.041
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1072
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1103
ndb struct na base pair.opening: 4.61
ndb struct na base pair.pair name: N_G1072:C1103_N
ndb struct na base pair.pair number: 462
ndb struct na base pair.propeller: -28.333
ndb struct na base pair.shear: -0.379
ndb struct na base pair.stagger: -0.543
ndb struct na base pair.stretch: -0.329

A,U,1072,1 555,A,A,1101,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 1072
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 1101
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 8.618
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1073
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1102
ndb struct na base pair.opening: 10.391
ndb struct na base pair.pair name: N_U1073:A1102_N
ndb struct na base pair.pair number: 463
ndb struct na base pair.propeller: -34.006
ndb struct na base pair.shear: 0.756
ndb struct na base pair.stagger: -0.078
ndb struct na base pair.stretch: -0.278

A,G,1073,1 555,A,U,1082,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 1073
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 1082
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -14.264
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 28
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1074
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1083
ndb struct na base pair.opening: -4.752
ndb struct na base pair.pair name: N_G1074:U1083_N
ndb struct na base pair.pair number: 464
ndb struct na base pair.propeller: -1.538
ndb struct na base pair.shear: -2.027
ndb struct na base pair.stagger: 0.562
ndb struct na base pair.stretch: -0.672

A,U,1074,1 555,A,A,1081,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 1074
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 1081
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 12.591
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1075
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1082
ndb struct na base pair.opening: 4.722
ndb struct na base pair.pair name: N_U1075:A1082_N
ndb struct na base pair.pair number: 465
ndb struct na base pair.propeller: 6.18
ndb struct na base pair.shear: 0.841
ndb struct na base pair.stagger: 0.342
ndb struct na base pair.stretch: -0.192

A,U,1075,1 555,A,A,1080,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 1075
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 1080
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 15.93
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1076
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1081
ndb struct na base pair.opening: 11.899
ndb struct na base pair.pair name: N_U1076:A1081_N
ndb struct na base pair.pair number: 466
ndb struct na base pair.propeller: -32.609
ndb struct na base pair.shear: 1.502
ndb struct na base pair.stagger: -0.515
ndb struct na base pair.stretch: -0.229

A,G,1086,1 555,A,C,1097,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 1086
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 1097
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 11.619
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1087
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1098
ndb struct na base pair.opening: -7.203
ndb struct na base pair.pair name: N_G1087:C1098_N
ndb struct na base pair.pair number: 467
ndb struct na base pair.propeller: -7.796
ndb struct na base pair.shear: -1.487
ndb struct na base pair.stagger: -0.062
ndb struct na base pair.stretch: -0.661

A,G,1087,1 555,A,C,1096,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 1087
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 1096
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -7.947
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1088
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1097
ndb struct na base pair.opening: 1.6
ndb struct na base pair.pair name: N_G1088:C1097_N
ndb struct na base pair.pair number: 468
ndb struct na base pair.propeller: -4.417
ndb struct na base pair.shear: -0.793
ndb struct na base pair.stagger: -0.521
ndb struct na base pair.stretch: -0.248

A,G,1088,1 555,A,C,1095,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 1088
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 1095
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -14.682
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1089
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1096
ndb struct na base pair.opening: 12.314
ndb struct na base pair.pair name: N_G1089:C1096_N
ndb struct na base pair.pair number: 469
ndb struct na base pair.propeller: -15.979
ndb struct na base pair.shear: 0.169
ndb struct na base pair.stagger: -1.326
ndb struct na base pair.stretch: -0.35

A,U,1089,1 555,A,U,1094,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 1089
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 1094
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 4.929
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 16
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1090
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1095
ndb struct na base pair.opening: 20.917
ndb struct na base pair.pair name: N_U1090:U1095_N
ndb struct na base pair.pair number: 470
ndb struct na base pair.propeller: -21.312
ndb struct na base pair.shear: 3.127
ndb struct na base pair.stagger: -0.004
ndb struct na base pair.stretch: -1.936

A,A,1091,1 555,A,A,1109,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 1091
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 1109
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -41.241
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1092
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1110
ndb struct na base pair.opening: 50.882
ndb struct na base pair.pair name: N_A1092:A1110_N
ndb struct na base pair.pair number: 471
ndb struct na base pair.propeller: 7.64
ndb struct na base pair.shear: -4.638
ndb struct na base pair.stagger: 0.876
ndb struct na base pair.stretch: 3.547

A,C,1113,1 555,A,G,1185,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 1113
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1185
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -24.788
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1114
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1186
ndb struct na base pair.opening: -7.917
ndb struct na base pair.pair name: N_C1114:G1186_N
ndb struct na base pair.pair number: 472
ndb struct na base pair.propeller: 5.774
ndb struct na base pair.shear: 0.928
ndb struct na base pair.stagger: -0.136
ndb struct na base pair.stretch: -0.55

A,U,1114,1 555,A,G,1184,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 1114
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1184
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -18.207
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1115
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1185
ndb struct na base pair.opening: 26.559
ndb struct na base pair.pair name: N_U1115:G1185_N
ndb struct na base pair.pair number: 473
ndb struct na base pair.propeller: -16.205
ndb struct na base pair.shear: 2.254
ndb struct na base pair.stagger: 1.311
ndb struct na base pair.stretch: 0.298

A,U,1115,1 555,A,G,1183,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 1115
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1183
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 7.106
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 28
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1116
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1184
ndb struct na base pair.opening: -1.478
ndb struct na base pair.pair name: N_U1116:G1184_N
ndb struct na base pair.pair number: 474
ndb struct na base pair.propeller: -19.755
ndb struct na base pair.shear: 2.404
ndb struct na base pair.stagger: -0.525
ndb struct na base pair.stretch: -0.845

A,A,1178,1 555,A,G,1155,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 1178
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1155
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -50.833
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1179
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1156
ndb struct na base pair.opening: 91.808
ndb struct na base pair.pair name: N_A1179:G1156_N
ndb struct na base pair.pair number: 475
ndb struct na base pair.propeller: -20.336
ndb struct na base pair.shear: -1.74
ndb struct na base pair.stagger: 1.923
ndb struct na base pair.stretch: 5.059

A,U,1117,1 555,A,A,1154,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 1117
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 1154
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 33.729
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1118
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1155
ndb struct na base pair.opening: 5.719
ndb struct na base pair.pair name: N_U1118:A1155_N
ndb struct na base pair.pair number: 476
ndb struct na base pair.propeller: -12.148
ndb struct na base pair.shear: 1.547
ndb struct na base pair.stagger: -0.306
ndb struct na base pair.stretch: -0.006

A,C,1118,1 555,A,G,1153,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 1118
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1153
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 17.615
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1119
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1154
ndb struct na base pair.opening: 2.132
ndb struct na base pair.pair name: N_C1119:G1154_N
ndb struct na base pair.pair number: 477
ndb struct na base pair.propeller: -0.847
ndb struct na base pair.shear: 0.969
ndb struct na base pair.stagger: -1.45
ndb struct na base pair.stretch: -0.382

A,C,1119,1 555,A,G,1152,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 1119
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1152
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -18.288
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1120
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1153
ndb struct na base pair.opening: -4.456
ndb struct na base pair.pair name: N_C1120:G1153_N
ndb struct na base pair.pair number: 478
ndb struct na base pair.propeller: -4.8
ndb struct na base pair.shear: -0.155
ndb struct na base pair.stagger: -0.175
ndb struct na base pair.stretch: -0.114

A,U,1120,1 555,A,A,1151,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 1120
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 1151
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -5.861
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1121
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1152
ndb struct na base pair.opening: -0.51
ndb struct na base pair.pair name: N_U1121:A1152_N
ndb struct na base pair.pair number: 479
ndb struct na base pair.propeller: -13.619
ndb struct na base pair.shear: 1.094
ndb struct na base pair.stagger: -0.275
ndb struct na base pair.stretch: -0.212

A,U,1121,1 555,A,A,1150,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 1121
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 1150
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -29.514
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1122
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1151
ndb struct na base pair.opening: 25.807
ndb struct na base pair.pair name: N_U1122:A1151_N
ndb struct na base pair.pair number: 480
ndb struct na base pair.propeller: -30.757
ndb struct na base pair.shear: -1.251
ndb struct na base pair.stagger: 0.586
ndb struct na base pair.stretch: 0.326

A,U,1122,1 555,A,A,1149,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 1122
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 1149
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -26.98
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1123
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1150
ndb struct na base pair.opening: 0.197
ndb struct na base pair.pair name: N_U1123:A1150_N
ndb struct na base pair.pair number: 481
ndb struct na base pair.propeller: -14.655
ndb struct na base pair.shear: 1.377
ndb struct na base pair.stagger: 1.727
ndb struct na base pair.stretch: -0.543

A,G,1123,1 555,A,C,1148,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 1123
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 1148
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -3.597
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1124
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1149
ndb struct na base pair.opening: -6.754
ndb struct na base pair.pair name: N_G1124:C1149_N
ndb struct na base pair.pair number: 482
ndb struct na base pair.propeller: -37.866
ndb struct na base pair.shear: -0.706
ndb struct na base pair.stagger: 0.658
ndb struct na base pair.stretch: -0.256

A,A,1144,1 555,A,G,1126,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 1144
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1126
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -1.089
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1145
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1127
ndb struct na base pair.opening: 12.677
ndb struct na base pair.pair name: N_A1145:G1127_N
ndb struct na base pair.pair number: 483
ndb struct na base pair.propeller: -2.334
ndb struct na base pair.shear: 0.983
ndb struct na base pair.stagger: -0.7
ndb struct na base pair.stretch: 1.707

A,G,1143,1 555,A,C,1127,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 1143
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 1127
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -12.857
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1144
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1128
ndb struct na base pair.opening: 15
ndb struct na base pair.pair name: N_G1144:C1128_N
ndb struct na base pair.pair number: 484
ndb struct na base pair.propeller: -18.564
ndb struct na base pair.shear: -1.712
ndb struct na base pair.stagger: -0.773
ndb struct na base pair.stretch: -0.332

A,G,1142,1 555,A,C,1128,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 1142
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 1128
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -1.352
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1143
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1129
ndb struct na base pair.opening: 6.482
ndb struct na base pair.pair name: N_G1143:C1129_N
ndb struct na base pair.pair number: 485
ndb struct na base pair.propeller: -16.612
ndb struct na base pair.shear: -0.16
ndb struct na base pair.stagger: -0.912
ndb struct na base pair.stretch: -0.403

A,C,1131,1 555,A,G,1141,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 1131
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1141
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 19.986
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1132
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1142
ndb struct na base pair.opening: 3.145
ndb struct na base pair.pair name: N_C1132:G1142_N
ndb struct na base pair.pair number: 486
ndb struct na base pair.propeller: -26.496
ndb struct na base pair.shear: 0.743
ndb struct na base pair.stagger: -0.848
ndb struct na base pair.stretch: -0.227

A,G,1132,1 555,A,C,1140,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 1132
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 1140
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -1.141
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1133
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1141
ndb struct na base pair.opening: 1.004
ndb struct na base pair.pair name: N_G1133:C1141_N
ndb struct na base pair.pair number: 487
ndb struct na base pair.propeller: 9.715
ndb struct na base pair.shear: -0.514
ndb struct na base pair.stagger: 0.435
ndb struct na base pair.stretch: -0.381

A,G,1133,1 555,A,C,1139,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 1133
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 1139
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -13.581
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1134
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1140
ndb struct na base pair.opening: -7.793
ndb struct na base pair.pair name: N_G1134:C1140_N
ndb struct na base pair.pair number: 488
ndb struct na base pair.propeller: 17.478
ndb struct na base pair.shear: -0.191
ndb struct na base pair.stagger: -1.631
ndb struct na base pair.stretch: -0.504

A,U,1134,1 555,A,G,1137,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 1134
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1137
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 12.349
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1135
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1138
ndb struct na base pair.opening: -152.707
ndb struct na base pair.pair name: N_U1135:G1138_N
ndb struct na base pair.pair number: 489
ndb struct na base pair.propeller: -15.295
ndb struct na base pair.shear: -0.339
ndb struct na base pair.stagger: -1.719
ndb struct na base pair.stretch: -3.132

A,U,1124,1 555,A,A,1279,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 1124
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 1279
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 45.004
ndb struct na base pair.hbond type 12: 3
ndb struct na base pair.hbond type 28: 23
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1125
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1280
ndb struct na base pair.opening: -74.994
ndb struct na base pair.pair name: N_U1125:A1280_N
ndb struct na base pair.pair number: 490
ndb struct na base pair.propeller: -21.858
ndb struct na base pair.shear: -2.058
ndb struct na base pair.stagger: 0.084
ndb struct na base pair.stretch: 4.052

A,A,1156,1 555,A,G,1177,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 1156
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1177
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -17.855
ndb struct na base pair.hbond type 12: 6
ndb struct na base pair.hbond type 28: 10
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1157
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1178
ndb struct na base pair.opening: 53.865
ndb struct na base pair.pair name: N_A1157:G1178_N
ndb struct na base pair.pair number: 491
ndb struct na base pair.propeller: -10.993
ndb struct na base pair.shear: -4.065
ndb struct na base pair.stagger: 0.488
ndb struct na base pair.stretch: 2.897

A,G,1159,1 555,A,A,1175,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 1159
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 1175
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 35.199
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 8
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1160
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1176
ndb struct na base pair.opening: -19.028
ndb struct na base pair.pair name: N_G1160:A1176_N
ndb struct na base pair.pair number: 492
ndb struct na base pair.propeller: 13.887
ndb struct na base pair.shear: -0.204
ndb struct na base pair.stagger: -0.897
ndb struct na base pair.stretch: 1.344

A,C,1157,1 555,A,G,1180,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 1157
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1180
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -13.151
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1158
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1181
ndb struct na base pair.opening: 15.015
ndb struct na base pair.pair name: N_C1158:G1181_N
ndb struct na base pair.pair number: 493
ndb struct na base pair.propeller: 7.886
ndb struct na base pair.shear: 1.627
ndb struct na base pair.stagger: 1.021
ndb struct na base pair.stretch: -0.506

A,C,1161,1 555,A,G,1173,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 1161
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1173
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 26.331
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1162
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1174
ndb struct na base pair.opening: -17.904
ndb struct na base pair.pair name: N_C1162:G1174_N
ndb struct na base pair.pair number: 494
ndb struct na base pair.propeller: 11.156
ndb struct na base pair.shear: 0.928
ndb struct na base pair.stagger: -2.065
ndb struct na base pair.stretch: -0.947

A,A,1162,1 555,A,U,1172,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 1162
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 1172
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -10.417
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1163
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1173
ndb struct na base pair.opening: 0.501
ndb struct na base pair.pair name: N_A1163:U1173_N
ndb struct na base pair.pair number: 495
ndb struct na base pair.propeller: -7.977
ndb struct na base pair.shear: -1.322
ndb struct na base pair.stagger: -0.06
ndb struct na base pair.stretch: -0.478

A,G,1163,1 555,A,C,1171,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 1163
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 1171
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -36.679
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1164
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1172
ndb struct na base pair.opening: -2.067
ndb struct na base pair.pair name: N_G1164:C1172_N
ndb struct na base pair.pair number: 496
ndb struct na base pair.propeller: -24.86
ndb struct na base pair.shear: 0.393
ndb struct na base pair.stagger: -2.225
ndb struct na base pair.stretch: -0.542

A,U,1164,1 555,A,A,1170,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 1164
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 1170
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -16.583
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1165
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1171
ndb struct na base pair.opening: -3.497
ndb struct na base pair.pair name: N_U1165:A1171_N
ndb struct na base pair.pair number: 497
ndb struct na base pair.propeller: -8.716
ndb struct na base pair.shear: 0.319
ndb struct na base pair.stagger: -1.175
ndb struct na base pair.stretch: -0.511

A,G,1165,1 555,A,A,1169,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 1165
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 1169
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -14.338
ndb struct na base pair.hbond type 12: 10
ndb struct na base pair.hbond type 28: 11
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1166
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1170
ndb struct na base pair.opening: -2.842
ndb struct na base pair.pair name: N_G1166:A1170_N
ndb struct na base pair.pair number: 498
ndb struct na base pair.propeller: 17.879
ndb struct na base pair.shear: 6.553
ndb struct na base pair.stagger: 0.125
ndb struct na base pair.stretch: -4.197

A,A,1287,1 555,A,C,1248,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 1287
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 1248
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -1.398
ndb struct na base pair.hbond type 12: 4
ndb struct na base pair.hbond type 28: 25
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1288
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1249
ndb struct na base pair.opening: -89.165
ndb struct na base pair.pair name: N_A1288:C1249_N
ndb struct na base pair.pair number: 499
ndb struct na base pair.propeller: -0.473
ndb struct na base pair.shear: -3.202
ndb struct na base pair.stagger: 1.015
ndb struct na base pair.stretch: -0.93

A,A,1288,1 555,A,A,1247,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 1288
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 1247
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 21.202
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1289
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1248
ndb struct na base pair.opening: -95.909
ndb struct na base pair.pair name: N_A1289:A1248_N
ndb struct na base pair.pair number: 500
ndb struct na base pair.propeller: 18.428
ndb struct na base pair.shear: -4.802
ndb struct na base pair.stagger: 0.481
ndb struct na base pair.stretch: 0.264

A,G,1289,1 555,A,U,1246,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 1289
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 1246
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 14.906
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 28
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1290
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1247
ndb struct na base pair.opening: 3.413
ndb struct na base pair.pair name: N_G1290:U1247_N
ndb struct na base pair.pair number: 501
ndb struct na base pair.propeller: -4.108
ndb struct na base pair.shear: -3.313
ndb struct na base pair.stagger: -0.419
ndb struct na base pair.stretch: -0.972

A,U,1290,1 555,A,A,1245,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 1290
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 1245
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 1.739
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1291
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1246
ndb struct na base pair.opening: 3.6
ndb struct na base pair.pair name: N_U1291:A1246_N
ndb struct na base pair.pair number: 502
ndb struct na base pair.propeller: -18.916
ndb struct na base pair.shear: 1.023
ndb struct na base pair.stagger: 0.935
ndb struct na base pair.stretch: -0.375

A,G,1291,1 555,A,C,1244,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 1291
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 1244
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -19.713
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1292
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1245
ndb struct na base pair.opening: -1.047
ndb struct na base pair.pair name: N_G1292:C1245_N
ndb struct na base pair.pair number: 503
ndb struct na base pair.propeller: -18.952
ndb struct na base pair.shear: -0.118
ndb struct na base pair.stagger: -0.983
ndb struct na base pair.stretch: -0.23

A,C,1292,1 555,A,G,1243,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 1292
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1243
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 6.689
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1293
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1244
ndb struct na base pair.opening: 3.578
ndb struct na base pair.pair name: N_C1293:G1244_N
ndb struct na base pair.pair number: 504
ndb struct na base pair.propeller: -5.694
ndb struct na base pair.shear: 1.403
ndb struct na base pair.stagger: -1.099
ndb struct na base pair.stretch: -0.822

A,G,1293,1 555,A,C,1242,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 1293
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 1242
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -2.407
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1294
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1243
ndb struct na base pair.opening: -0.779
ndb struct na base pair.pair name: N_G1294:C1243_N
ndb struct na base pair.pair number: 505
ndb struct na base pair.propeller: -10.412
ndb struct na base pair.shear: -1.29
ndb struct na base pair.stagger: -0.571
ndb struct na base pair.stretch: -0.616

A,U,1294,1 555,A,G,1241,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 1294
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1241
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -12.608
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 28
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1295
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1242
ndb struct na base pair.opening: -3.873
ndb struct na base pair.pair name: N_U1295:G1242_N
ndb struct na base pair.pair number: 506
ndb struct na base pair.propeller: -12.1
ndb struct na base pair.shear: 2.041
ndb struct na base pair.stagger: -0.971
ndb struct na base pair.stretch: -0.718

A,C,1295,1 555,A,G,1240,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 1295
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1240
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 0.997
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1296
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1241
ndb struct na base pair.opening: -2.863
ndb struct na base pair.pair name: N_C1296:G1241_N
ndb struct na base pair.pair number: 507
ndb struct na base pair.propeller: -3.642
ndb struct na base pair.shear: 1.528
ndb struct na base pair.stagger: -0.375
ndb struct na base pair.stretch: -0.54

A,A,1298,1 555,A,C,1301,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 1298
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 1301
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -36.234
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1299
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1302
ndb struct na base pair.opening: -161.849
ndb struct na base pair.pair name: N_A1299:C1302_N
ndb struct na base pair.pair number: 508
ndb struct na base pair.propeller: 42.609
ndb struct na base pair.shear: -4.986
ndb struct na base pair.stagger: 2.138
ndb struct na base pair.stretch: 5.44

A,A,1237,1 555,A,U,1300,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 1237
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 1300
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -21.65
ndb struct na base pair.hbond type 12: 4
ndb struct na base pair.hbond type 28: 24
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1238
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1301
ndb struct na base pair.opening: -90.881
ndb struct na base pair.pair name: N_A1238:U1301_N
ndb struct na base pair.pair number: 509
ndb struct na base pair.propeller: -32.608
ndb struct na base pair.shear: -4.157
ndb struct na base pair.stagger: 0.08
ndb struct na base pair.stretch: -2.533

A,A,1251,1 555,A,A,1284,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 1251
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 1284
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 31.73
ndb struct na base pair.hbond type 12: 2
ndb struct na base pair.hbond type 28: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1252
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1285
ndb struct na base pair.opening: 138.925
ndb struct na base pair.pair name: N_A1252:A1285_N
ndb struct na base pair.pair number: 510
ndb struct na base pair.propeller: 46.147
ndb struct na base pair.shear: -0.913
ndb struct na base pair.stagger: 1.969
ndb struct na base pair.stretch: 0.208

A,G,1252,1 555,A,C,1283,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 1252
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 1283
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -13.787
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1253
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1284
ndb struct na base pair.opening: -12.954
ndb struct na base pair.pair name: N_G1253:C1284_N
ndb struct na base pair.pair number: 511
ndb struct na base pair.propeller: -7.804
ndb struct na base pair.shear: -0.612
ndb struct na base pair.stagger: -2.131
ndb struct na base pair.stretch: -0.561

A,A,1253,1 555,A,U,1282,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 1253
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 1282
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -39.166
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1254
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1283
ndb struct na base pair.opening: -9.313
ndb struct na base pair.pair name: N_A1254:U1283_N
ndb struct na base pair.pair number: 512
ndb struct na base pair.propeller: -10.63
ndb struct na base pair.shear: -1.018
ndb struct na base pair.stagger: -0.985
ndb struct na base pair.stretch: -0.293

A,G,1254,1 555,A,C,1281,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 1254
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 1281
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -3.402
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1255
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1282
ndb struct na base pair.opening: -10.747
ndb struct na base pair.pair name: N_G1255:C1282_N
ndb struct na base pair.pair number: 513
ndb struct na base pair.propeller: -0.391
ndb struct na base pair.shear: -0.856
ndb struct na base pair.stagger: -0.163
ndb struct na base pair.stretch: -0.434

A,G,1257,1 555,A,C,1276,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 1257
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 1276
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -25.611
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1258
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1277
ndb struct na base pair.opening: -17.522
ndb struct na base pair.pair name: N_G1258:C1277_N
ndb struct na base pair.pair number: 514
ndb struct na base pair.propeller: 1.428
ndb struct na base pair.shear: 0.971
ndb struct na base pair.stagger: -1.282
ndb struct na base pair.stretch: -0.165

A,C,1258,1 555,A,G,1275,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 1258
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1275
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -12.435
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1259
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1276
ndb struct na base pair.opening: -3.207
ndb struct na base pair.pair name: N_C1259:G1276_N
ndb struct na base pair.pair number: 515
ndb struct na base pair.propeller: 19.088
ndb struct na base pair.shear: 0.935
ndb struct na base pair.stagger: 0.301
ndb struct na base pair.stretch: -0.345

A,G,1259,1 555,A,A,1274,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 1259
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 1274
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 24.164
ndb struct na base pair.hbond type 12: 10
ndb struct na base pair.hbond type 28: 11
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1260
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1275
ndb struct na base pair.opening: -12.274
ndb struct na base pair.pair name: N_G1260:A1275_N
ndb struct na base pair.pair number: 516
ndb struct na base pair.propeller: 9.308
ndb struct na base pair.shear: 6.842
ndb struct na base pair.stagger: 0.538
ndb struct na base pair.stretch: -4.493

A,C,1261,1 555,A,C,1272,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 1261
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 1272
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -3.795
ndb struct na base pair.hbond type 12: 2
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1262
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1273
ndb struct na base pair.opening: -47.679
ndb struct na base pair.pair name: N_C1262:C1273_N
ndb struct na base pair.pair number: 517
ndb struct na base pair.propeller: -1.981
ndb struct na base pair.shear: -4.177
ndb struct na base pair.stagger: -0.959
ndb struct na base pair.stretch: -1.98

A,C,1262,1 555,A,G,1271,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 1262
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1271
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -3.726
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1263
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1272
ndb struct na base pair.opening: 13.121
ndb struct na base pair.pair name: N_C1263:G1272_N
ndb struct na base pair.pair number: 518
ndb struct na base pair.propeller: -13.052
ndb struct na base pair.shear: -0.463
ndb struct na base pair.stagger: -0.791
ndb struct na base pair.stretch: -0.015

A,U,1263,1 555,A,A,1270,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 1263
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 1270
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -0.306
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1264
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1271
ndb struct na base pair.opening: 25.148
ndb struct na base pair.pair name: N_U1264:A1271_N
ndb struct na base pair.pair number: 519
ndb struct na base pair.propeller: -6.254
ndb struct na base pair.shear: -0.368
ndb struct na base pair.stagger: 0.812
ndb struct na base pair.stretch: 0.539

A,C,1264,1 555,A,G,1269,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 1264
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1269
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 20.097
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1265
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1270
ndb struct na base pair.opening: -4.507
ndb struct na base pair.pair name: N_C1265:G1270_N
ndb struct na base pair.pair number: 520
ndb struct na base pair.propeller: -20.933
ndb struct na base pair.shear: 1.424
ndb struct na base pair.stagger: -0.853
ndb struct na base pair.stretch: -0.563

A,G,1265,1 555,A,A,1268,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 1265
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 1268
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -1.361
ndb struct na base pair.hbond type 12: 10
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1266
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1269
ndb struct na base pair.opening: -38.576
ndb struct na base pair.pair name: N_G1266:A1269_N
ndb struct na base pair.pair number: 521
ndb struct na base pair.propeller: -11.654
ndb struct na base pair.shear: 6.833
ndb struct na base pair.stagger: 0.691
ndb struct na base pair.stretch: -6.755

A,G,1299,1 555,A,C,1302,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 1299
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 1302
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -25.12
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1300
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1303
ndb struct na base pair.opening: -89.972
ndb struct na base pair.pair name: N_G1300:C1303_N
ndb struct na base pair.pair number: 522
ndb struct na base pair.propeller: 4.611
ndb struct na base pair.shear: 0.44
ndb struct na base pair.stagger: -0.639
ndb struct na base pair.stretch: -3.91

A,A,1332,1 555,A,G,1303,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 1332
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1303
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 12.164
ndb struct na base pair.hbond type 12: 9
ndb struct na base pair.hbond type 28: 11
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1333
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1304
ndb struct na base pair.opening: -0.059
ndb struct na base pair.pair name: N_A1333:G1304_N
ndb struct na base pair.pair number: 523
ndb struct na base pair.propeller: -8.024
ndb struct na base pair.shear: -6.731
ndb struct na base pair.stagger: -0.245
ndb struct na base pair.stretch: -4.077

A,G,1346,1 555,A,A,1345,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 1346
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 1345
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -5.414
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1347
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1346
ndb struct na base pair.opening: 156.373
ndb struct na base pair.pair name: N_G1347:A1346_N
ndb struct na base pair.pair number: 524
ndb struct na base pair.propeller: 16.623
ndb struct na base pair.shear: -0.788
ndb struct na base pair.stagger: -0.017
ndb struct na base pair.stretch: 7.788

A,A,1348,1 555,A,G,1372,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 1348
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1372
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -0.625
ndb struct na base pair.hbond type 12: 10
ndb struct na base pair.hbond type 28: 11
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1349
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1373
ndb struct na base pair.opening: -8.065
ndb struct na base pair.pair name: N_A1349:G1373_N
ndb struct na base pair.pair number: 525
ndb struct na base pair.propeller: 12.487
ndb struct na base pair.shear: -7.045
ndb struct na base pair.stagger: 0.103
ndb struct na base pair.stretch: -3.86

A,A,1349,1 555,A,U,1371,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 1349
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 1371
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 1.914
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1350
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1372
ndb struct na base pair.opening: 5.567
ndb struct na base pair.pair name: N_A1350:U1372_N
ndb struct na base pair.pair number: 526
ndb struct na base pair.propeller: -14.74
ndb struct na base pair.shear: 1.13
ndb struct na base pair.stagger: -1.083
ndb struct na base pair.stretch: 0.013

A,U,1350,1 555,A,G,1370,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 1350
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1370
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 2.9
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 28
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1351
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1371
ndb struct na base pair.opening: 6.636
ndb struct na base pair.pair name: N_U1351:G1371_N
ndb struct na base pair.pair number: 527
ndb struct na base pair.propeller: -13.185
ndb struct na base pair.shear: 2.371
ndb struct na base pair.stagger: -0.924
ndb struct na base pair.stretch: -0.694

A,C,1351,1 555,A,G,1369,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 1351
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1369
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -7.334
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1352
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1370
ndb struct na base pair.opening: 3.206
ndb struct na base pair.pair name: N_C1352:G1370_N
ndb struct na base pair.pair number: 528
ndb struct na base pair.propeller: 3.242
ndb struct na base pair.shear: -0.579
ndb struct na base pair.stagger: 0.584
ndb struct na base pair.stretch: -0.177

A,G,1352,1 555,A,C,1368,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 1352
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 1368
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 15.48
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1353
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1369
ndb struct na base pair.opening: 5.613
ndb struct na base pair.pair name: N_G1353:C1369_N
ndb struct na base pair.pair number: 529
ndb struct na base pair.propeller: -4.948
ndb struct na base pair.shear: -1.473
ndb struct na base pair.stagger: -0.438
ndb struct na base pair.stretch: -0.517

A,U,1353,1 555,A,A,1367,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 1353
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 1367
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 4.497
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1354
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1368
ndb struct na base pair.opening: 19.699
ndb struct na base pair.pair name: N_U1354:A1368_N
ndb struct na base pair.pair number: 530
ndb struct na base pair.propeller: -11.182
ndb struct na base pair.shear: -0.55
ndb struct na base pair.stagger: -0.744
ndb struct na base pair.stretch: 0.038

A,G,1354,1 555,A,C,1366,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 1354
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 1366
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -29.901
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1355
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1367
ndb struct na base pair.opening: 1.781
ndb struct na base pair.pair name: N_G1355:C1367_N
ndb struct na base pair.pair number: 531
ndb struct na base pair.propeller: -32.754
ndb struct na base pair.shear: -0.792
ndb struct na base pair.stagger: 0.546
ndb struct na base pair.stretch: -0.218

A,G,1355,1 555,A,C,1365,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 1355
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 1365
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -22.707
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1356
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1366
ndb struct na base pair.opening: -13.716
ndb struct na base pair.pair name: N_G1356:C1366_N
ndb struct na base pair.pair number: 532
ndb struct na base pair.propeller: -21.123
ndb struct na base pair.shear: 0.695
ndb struct na base pair.stagger: 1.049
ndb struct na base pair.stretch: -0.469

A,A,1356,1 555,A,G,1364,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 1356
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1364
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -21.998
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 8
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1357
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1365
ndb struct na base pair.opening: -28.745
ndb struct na base pair.pair name: N_A1357:G1365_N
ndb struct na base pair.pair number: 533
ndb struct na base pair.propeller: -8.665
ndb struct na base pair.shear: 0.806
ndb struct na base pair.stagger: 1.626
ndb struct na base pair.stretch: 1.035

A,U,1357,1 555,A,A,1362,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 1357
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 1362
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -3.413
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1358
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1363
ndb struct na base pair.opening: -172.469
ndb struct na base pair.pair name: N_U1358:A1363_N
ndb struct na base pair.pair number: 534
ndb struct na base pair.propeller: -8.619
ndb struct na base pair.shear: -0.835
ndb struct na base pair.stagger: -2.22
ndb struct na base pair.stretch: -2.494

A,U,1347,1 555,A,A,1373,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 1347
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 1373
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 12.166
ndb struct na base pair.hbond type 12: 4
ndb struct na base pair.hbond type 28: 24
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1348
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1374
ndb struct na base pair.opening: -106.952
ndb struct na base pair.pair name: N_U1348:A1374_N
ndb struct na base pair.pair number: 535
ndb struct na base pair.propeller: -31.945
ndb struct na base pair.shear: 4.41
ndb struct na base pair.stagger: -0.537
ndb struct na base pair.stretch: -2.429

A,G,1400,1 555,A,C,1500,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 1400
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 1500
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -6.784
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1401
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1501
ndb struct na base pair.opening: -1.123
ndb struct na base pair.pair name: N_G1401:C1501_N
ndb struct na base pair.pair number: 536
ndb struct na base pair.propeller: -0.487
ndb struct na base pair.shear: -1.214
ndb struct na base pair.stagger: -1.092
ndb struct na base pair.stretch: -0.465

A,C,1398,1 555,A,G,1503,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 1398
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1503
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 17.764
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1399
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1504
ndb struct na base pair.opening: -12.249
ndb struct na base pair.pair name: N_C1399:G1504_N
ndb struct na base pair.pair number: 537
ndb struct na base pair.propeller: -7.706
ndb struct na base pair.shear: 1.658
ndb struct na base pair.stagger: -0.006
ndb struct na base pair.stretch: -0.87

A,A,1501,1 555,A,G,1504,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 1501
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1504
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 1.03
ndb struct na base pair.hbond type 12: 3
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1502
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1505
ndb struct na base pair.opening: 51.033
ndb struct na base pair.pair name: N_A1502:G1505_N
ndb struct na base pair.pair number: 538
ndb struct na base pair.propeller: -29.624
ndb struct na base pair.shear: -0.808
ndb struct na base pair.stagger: -1.058
ndb struct na base pair.stretch: -5.106

A,C,1402,1 555,A,A,1498,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 1402
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 1498
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 8.975
ndb struct na base pair.hbond type 12: 5
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1403
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1499
ndb struct na base pair.opening: 49.974
ndb struct na base pair.pair name: N_C1403:A1499_N
ndb struct na base pair.pair number: 539
ndb struct na base pair.propeller: -2.373
ndb struct na base pair.shear: 5.72
ndb struct na base pair.stagger: -0.907
ndb struct na base pair.stretch: -0.171

A,C,1403,1 555,A,G,1496,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 1403
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1496
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -12.059
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1404
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1497
ndb struct na base pair.opening: 0.623
ndb struct na base pair.pair name: N_C1404:G1497_N
ndb struct na base pair.pair number: 540
ndb struct na base pair.propeller: -14.283
ndb struct na base pair.shear: 0.812
ndb struct na base pair.stagger: -1.052
ndb struct na base pair.stretch: -0.418

A,G,1404,1 555,A,C,1495,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 1404
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 1495
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -12.073
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1405
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1496
ndb struct na base pair.opening: 4.004
ndb struct na base pair.pair name: N_G1405:C1496_N
ndb struct na base pair.pair number: 541
ndb struct na base pair.propeller: -16.425
ndb struct na base pair.shear: -1.327
ndb struct na base pair.stagger: 0.127
ndb struct na base pair.stretch: -0.523

A,U,1405,1 555,A,U,1494,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 1405
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 1494
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 33.705
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1406
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1495
ndb struct na base pair.opening: -13.363
ndb struct na base pair.pair name: N_U1406:U1495_N
ndb struct na base pair.pair number: 542
ndb struct na base pair.propeller: -0.562
ndb struct na base pair.shear: -3.014
ndb struct na base pair.stagger: 1.796
ndb struct na base pair.stretch: -1.78

A,C,1406,1 555,A,G,1493,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 1406
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1493
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -14.944
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1407
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1494
ndb struct na base pair.opening: -0.189
ndb struct na base pair.pair name: N_C1407:G1494_N
ndb struct na base pair.pair number: 543
ndb struct na base pair.propeller: 2.335
ndb struct na base pair.shear: 0.072
ndb struct na base pair.stagger: 2.493
ndb struct na base pair.stretch: -0.961

A,C,1408,1 555,A,G,1490,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 1408
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1490
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -12.637
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1409
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1491
ndb struct na base pair.opening: 0.551
ndb struct na base pair.pair name: N_C1409:G1491_N
ndb struct na base pair.pair number: 544
ndb struct na base pair.propeller: 3.211
ndb struct na base pair.shear: -0.786
ndb struct na base pair.stagger: 1.376
ndb struct na base pair.stretch: -0.172

A,A,1409,1 555,A,U,1489,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 1409
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 1489
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 8.208
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1410
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1490
ndb struct na base pair.opening: 7.415
ndb struct na base pair.pair name: N_A1410:U1490_N
ndb struct na base pair.pair number: 545
ndb struct na base pair.propeller: -9.278
ndb struct na base pair.shear: 1.322
ndb struct na base pair.stagger: 1.327
ndb struct na base pair.stretch: -0.417

A,C,1410,1 555,A,G,1488,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 1410
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1488
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 12.699
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1411
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1489
ndb struct na base pair.opening: 3.311
ndb struct na base pair.pair name: N_C1411:G1489_N
ndb struct na base pair.pair number: 546
ndb struct na base pair.propeller: 0.538
ndb struct na base pair.shear: -0.83
ndb struct na base pair.stagger: 1.368
ndb struct na base pair.stretch: -0.415

A,C,1411,1 555,A,G,1487,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 1411
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1487
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -3.139
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1412
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1488
ndb struct na base pair.opening: 6.85
ndb struct na base pair.pair name: N_C1412:G1488_N
ndb struct na base pair.pair number: 547
ndb struct na base pair.propeller: 21.561
ndb struct na base pair.shear: 0.374
ndb struct na base pair.stagger: 1.082
ndb struct na base pair.stretch: -0.375

A,A,1412,1 555,A,G,1486,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 1412
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1486
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 11.468
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 8
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1413
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1487
ndb struct na base pair.opening: -12.458
ndb struct na base pair.pair name: N_A1413:G1487_N
ndb struct na base pair.pair number: 548
ndb struct na base pair.propeller: -14.977
ndb struct na base pair.shear: 0.26
ndb struct na base pair.stagger: -1.373
ndb struct na base pair.stretch: 1.009

A,U,1413,1 555,A,G,1485,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 1413
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1485
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 5.62
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 28
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1414
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1486
ndb struct na base pair.opening: -4.425
ndb struct na base pair.pair name: N_U1414:G1486_N
ndb struct na base pair.pair number: 549
ndb struct na base pair.propeller: -2.258
ndb struct na base pair.shear: 2.179
ndb struct na base pair.stagger: -0.445
ndb struct na base pair.stretch: -0.457

A,G,1414,1 555,A,U,1484,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 1414
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 1484
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -21.066
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1415
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1485
ndb struct na base pair.opening: 26.27
ndb struct na base pair.pair name: N_G1415:U1485_N
ndb struct na base pair.pair number: 550
ndb struct na base pair.propeller: -24.807
ndb struct na base pair.shear: -2.71
ndb struct na base pair.stagger: -0.436
ndb struct na base pair.stretch: -0.005

A,G,1415,1 555,A,C,1483,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 1415
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 1483
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -4.625
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1416
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1484
ndb struct na base pair.opening: -6.544
ndb struct na base pair.pair name: N_G1416:C1484_N
ndb struct na base pair.pair number: 551
ndb struct na base pair.propeller: -15.782
ndb struct na base pair.shear: -1.516
ndb struct na base pair.stagger: -0.033
ndb struct na base pair.stretch: -0.714

A,G,1416,1 555,A,A,1482,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 1416
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 1482
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 3.61
ndb struct na base pair.hbond type 12: 10
ndb struct na base pair.hbond type 28: 11
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1417
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1483
ndb struct na base pair.opening: -5.247
ndb struct na base pair.pair name: N_G1417:A1483_N
ndb struct na base pair.pair number: 552
ndb struct na base pair.propeller: 2.322
ndb struct na base pair.shear: 6.59
ndb struct na base pair.stagger: -0.09
ndb struct na base pair.stretch: -4.993

A,A,1417,1 555,A,G,1481,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 1417
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1481
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 21.758
ndb struct na base pair.hbond type 12: 6
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1418
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1482
ndb struct na base pair.opening: 13.192
ndb struct na base pair.pair name: N_A1418:G1482_N
ndb struct na base pair.pair number: 553
ndb struct na base pair.propeller: 6.973
ndb struct na base pair.shear: -6.685
ndb struct na base pair.stagger: -1.531
ndb struct na base pair.stretch: -4.543

A,G,1418,1 555,A,U,1480,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 1418
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 1480
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -10.812
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 28
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1419
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1481
ndb struct na base pair.opening: 7.1
ndb struct na base pair.pair name: N_G1419:U1481_N
ndb struct na base pair.pair number: 554
ndb struct na base pair.propeller: -0.632
ndb struct na base pair.shear: -2.267
ndb struct na base pair.stagger: -0.802
ndb struct na base pair.stretch: -0.631

A,U,1419,1 555,A,A,1479,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 1419
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 1479
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -20.628
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1420
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1480
ndb struct na base pair.opening: 8.368
ndb struct na base pair.pair name: N_U1420:A1480_N
ndb struct na base pair.pair number: 555
ndb struct na base pair.propeller: -1.028
ndb struct na base pair.shear: 0.924
ndb struct na base pair.stagger: -0.141
ndb struct na base pair.stretch: -0.023

A,G,1420,1 555,A,C,1478,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 1420
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 1478
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -36.09
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1421
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1479
ndb struct na base pair.opening: -0.988
ndb struct na base pair.pair name: N_G1421:C1479_N
ndb struct na base pair.pair number: 556
ndb struct na base pair.propeller: -8.395
ndb struct na base pair.shear: 0.361
ndb struct na base pair.stagger: -0.14
ndb struct na base pair.stretch: 0.164

A,G,1421,1 555,A,U,1477,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 1421
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 1477
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -7.367
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 28
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1422
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1478
ndb struct na base pair.opening: -4.71
ndb struct na base pair.pair name: N_G1422:U1478_N
ndb struct na base pair.pair number: 557
ndb struct na base pair.propeller: 1.092
ndb struct na base pair.shear: -1.633
ndb struct na base pair.stagger: 0.433
ndb struct na base pair.stretch: -0.681

A,G,1422,1 555,A,U,1476,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 1422
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 1476
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 6.852
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 28
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1423
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1477
ndb struct na base pair.opening: 9.805
ndb struct na base pair.pair name: N_G1423:U1477_N
ndb struct na base pair.pair number: 558
ndb struct na base pair.propeller: -9.541
ndb struct na base pair.shear: -1.397
ndb struct na base pair.stagger: -0.438
ndb struct na base pair.stretch: -0.323

A,U,1423,1 555,A,A,1475,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 1423
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 1475
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 14.686
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1424
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1476
ndb struct na base pair.opening: 2.492
ndb struct na base pair.pair name: N_U1424:A1476_N
ndb struct na base pair.pair number: 559
ndb struct na base pair.propeller: -15.433
ndb struct na base pair.shear: 0.078
ndb struct na base pair.stagger: -1.019
ndb struct na base pair.stretch: -0.264

A,U,1424,1 555,A,G,1474,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 1424
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1474
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 12.835
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 28
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1425
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1475
ndb struct na base pair.opening: 3.345
ndb struct na base pair.pair name: N_U1425:G1475_N
ndb struct na base pair.pair number: 560
ndb struct na base pair.propeller: -9.122
ndb struct na base pair.shear: 1.581
ndb struct na base pair.stagger: -0.542
ndb struct na base pair.stretch: -0.339

A,G,1425,1 555,A,U,1473,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 1425
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 1473
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 19.614
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 28
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1426
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1474
ndb struct na base pair.opening: -10.25
ndb struct na base pair.pair name: N_G1426:U1474_N
ndb struct na base pair.pair number: 561
ndb struct na base pair.propeller: 3.132
ndb struct na base pair.shear: -1.981
ndb struct na base pair.stagger: -0.354
ndb struct na base pair.stretch: -0.712

A,C,1426,1 555,A,G,1472,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 1426
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1472
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 6.481
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1427
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1473
ndb struct na base pair.opening: 3.891
ndb struct na base pair.pair name: N_C1427:G1473_N
ndb struct na base pair.pair number: 562
ndb struct na base pair.propeller: -6.603
ndb struct na base pair.shear: 1.102
ndb struct na base pair.stagger: -1.379
ndb struct na base pair.stretch: -0.575

A,A,1427,1 555,A,U,1471,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 1427
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 1471
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 4.964
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1428
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1472
ndb struct na base pair.opening: 12.61
ndb struct na base pair.pair name: N_A1428:U1472_N
ndb struct na base pair.pair number: 563
ndb struct na base pair.propeller: -19.64
ndb struct na base pair.shear: -0.995
ndb struct na base pair.stagger: 1.044
ndb struct na base pair.stretch: -0.257

A,A,1428,1 555,A,U,1470,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 1428
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 1470
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 13.617
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1429
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1471
ndb struct na base pair.opening: 12.351
ndb struct na base pair.pair name: N_A1429:U1471_N
ndb struct na base pair.pair number: 564
ndb struct na base pair.propeller: -11.278
ndb struct na base pair.shear: 0.922
ndb struct na base pair.stagger: 1.371
ndb struct na base pair.stretch: -0.271

A,A,1429,1 555,A,U,1469,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 1429
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 1469
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -4.932
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1430
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1470
ndb struct na base pair.opening: 6.606
ndb struct na base pair.pair name: N_A1430:U1470_N
ndb struct na base pair.pair number: 565
ndb struct na base pair.propeller: 0.501
ndb struct na base pair.shear: -1.451
ndb struct na base pair.stagger: -0.967
ndb struct na base pair.stretch: -0.332

A,A,1430,1 555,A,C,1468,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 1430
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 1468
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -21.49
ndb struct na base pair.hbond type 12: 6
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1431
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1469
ndb struct na base pair.opening: -22.802
ndb struct na base pair.pair name: N_A1431:C1469_N
ndb struct na base pair.pair number: 566
ndb struct na base pair.propeller: -12.221
ndb struct na base pair.shear: 7.22
ndb struct na base pair.stagger: 0.635
ndb struct na base pair.stretch: -4.805

A,G,1431,1 555,A,A,1467,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 1431
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 1467
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 12.569
ndb struct na base pair.hbond type 12: 10
ndb struct na base pair.hbond type 28: 11
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1432
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1468
ndb struct na base pair.opening: -13.278
ndb struct na base pair.pair name: N_G1432:A1468_N
ndb struct na base pair.pair number: 567
ndb struct na base pair.propeller: 13.734
ndb struct na base pair.shear: 6.669
ndb struct na base pair.stagger: 0.465
ndb struct na base pair.stretch: -5.283

A,A,1432,1 555,A,C,1466,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 1432
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 1466
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -17.063
ndb struct na base pair.hbond type 12: 6
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1433
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1467
ndb struct na base pair.opening: -31.426
ndb struct na base pair.pair name: N_A1433:C1467_N
ndb struct na base pair.pair number: 568
ndb struct na base pair.propeller: 7.93
ndb struct na base pair.shear: -6.215
ndb struct na base pair.stagger: -0.183
ndb struct na base pair.stretch: -4.967

A,G,1434,1 555,A,C,1465,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 1434
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 1465
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 9.152
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1435
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1466
ndb struct na base pair.opening: 1.149
ndb struct na base pair.pair name: N_G1435:C1466_N
ndb struct na base pair.pair number: 569
ndb struct na base pair.propeller: -0.269
ndb struct na base pair.shear: 0.779
ndb struct na base pair.stagger: 1.421
ndb struct na base pair.stretch: -0.306

A,U,1435,1 555,A,A,1464,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 1435
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 1464
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 16.159
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1436
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1465
ndb struct na base pair.opening: -0.613
ndb struct na base pair.pair name: N_U1436:A1465_N
ndb struct na base pair.pair number: 570
ndb struct na base pair.propeller: -2.794
ndb struct na base pair.shear: 0.833
ndb struct na base pair.stagger: 1.275
ndb struct na base pair.stretch: -0.627

A,A,1436,1 555,A,U,1463,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: A
ndb struct na base pair.i label seq id: 1436
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 1463
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -2.154
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1437
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1464
ndb struct na base pair.opening: 12.41
ndb struct na base pair.pair name: N_A1437:U1464_N
ndb struct na base pair.pair number: 571
ndb struct na base pair.propeller: -28.758
ndb struct na base pair.shear: -0.277
ndb struct na base pair.stagger: -1.916
ndb struct na base pair.stretch: -0.772

A,G,1437,1 555,A,U,1462,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 1437
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 1462
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 0.297
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 28
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1438
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1463
ndb struct na base pair.opening: 15.628
ndb struct na base pair.pair name: N_G1438:U1463_N
ndb struct na base pair.pair number: 572
ndb struct na base pair.propeller: -10.046
ndb struct na base pair.shear: -2.39
ndb struct na base pair.stagger: 1.392
ndb struct na base pair.stretch: -0.544

A,G,1438,1 555,A,C,1461,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 1438
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 1461
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 4.082
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1439
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1462
ndb struct na base pair.opening: -1.448
ndb struct na base pair.pair name: N_G1439:C1462_N
ndb struct na base pair.pair number: 573
ndb struct na base pair.propeller: 1.105
ndb struct na base pair.shear: -1.552
ndb struct na base pair.stagger: -0.564
ndb struct na base pair.stretch: -0.687

A,U,1439,1 555,A,G,1460,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 1439
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1460
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 3.886
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 28
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1440
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1461
ndb struct na base pair.opening: 0.406
ndb struct na base pair.pair name: N_U1440:G1461_N
ndb struct na base pair.pair number: 574
ndb struct na base pair.propeller: -3.993
ndb struct na base pair.shear: 2.005
ndb struct na base pair.stagger: -1.505
ndb struct na base pair.stretch: -0.895

A,G,1441,1 555,A,C,1459,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 1441
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 1459
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 21.796
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1442
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1460
ndb struct na base pair.opening: 1.628
ndb struct na base pair.pair name: N_G1442:C1460_N
ndb struct na base pair.pair number: 575
ndb struct na base pair.propeller: -4.555
ndb struct na base pair.shear: -1.489
ndb struct na base pair.stagger: -1.163
ndb struct na base pair.stretch: -0.7

A,C,1442,1 555,A,G,1458,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 1442
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1458
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -3.996
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1443
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1459
ndb struct na base pair.opening: -7.587
ndb struct na base pair.pair name: N_C1443:G1459_N
ndb struct na base pair.pair number: 576
ndb struct na base pair.propeller: -14.369
ndb struct na base pair.shear: 0.682
ndb struct na base pair.stagger: -1.204
ndb struct na base pair.stretch: -0.621

A,U,1443,1 555,A,G,1457,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 1443
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1457
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -25.143
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 28
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1444
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1458
ndb struct na base pair.opening: -3.254
ndb struct na base pair.pair name: N_U1444:G1458_N
ndb struct na base pair.pair number: 577
ndb struct na base pair.propeller: 9.371
ndb struct na base pair.shear: 1.629
ndb struct na base pair.stagger: -0.012
ndb struct na base pair.stretch: -0.39

A,U,1444,1 555,A,G,1456,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 1444
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1456
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -15.393
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 28
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1445
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1457
ndb struct na base pair.opening: -22.387
ndb struct na base pair.pair name: N_U1445:G1457_N
ndb struct na base pair.pair number: 578
ndb struct na base pair.propeller: -0.327
ndb struct na base pair.shear: 1.594
ndb struct na base pair.stagger: -1.233
ndb struct na base pair.stretch: -1.105

A,C,1447,1 555,A,G,1454,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 1447
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1454
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 29.554
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1448
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1455
ndb struct na base pair.opening: -15.504
ndb struct na base pair.pair name: N_C1448:G1455_N
ndb struct na base pair.pair number: 579
ndb struct na base pair.propeller: 23.475
ndb struct na base pair.shear: -0.161
ndb struct na base pair.stagger: -1.057
ndb struct na base pair.stretch: -0.128

A,C,1448,1 555,A,G,1453,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 1448
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1453
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 21.213
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1449
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1454
ndb struct na base pair.opening: 6.393
ndb struct na base pair.pair name: N_C1449:G1454_N
ndb struct na base pair.pair number: 580
ndb struct na base pair.propeller: -6.058
ndb struct na base pair.shear: 1.357
ndb struct na base pair.stagger: -1.882
ndb struct na base pair.stretch: -0.45

A,U,1449,1 555,A,G,1452,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 1449
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1452
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -3.591
ndb struct na base pair.hbond type 12: 6
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1450
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1453
ndb struct na base pair.opening: -118.062
ndb struct na base pair.pair name: N_U1450:G1453_N
ndb struct na base pair.pair number: 581
ndb struct na base pair.propeller: 27.825
ndb struct na base pair.shear: 0.434
ndb struct na base pair.stagger: 0.662
ndb struct na base pair.stretch: -6.4

A,C,1520,1 555,A,G,1513,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 1520
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1513
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -17.687
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1521
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1514
ndb struct na base pair.opening: -2.831
ndb struct na base pair.pair name: N_C1521:G1514_N
ndb struct na base pair.pair number: 582
ndb struct na base pair.propeller: -5.792
ndb struct na base pair.shear: -0.562
ndb struct na base pair.stagger: 0.655
ndb struct na base pair.stretch: -0.128

A,U,1521,1 555,A,A,1512,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 1521
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 1512
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 4.293
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1522
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1513
ndb struct na base pair.opening: 16.651
ndb struct na base pair.pair name: N_U1522:A1513_N
ndb struct na base pair.pair number: 583
ndb struct na base pair.propeller: -15.004
ndb struct na base pair.shear: -0.021
ndb struct na base pair.stagger: 0.42
ndb struct na base pair.stretch: 0.086

A,G,1522,1 555,A,U,1511,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 1522
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: U
ndb struct na base pair.j label seq id: 1511
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 4.168
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 28
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1523
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1512
ndb struct na base pair.opening: -6.79
ndb struct na base pair.pair name: N_G1523:U1512_N
ndb struct na base pair.pair number: 584
ndb struct na base pair.propeller: -26.411
ndb struct na base pair.shear: -1.97
ndb struct na base pair.stagger: -0.419
ndb struct na base pair.stretch: -0.791

A,C,1523,1 555,A,G,1510,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: C
ndb struct na base pair.i label seq id: 1523
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: G
ndb struct na base pair.j label seq id: 1510
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 10.009
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1524
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1511
ndb struct na base pair.opening: 5.492
ndb struct na base pair.pair name: N_C1524:G1511_N
ndb struct na base pair.pair number: 585
ndb struct na base pair.propeller: -12.182
ndb struct na base pair.shear: 0.339
ndb struct na base pair.stagger: -0.999
ndb struct na base pair.stretch: -0.227

A,G,1524,1 555,A,C,1509,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 1524
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 1509
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 9.775
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1525
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1510
ndb struct na base pair.opening: -2.048
ndb struct na base pair.pair name: N_G1525:C1510_N
ndb struct na base pair.pair number: 586
ndb struct na base pair.propeller: 0.72
ndb struct na base pair.shear: -0.955
ndb struct na base pair.stagger: -0.039
ndb struct na base pair.stretch: -0.48

A,G,1525,1 555,A,C,1508,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 1525
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: C
ndb struct na base pair.j label seq id: 1508
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -17.472
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 19
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1526
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1509
ndb struct na base pair.opening: -1.195
ndb struct na base pair.pair name: N_G1526:C1509_N
ndb struct na base pair.pair number: 587
ndb struct na base pair.propeller: -12.127
ndb struct na base pair.shear: -1.036
ndb struct na base pair.stagger: -0.65
ndb struct na base pair.stretch: -0.312

A,U,1526,1 555,A,A,1507,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 1526
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 1507
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 0.657
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1527
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1508
ndb struct na base pair.opening: 2.484
ndb struct na base pair.pair name: N_U1527:A1508_N
ndb struct na base pair.pair number: 588
ndb struct na base pair.propeller: -9.821
ndb struct na base pair.shear: -0.449
ndb struct na base pair.stagger: -0.482
ndb struct na base pair.stretch: 0.089

A,U,1527,1 555,A,A,1506,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: U
ndb struct na base pair.i label seq id: 1527
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 1506
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: 16.523
ndb struct na base pair.hbond type 12: 1
ndb struct na base pair.hbond type 28: 20
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1528
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1507
ndb struct na base pair.opening: -19.046
ndb struct na base pair.pair name: N_U1528:A1507_N
ndb struct na base pair.pair number: 589
ndb struct na base pair.propeller: 16.656
ndb struct na base pair.shear: 0.606
ndb struct na base pair.stagger: -0.988
ndb struct na base pair.stretch: -0.381

A,G,1529,1 555,A,A,1533,1 555,1
type: ndb struct na base pair
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair.i label asym id: A
ndb struct na base pair.i label comp id: G
ndb struct na base pair.i label seq id: 1529
ndb struct na base pair.i symmetry: 1_555
ndb struct na base pair.j label asym id: A
ndb struct na base pair.j label comp id: A
ndb struct na base pair.j label seq id: 1533
ndb struct na base pair.j symmetry: 1_555
ndb struct na base pair.model number: 1
ndb struct na base pair.buckle: -31.514
ndb struct na base pair.i auth asym id: N
ndb struct na base pair.i auth seq id: 1530
ndb struct na base pair.j auth asym id: N
ndb struct na base pair.j auth seq id: 1534
ndb struct na base pair.opening: 97.881
ndb struct na base pair.pair name: N_G1530:A1534_N
ndb struct na base pair.pair number: 590
ndb struct na base pair.propeller: 32.971
ndb struct na base pair.shear: 1.089
ndb struct na base pair.stagger: 0.067
ndb struct na base pair.stretch: -5.797

A,A,U,U,919,920,1 555,1 555,A,A,G,A,14,1395,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 919
ndb struct na base pair step.i label seq id 2: 920
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 14
ndb struct na base pair step.j label seq id 2: 1395
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.433
ndb struct na base pair step.helical twist: 24.535
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 920
ndb struct na base pair step.i auth seq id 2: 921
ndb struct na base pair step.inclination: 4.368
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 15
ndb struct na base pair step.j auth seq id 2: 1396
ndb struct na base pair step.rise: 3.059
ndb struct na base pair step.roll: 1.841
ndb struct na base pair step.shift: 2.354
ndb struct na base pair step.slide: -1
ndb struct na base pair step.step name: NN_U920U921:A1396G15_NN
ndb struct na base pair step.step number: 1
ndb struct na base pair step.tilt: -5.071
ndb struct na base pair step.tip: 12.028
ndb struct na base pair step.twist: 23.943
ndb struct na base pair step.x displacement: -2.837
ndb struct na base pair step.y displacement: -6.872

A,A,U,G,920,921,1 555,1 555,A,A,A,C,1395,1394,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 920
ndb struct na base pair step.i label seq id 2: 921
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 1395
ndb struct na base pair step.j label seq id 2: 1394
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.425
ndb struct na base pair step.helical twist: 44.863
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 921
ndb struct na base pair step.i auth seq id 2: 922
ndb struct na base pair step.inclination: 34.509
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1396
ndb struct na base pair step.j auth seq id 2: 1395
ndb struct na base pair step.rise: 4.944
ndb struct na base pair step.roll: 24.643
ndb struct na base pair step.shift: 0.443
ndb struct na base pair step.slide: -1.276
ndb struct na base pair step.step name: NN_U921G922:C1395A1396_NN
ndb struct na base pair step.step number: 2
ndb struct na base pair step.tilt: 12.028
ndb struct na base pair step.tip: -16.843
ndb struct na base pair step.twist: 35.855
ndb struct na base pair step.x displacement: -4.896
ndb struct na base pair step.y displacement: 0.992

A,A,G,A,921,922,1 555,1 555,A,A,C,U,1394,1392,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 921
ndb struct na base pair step.i label seq id 2: 922
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 1394
ndb struct na base pair step.j label seq id 2: 1392
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.335
ndb struct na base pair step.helical twist: 42.056
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 922
ndb struct na base pair step.i auth seq id 2: 923
ndb struct na base pair step.inclination: 4.988
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1395
ndb struct na base pair step.j auth seq id 2: 1393
ndb struct na base pair step.rise: 3.138
ndb struct na base pair step.roll: 3.511
ndb struct na base pair step.shift: -1.18
ndb struct na base pair step.slide: -0.061
ndb struct na base pair step.step name: NN_G922A923:U1393C1395_NN
ndb struct na base pair step.step number: 3
ndb struct na base pair step.tilt: -14.153
ndb struct na base pair step.tip: 20.103
ndb struct na base pair step.twist: 39.555
ndb struct na base pair step.x displacement: -0.457
ndb struct na base pair step.y displacement: 0.144

A,A,A,C,922,923,1 555,1 555,A,A,U,G,1392,1391,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 922
ndb struct na base pair step.i label seq id 2: 923
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 1392
ndb struct na base pair step.j label seq id 2: 1391
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.887
ndb struct na base pair step.helical twist: 38.497
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 923
ndb struct na base pair step.i auth seq id 2: 924
ndb struct na base pair step.inclination: -0.098
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1393
ndb struct na base pair step.j auth seq id 2: 1392
ndb struct na base pair step.rise: 2.848
ndb struct na base pair step.roll: -0.064
ndb struct na base pair step.shift: -0.477
ndb struct na base pair step.slide: -1.581
ndb struct na base pair step.step name: NN_A923C924:G1392U1393_NN
ndb struct na base pair step.step number: 4
ndb struct na base pair step.tilt: -8.385
ndb struct na base pair step.tip: 12.812
ndb struct na base pair step.twist: 37.607
ndb struct na base pair step.x displacement: -2.391
ndb struct na base pair step.y displacement: -0.2

A,A,U,C,16,17,1 555,1 555,A,A,A,G,917,916,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 16
ndb struct na base pair step.i label seq id 2: 17
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 917
ndb struct na base pair step.j label seq id 2: 916
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.852
ndb struct na base pair step.helical twist: 39.655
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 17
ndb struct na base pair step.i auth seq id 2: 18
ndb struct na base pair step.inclination: 5.388
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 918
ndb struct na base pair step.j auth seq id 2: 917
ndb struct na base pair step.rise: 2.923
ndb struct na base pair step.roll: 3.65
ndb struct na base pair step.shift: -0.712
ndb struct na base pair step.slide: -0.479
ndb struct na base pair step.step name: NN_U17C18:G917A918_NN
ndb struct na base pair step.step number: 5
ndb struct na base pair step.tilt: 0.981
ndb struct na base pair step.tip: -1.449
ndb struct na base pair step.twist: 39.481
ndb struct na base pair step.x displacement: -1.082
ndb struct na base pair step.y displacement: 1.151

A,A,C,A,17,18,1 555,1 555,A,A,G,U,916,915,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 17
ndb struct na base pair step.i label seq id 2: 18
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 916
ndb struct na base pair step.j label seq id 2: 915
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.988
ndb struct na base pair step.helical twist: 34.548
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 18
ndb struct na base pair step.i auth seq id 2: 19
ndb struct na base pair step.inclination: 18.209
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 917
ndb struct na base pair step.j auth seq id 2: 916
ndb struct na base pair step.rise: 3.711
ndb struct na base pair step.roll: 10.624
ndb struct na base pair step.shift: 1.529
ndb struct na base pair step.slide: -2.347
ndb struct na base pair step.step name: NN_C18A19:U916G917_NN
ndb struct na base pair step.step number: 6
ndb struct na base pair step.tilt: 4.064
ndb struct na base pair step.tip: -6.966
ndb struct na base pair step.twist: 32.676
ndb struct na base pair step.x displacement: -5.685
ndb struct na base pair step.y displacement: -1.912

A,A,A,U,18,19,1 555,1 555,A,A,U,U,915,12,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 18
ndb struct na base pair step.i label seq id 2: 19
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 915
ndb struct na base pair step.j label seq id 2: 12
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.39
ndb struct na base pair step.helical twist: 76.373
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 19
ndb struct na base pair step.i auth seq id 2: 20
ndb struct na base pair step.inclination: 1.583
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 916
ndb struct na base pair step.j auth seq id 2: 13
ndb struct na base pair step.rise: 3.629
ndb struct na base pair step.roll: 1.955
ndb struct na base pair step.shift: -1.707
ndb struct na base pair step.slide: -2.748
ndb struct na base pair step.step name: NN_A19U20:U13U916_NN
ndb struct na base pair step.step number: 7
ndb struct na base pair step.tilt: 8.527
ndb struct na base pair step.tip: -6.907
ndb struct na base pair step.twist: 75.947
ndb struct na base pair step.x displacement: -2.284
ndb struct na base pair step.y displacement: 1.651

A,A,U,G,19,20,1 555,1 555,A,A,U,A,12,913,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 19
ndb struct na base pair step.i label seq id 2: 20
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 12
ndb struct na base pair step.j label seq id 2: 913
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: -1.033
ndb struct na base pair step.helical twist: 11.155
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 20
ndb struct na base pair step.i auth seq id 2: 21
ndb struct na base pair step.inclination: 76.843
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 13
ndb struct na base pair step.j auth seq id 2: 914
ndb struct na base pair step.rise: 3.002
ndb struct na base pair step.roll: 10.428
ndb struct na base pair step.shift: 1.604
ndb struct na base pair step.slide: -1.047
ndb struct na base pair step.step name: NN_U20G21:A914U13_NN
ndb struct na base pair step.step number: 8
ndb struct na base pair step.tilt: -3.574
ndb struct na base pair step.tip: 26.332
ndb struct na base pair step.twist: 1.706
ndb struct na base pair step.x displacement: -13.601
ndb struct na base pair step.y displacement: -11.064

A,A,G,G,20,21,1 555,1 555,A,A,A,U,913,11,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 20
ndb struct na base pair step.i label seq id 2: 21
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 913
ndb struct na base pair step.j label seq id 2: 11
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 0.248
ndb struct na base pair step.helical twist: 25.808
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 21
ndb struct na base pair step.i auth seq id 2: 22
ndb struct na base pair step.inclination: 33.427
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 914
ndb struct na base pair step.j auth seq id 2: 12
ndb struct na base pair step.rise: 4.276
ndb struct na base pair step.roll: 12.582
ndb struct na base pair step.shift: -0.499
ndb struct na base pair step.slide: -3.536
ndb struct na base pair step.step name: NN_G21G22:U12A914_NN
ndb struct na base pair step.step number: 9
ndb struct na base pair step.tilt: 17.846
ndb struct na base pair step.tip: -47.41
ndb struct na base pair step.twist: 13.84
ndb struct na base pair step.x displacement: -11.108
ndb struct na base pair step.y displacement: 5.644

A,A,G,C,21,22,1 555,1 555,A,A,U,G,11,10,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 21
ndb struct na base pair step.i label seq id 2: 22
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 11
ndb struct na base pair step.j label seq id 2: 10
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.839
ndb struct na base pair step.helical twist: 42.579
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 22
ndb struct na base pair step.i auth seq id 2: 23
ndb struct na base pair step.inclination: 3.333
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 12
ndb struct na base pair step.j auth seq id 2: 11
ndb struct na base pair step.rise: 3.018
ndb struct na base pair step.roll: 2.404
ndb struct na base pair step.shift: 0.149
ndb struct na base pair step.slide: -1.655
ndb struct na base pair step.step name: NN_G22C23:G11U12_NN
ndb struct na base pair step.step number: 10
ndb struct na base pair step.tilt: -8.555
ndb struct na base pair step.tip: 11.861
ndb struct na base pair step.twist: 41.684
ndb struct na base pair step.x displacement: -2.499
ndb struct na base pair step.y displacement: -0.988

A,A,C,U,22,23,1 555,1 555,A,A,G,A,10,9,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 22
ndb struct na base pair step.i label seq id 2: 23
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 10
ndb struct na base pair step.j label seq id 2: 9
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 1.903
ndb struct na base pair step.helical twist: 36.33
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 23
ndb struct na base pair step.i auth seq id 2: 24
ndb struct na base pair step.inclination: 23.309
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 11
ndb struct na base pair step.j auth seq id 2: 10
ndb struct na base pair step.rise: 3.164
ndb struct na base pair step.roll: 14.112
ndb struct na base pair step.shift: 1.461
ndb struct na base pair step.slide: -2.016
ndb struct na base pair step.step name: NN_C23U24:A10G11_NN
ndb struct na base pair step.step number: 11
ndb struct na base pair step.tilt: -5.76
ndb struct na base pair step.tip: 9.514
ndb struct na base pair step.twist: 33.077
ndb struct na base pair step.x displacement: -4.838
ndb struct na base pair step.y displacement: -2.998

A,A,U,C,23,24,1 555,1 555,A,A,A,G,9,8,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 23
ndb struct na base pair step.i label seq id 2: 24
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 9
ndb struct na base pair step.j label seq id 2: 8
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.754
ndb struct na base pair step.helical twist: 29.993
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 24
ndb struct na base pair step.i auth seq id 2: 25
ndb struct na base pair step.inclination: -11.89
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 10
ndb struct na base pair step.j auth seq id 2: 9
ndb struct na base pair step.rise: 2.378
ndb struct na base pair step.roll: -6.112
ndb struct na base pair step.shift: -1.22
ndb struct na base pair step.slide: -2.133
ndb struct na base pair step.step name: NN_U24C25:G9A10_NN
ndb struct na base pair step.step number: 12
ndb struct na base pair step.tilt: 0.029
ndb struct na base pair step.tip: -0.057
ndb struct na base pair step.twist: 29.377
ndb struct na base pair step.x displacement: -3.124
ndb struct na base pair step.y displacement: 2.361

A,A,C,A,24,25,1 555,1 555,A,A,G,A,8,558,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 24
ndb struct na base pair step.i label seq id 2: 25
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 8
ndb struct na base pair step.j label seq id 2: 558
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 1.869
ndb struct na base pair step.helical twist: 55.607
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 25
ndb struct na base pair step.i auth seq id 2: 26
ndb struct na base pair step.inclination: 11.668
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 9
ndb struct na base pair step.j auth seq id 2: 559
ndb struct na base pair step.rise: 2.161
ndb struct na base pair step.roll: 10.819
ndb struct na base pair step.shift: 1.525
ndb struct na base pair step.slide: -1.93
ndb struct na base pair step.step name: NN_C25A26:A559G9_NN
ndb struct na base pair step.step number: 13
ndb struct na base pair step.tilt: 3.706
ndb struct na base pair step.tip: -3.997
ndb struct na base pair step.twist: 54.51
ndb struct na base pair step.x displacement: -2.46
ndb struct na base pair step.y displacement: -1.501

A,A,G,A,26,27,1 555,1 555,A,A,C,U,555,554,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 26
ndb struct na base pair step.i label seq id 2: 27
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 555
ndb struct na base pair step.j label seq id 2: 554
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.277
ndb struct na base pair step.helical twist: 40.236
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 27
ndb struct na base pair step.i auth seq id 2: 28
ndb struct na base pair step.inclination: 10.711
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 556
ndb struct na base pair step.j auth seq id 2: 555
ndb struct na base pair step.rise: 2.71
ndb struct na base pair step.roll: 7.27
ndb struct na base pair step.shift: 1.417
ndb struct na base pair step.slide: -0.071
ndb struct na base pair step.step name: NN_G27A28:U555C556_NN
ndb struct na base pair step.step number: 14
ndb struct na base pair step.tilt: -9.202
ndb struct na base pair step.tip: 13.558
ndb struct na base pair step.twist: 38.557
ndb struct na base pair step.x displacement: -0.746
ndb struct na base pair step.y displacement: -2.874

A,A,A,U,27,28,1 555,1 555,A,A,U,A,554,553,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 27
ndb struct na base pair step.i label seq id 2: 28
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 554
ndb struct na base pair step.j label seq id 2: 553
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 1.525
ndb struct na base pair step.helical twist: 24.239
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 28
ndb struct na base pair step.i auth seq id 2: 29
ndb struct na base pair step.inclination: 31.628
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 555
ndb struct na base pair step.j auth seq id 2: 554
ndb struct na base pair step.rise: 3.017
ndb struct na base pair step.roll: 12.64
ndb struct na base pair step.shift: 0.666
ndb struct na base pair step.slide: -2.086
ndb struct na base pair step.step name: NN_A28U29:A554U555_NN
ndb struct na base pair step.step number: 15
ndb struct na base pair step.tilt: 0.66
ndb struct na base pair step.tip: -1.652
ndb struct na base pair step.twist: 20.714
ndb struct na base pair step.x displacement: -7.972
ndb struct na base pair step.y displacement: -1.428

A,A,U,U,28,29,1 555,1 555,A,A,A,A,553,552,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 28
ndb struct na base pair step.i label seq id 2: 29
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 553
ndb struct na base pair step.j label seq id 2: 552
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 1.64
ndb struct na base pair step.helical twist: 40.27
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 29
ndb struct na base pair step.i auth seq id 2: 30
ndb struct na base pair step.inclination: 23.826
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 554
ndb struct na base pair step.j auth seq id 2: 553
ndb struct na base pair step.rise: 3.242
ndb struct na base pair step.roll: 15.497
ndb struct na base pair step.shift: -1.838
ndb struct na base pair step.slide: -0.857
ndb struct na base pair step.step name: NN_U29U30:A553A554_NN
ndb struct na base pair step.step number: 16
ndb struct na base pair step.tilt: 16.792
ndb struct na base pair step.tip: -25.816
ndb struct na base pair step.twist: 33.384
ndb struct na base pair step.x displacement: -2.689
ndb struct na base pair step.y displacement: 4.236

A,A,U,A,29,31,1 555,1 555,A,A,A,U,552,551,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 29
ndb struct na base pair step.i label seq id 2: 31
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 552
ndb struct na base pair step.j label seq id 2: 551
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.034
ndb struct na base pair step.helical twist: 33.345
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 30
ndb struct na base pair step.i auth seq id 2: 32
ndb struct na base pair step.inclination: 33.505
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 553
ndb struct na base pair step.j auth seq id 2: 552
ndb struct na base pair step.rise: 4.058
ndb struct na base pair step.roll: 17.97
ndb struct na base pair step.shift: -0.892
ndb struct na base pair step.slide: -0.894
ndb struct na base pair step.step name: NN_U30A32:U552A553_NN
ndb struct na base pair step.step number: 17
ndb struct na base pair step.tilt: -9.118
ndb struct na base pair step.tip: 17.002
ndb struct na base pair step.twist: 26.707
ndb struct na base pair step.x displacement: -5.18
ndb struct na base pair step.y displacement: -0.285

A,A,A,A,31,32,1 555,1 555,A,A,U,U,551,550,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 31
ndb struct na base pair step.i label seq id 2: 32
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 551
ndb struct na base pair step.j label seq id 2: 550
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.935
ndb struct na base pair step.helical twist: 35.957
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 32
ndb struct na base pair step.i auth seq id 2: 33
ndb struct na base pair step.inclination: -6.067
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 552
ndb struct na base pair step.j auth seq id 2: 551
ndb struct na base pair step.rise: 2.859
ndb struct na base pair step.roll: -3.721
ndb struct na base pair step.shift: 0.165
ndb struct na base pair step.slide: -1.59
ndb struct na base pair step.step name: NN_A32A33:U551U552_NN
ndb struct na base pair step.step number: 18
ndb struct na base pair step.tilt: -6.242
ndb struct na base pair step.tip: 10.177
ndb struct na base pair step.twist: 35.239
ndb struct na base pair step.x displacement: -2.1
ndb struct na base pair step.y displacement: -1.064

A,A,A,C,32,33,1 555,1 555,A,A,U,G,550,549,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 32
ndb struct na base pair step.i label seq id 2: 33
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 550
ndb struct na base pair step.j label seq id 2: 549
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.985
ndb struct na base pair step.helical twist: 35.826
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 33
ndb struct na base pair step.i auth seq id 2: 34
ndb struct na base pair step.inclination: -7.964
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 551
ndb struct na base pair step.j auth seq id 2: 550
ndb struct na base pair step.rise: 3.698
ndb struct na base pair step.roll: -4.882
ndb struct na base pair step.shift: 0.2
ndb struct na base pair step.slide: -2.382
ndb struct na base pair step.step name: NN_A33C34:G550U551_NN
ndb struct na base pair step.step number: 19
ndb struct na base pair step.tilt: 1.957
ndb struct na base pair step.tip: -3.192
ndb struct na base pair step.twist: 35.45
ndb struct na base pair step.x displacement: -3.045
ndb struct na base pair step.y displacement: 0.007

A,A,C,G,33,34,1 555,1 555,A,A,G,C,549,548,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 33
ndb struct na base pair step.i label seq id 2: 34
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 549
ndb struct na base pair step.j label seq id 2: 548
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 0.913
ndb struct na base pair step.helical twist: 29.614
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 34
ndb struct na base pair step.i auth seq id 2: 35
ndb struct na base pair step.inclination: 31.296
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 550
ndb struct na base pair step.j auth seq id 2: 549
ndb struct na base pair step.rise: 2.487
ndb struct na base pair step.roll: 15.249
ndb struct na base pair step.shift: -0.838
ndb struct na base pair step.slide: -2.331
ndb struct na base pair step.step name: NN_C34G35:C549G550_NN
ndb struct na base pair step.step number: 20
ndb struct na base pair step.tilt: 1.656
ndb struct na base pair step.tip: -3.398
ndb struct na base pair step.twist: 25.408
ndb struct na base pair step.x displacement: -6.372
ndb struct na base pair step.y displacement: 1.836

A,A,G,C,34,35,1 555,1 555,A,A,C,G,548,547,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 34
ndb struct na base pair step.i label seq id 2: 35
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 548
ndb struct na base pair step.j label seq id 2: 547
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.944
ndb struct na base pair step.helical twist: 41.191
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 35
ndb struct na base pair step.i auth seq id 2: 36
ndb struct na base pair step.inclination: 8.656
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 549
ndb struct na base pair step.j auth seq id 2: 548
ndb struct na base pair step.rise: 3.03
ndb struct na base pair step.roll: 6.058
ndb struct na base pair step.shift: -1.08
ndb struct na base pair step.slide: -1.073
ndb struct na base pair step.step name: NN_G35C36:G548C549_NN
ndb struct na base pair step.step number: 21
ndb struct na base pair step.tilt: -4.45
ndb struct na base pair step.tip: 6.358
ndb struct na base pair step.twist: 40.529
ndb struct na base pair step.x displacement: -2.128
ndb struct na base pair step.y displacement: 1.092

A,A,C,U,35,36,1 555,1 555,A,A,G,A,547,396,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 35
ndb struct na base pair step.i label seq id 2: 36
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 547
ndb struct na base pair step.j label seq id 2: 396
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.534
ndb struct na base pair step.helical twist: 116.541
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 36
ndb struct na base pair step.i auth seq id 2: 37
ndb struct na base pair step.inclination: 0.522
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 548
ndb struct na base pair step.j auth seq id 2: 397
ndb struct na base pair step.rise: 2.549
ndb struct na base pair step.roll: 0.887
ndb struct na base pair step.shift: 0.041
ndb struct na base pair step.slide: -2.678
ndb struct na base pair step.step name: NN_C36U37:A397G548_NN
ndb struct na base pair step.step number: 22
ndb struct na base pair step.tilt: 10.168
ndb struct na base pair step.tip: -5.98
ndb struct na base pair step.twist: 116.259
ndb struct na base pair step.x displacement: -1.581
ndb struct na base pair step.y displacement: 0.058

A,A,C,C,46,51,1 555,1 555,A,A,G,G,360,358,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 46
ndb struct na base pair step.i label seq id 2: 51
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 360
ndb struct na base pair step.j label seq id 2: 358
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 5.731
ndb struct na base pair step.helical twist: 89.944
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 47
ndb struct na base pair step.i auth seq id 2: 52
ndb struct na base pair step.inclination: 13.86
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 361
ndb struct na base pair step.j auth seq id 2: 359
ndb struct na base pair step.rise: 5.31
ndb struct na base pair step.roll: 19.309
ndb struct na base pair step.shift: -3.539
ndb struct na base pair step.slide: -1.062
ndb struct na base pair step.step name: NN_C47C52:G359G361_NN
ndb struct na base pair step.step number: 23
ndb struct na base pair step.tilt: -26.421
ndb struct na base pair step.tip: 18.965
ndb struct na base pair step.twist: 84.994
ndb struct na base pair step.x displacement: -1.444
ndb struct na base pair step.y displacement: 1.556

A,A,C,A,51,52,1 555,1 555,A,A,G,U,358,357,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 51
ndb struct na base pair step.i label seq id 2: 52
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 358
ndb struct na base pair step.j label seq id 2: 357
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 1.308
ndb struct na base pair step.helical twist: 31.904
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 52
ndb struct na base pair step.i auth seq id 2: 53
ndb struct na base pair step.inclination: 34.108
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 359
ndb struct na base pair step.j auth seq id 2: 358
ndb struct na base pair step.rise: 3.16
ndb struct na base pair step.roll: 17.723
ndb struct na base pair step.shift: 0.449
ndb struct na base pair step.slide: -2.409
ndb struct na base pair step.step name: NN_C52A53:U358G359_NN
ndb struct na base pair step.step number: 24
ndb struct na base pair step.tilt: -1.576
ndb struct na base pair step.tip: 3.032
ndb struct na base pair step.twist: 26.589
ndb struct na base pair step.x displacement: -6.796
ndb struct na base pair step.y displacement: -1.031

A,A,A,C,52,53,1 555,1 555,A,A,U,G,357,356,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 52
ndb struct na base pair step.i label seq id 2: 53
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 357
ndb struct na base pair step.j label seq id 2: 356
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.919
ndb struct na base pair step.helical twist: 35.773
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 53
ndb struct na base pair step.i auth seq id 2: 54
ndb struct na base pair step.inclination: 4.409
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 358
ndb struct na base pair step.j auth seq id 2: 357
ndb struct na base pair step.rise: 4.083
ndb struct na base pair step.roll: 2.703
ndb struct na base pair step.shift: 0.901
ndb struct na base pair step.slide: -2.837
ndb struct na base pair step.step name: NN_A53C54:G357U358_NN
ndb struct na base pair step.step number: 25
ndb struct na base pair step.tilt: 2.658
ndb struct na base pair step.tip: -4.335
ndb struct na base pair step.twist: 35.578
ndb struct na base pair step.x displacement: -5.097
ndb struct na base pair step.y displacement: -0.997

A,A,C,U,53,55,1 555,1 555,A,A,G,A,356,355,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 53
ndb struct na base pair step.i label seq id 2: 55
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 356
ndb struct na base pair step.j label seq id 2: 355
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.685
ndb struct na base pair step.helical twist: 53.83
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 54
ndb struct na base pair step.i auth seq id 2: 56
ndb struct na base pair step.inclination: 13.497
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 357
ndb struct na base pair step.j auth seq id 2: 356
ndb struct na base pair step.rise: 3.182
ndb struct na base pair step.roll: 12.129
ndb struct na base pair step.shift: -4.471
ndb struct na base pair step.slide: -1.779
ndb struct na base pair step.step name: NN_C54U56:A356G357_NN
ndb struct na base pair step.step number: 26
ndb struct na base pair step.tilt: 0.697
ndb struct na base pair step.tip: -0.776
ndb struct na base pair step.twist: 52.541
ndb struct na base pair step.x displacement: -2.65
ndb struct na base pair step.y displacement: 4.978

A,A,U,G,55,56,1 555,1 555,A,A,A,C,355,354,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 55
ndb struct na base pair step.i label seq id 2: 56
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 355
ndb struct na base pair step.j label seq id 2: 354
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.674
ndb struct na base pair step.helical twist: 34.103
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 56
ndb struct na base pair step.i auth seq id 2: 57
ndb struct na base pair step.inclination: 5.29
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 356
ndb struct na base pair step.j auth seq id 2: 355
ndb struct na base pair step.rise: 2.809
ndb struct na base pair step.roll: 3.095
ndb struct na base pair step.shift: -0.229
ndb struct na base pair step.slide: -1.118
ndb struct na base pair step.step name: NN_U56G57:C355A356_NN
ndb struct na base pair step.step number: 27
ndb struct na base pair step.tilt: 2.71
ndb struct na base pair step.tip: -4.631
ndb struct na base pair step.twist: 33.861
ndb struct na base pair step.x displacement: -2.32
ndb struct na base pair step.y displacement: 0.752

A,A,G,C,56,57,1 555,1 555,A,A,C,G,354,353,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 56
ndb struct na base pair step.i label seq id 2: 57
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 354
ndb struct na base pair step.j label seq id 2: 353
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.423
ndb struct na base pair step.helical twist: 41.916
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 57
ndb struct na base pair step.i auth seq id 2: 58
ndb struct na base pair step.inclination: 4.782
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 355
ndb struct na base pair step.j auth seq id 2: 354
ndb struct na base pair step.rise: 2.588
ndb struct na base pair step.roll: 3.417
ndb struct na base pair step.shift: 0.25
ndb struct na base pair step.slide: -1.882
ndb struct na base pair step.step name: NN_G57C58:G354C355_NN
ndb struct na base pair step.step number: 28
ndb struct na base pair step.tilt: -1.521
ndb struct na base pair step.tip: 2.129
ndb struct na base pair step.twist: 41.756
ndb struct na base pair step.x displacement: -2.903
ndb struct na base pair step.y displacement: -0.471

A,A,G,U,60,61,1 555,1 555,A,A,C,G,105,104,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 60
ndb struct na base pair step.i label seq id 2: 61
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 105
ndb struct na base pair step.j label seq id 2: 104
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.007
ndb struct na base pair step.helical twist: 32.512
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 61
ndb struct na base pair step.i auth seq id 2: 62
ndb struct na base pair step.inclination: 17.61
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 106
ndb struct na base pair step.j auth seq id 2: 105
ndb struct na base pair step.rise: 3.326
ndb struct na base pair step.roll: 9.685
ndb struct na base pair step.shift: 1.717
ndb struct na base pair step.slide: -1.299
ndb struct na base pair step.step name: NN_G61U62:G105C106_NN
ndb struct na base pair step.step number: 29
ndb struct na base pair step.tilt: 4.546
ndb struct na base pair step.tip: -8.266
ndb struct na base pair step.twist: 30.747
ndb struct na base pair step.x displacement: -4.009
ndb struct na base pair step.y displacement: -2.275

A,A,U,C,61,62,1 555,1 555,A,A,G,G,104,103,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 61
ndb struct na base pair step.i label seq id 2: 62
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 104
ndb struct na base pair step.j label seq id 2: 103
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: -0.192
ndb struct na base pair step.helical twist: 33.913
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 62
ndb struct na base pair step.i auth seq id 2: 63
ndb struct na base pair step.inclination: 20.573
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 105
ndb struct na base pair step.j auth seq id 2: 104
ndb struct na base pair step.rise: 2.358
ndb struct na base pair step.roll: 10.196
ndb struct na base pair step.shift: -1.508
ndb struct na base pair step.slide: -1.115
ndb struct na base pair step.step name: NN_U62C63:G104G105_NN
ndb struct na base pair step.step number: 30
ndb struct na base pair step.tilt: 26.555
ndb struct na base pair step.tip: -53.583
ndb struct na base pair step.twist: 18.659
ndb struct na base pair step.x displacement: -2.623
ndb struct na base pair step.y displacement: 4.437

A,A,C,A,62,65,1 555,1 555,A,A,G,U,103,102,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 62
ndb struct na base pair step.i label seq id 2: 65
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 103
ndb struct na base pair step.j label seq id 2: 102
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.889
ndb struct na base pair step.helical twist: 67.49
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 63
ndb struct na base pair step.i auth seq id 2: 66
ndb struct na base pair step.inclination: 30.371
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 104
ndb struct na base pair step.j auth seq id 2: 103
ndb struct na base pair step.rise: 5.129
ndb struct na base pair step.roll: 32.609
ndb struct na base pair step.shift: -1.898
ndb struct na base pair step.slide: -1.836
ndb struct na base pair step.step name: NN_C63A66:U103G104_NN
ndb struct na base pair step.step number: 31
ndb struct na base pair step.tilt: -3.452
ndb struct na base pair step.tip: 3.215
ndb struct na base pair step.twist: 59.83
ndb struct na base pair step.x displacement: -3.526
ndb struct na base pair step.y displacement: 1.51

A,A,A,C,65,66,1 555,1 555,A,A,U,G,102,101,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 65
ndb struct na base pair step.i label seq id 2: 66
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 102
ndb struct na base pair step.j label seq id 2: 101
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.828
ndb struct na base pair step.helical twist: 31.951
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 66
ndb struct na base pair step.i auth seq id 2: 67
ndb struct na base pair step.inclination: -3.524
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 103
ndb struct na base pair step.j auth seq id 2: 102
ndb struct na base pair step.rise: 2.743
ndb struct na base pair step.roll: -1.938
ndb struct na base pair step.shift: -0.68
ndb struct na base pair step.slide: -1.91
ndb struct na base pair step.step name: NN_A66C67:G102U103_NN
ndb struct na base pair step.step number: 32
ndb struct na base pair step.tilt: 1.039
ndb struct na base pair step.tip: -1.889
ndb struct na base pair step.twist: 31.877
ndb struct na base pair step.x displacement: -3.171
ndb struct na base pair step.y displacement: 1.395

A,A,C,G,66,67,1 555,1 555,A,A,G,A,101,100,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 66
ndb struct na base pair step.i label seq id 2: 67
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 101
ndb struct na base pair step.j label seq id 2: 100
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.073
ndb struct na base pair step.helical twist: 35.376
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 67
ndb struct na base pair step.i auth seq id 2: 68
ndb struct na base pair step.inclination: 19.458
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 102
ndb struct na base pair step.j auth seq id 2: 101
ndb struct na base pair step.rise: 3.04
ndb struct na base pair step.roll: 11.463
ndb struct na base pair step.shift: -1.393
ndb struct na base pair step.slide: -0.974
ndb struct na base pair step.step name: NN_C67G68:A101G102_NN
ndb struct na base pair step.step number: 33
ndb struct na base pair step.tilt: 9.943
ndb struct na base pair step.tip: -16.877
ndb struct na base pair step.twist: 32.051
ndb struct na base pair step.x displacement: -2.994
ndb struct na base pair step.y displacement: 3.499

A,A,G,G,67,68,1 555,1 555,A,A,A,C,100,98,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 67
ndb struct na base pair step.i label seq id 2: 68
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 100
ndb struct na base pair step.j label seq id 2: 98
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.001
ndb struct na base pair step.helical twist: 50.399
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 68
ndb struct na base pair step.i auth seq id 2: 69
ndb struct na base pair step.inclination: 7.69
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 101
ndb struct na base pair step.j auth seq id 2: 99
ndb struct na base pair step.rise: 3.004
ndb struct na base pair step.roll: 6.506
ndb struct na base pair step.shift: 5.898
ndb struct na base pair step.slide: -0.298
ndb struct na base pair step.step name: NN_G68G69:C99A101_NN
ndb struct na base pair step.step number: 34
ndb struct na base pair step.tilt: -8.282
ndb struct na base pair step.tip: 9.789
ndb struct na base pair step.twist: 49.357
ndb struct na base pair step.x displacement: -0.709
ndb struct na base pair step.y displacement: -7.383

A,A,G,U,68,69,1 555,1 555,A,A,C,A,98,97,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 68
ndb struct na base pair step.i label seq id 2: 69
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 98
ndb struct na base pair step.j label seq id 2: 97
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.244
ndb struct na base pair step.helical twist: 41.515
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 69
ndb struct na base pair step.i auth seq id 2: 70
ndb struct na base pair step.inclination: 20.23
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 99
ndb struct na base pair step.j auth seq id 2: 98
ndb struct na base pair step.rise: 2.742
ndb struct na base pair step.roll: 14.072
ndb struct na base pair step.shift: -0.982
ndb struct na base pair step.slide: -1.214
ndb struct na base pair step.step name: NN_G69U70:A98C99_NN
ndb struct na base pair step.step number: 35
ndb struct na base pair step.tilt: -2.228
ndb struct na base pair step.tip: 3.202
ndb struct na base pair step.twist: 39.095
ndb struct na base pair step.x displacement: -2.891
ndb struct na base pair step.y displacement: 1.198

A,A,U,C,69,72,1 555,1 555,A,A,A,G,97,96,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 69
ndb struct na base pair step.i label seq id 2: 72
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 97
ndb struct na base pair step.j label seq id 2: 96
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.496
ndb struct na base pair step.helical twist: 66.63
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 70
ndb struct na base pair step.i auth seq id 2: 73
ndb struct na base pair step.inclination: 10.04
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 98
ndb struct na base pair step.j auth seq id 2: 97
ndb struct na base pair step.rise: 3.96
ndb struct na base pair step.roll: 10.967
ndb struct na base pair step.shift: -3.932
ndb struct na base pair step.slide: 0.197
ndb struct na base pair step.step name: NN_U70C73:G97A98_NN
ndb struct na base pair step.step number: 36
ndb struct na base pair step.tilt: 8.142
ndb struct na base pair step.tip: -7.453
ndb struct na base pair step.twist: 65.373
ndb struct na base pair step.x displacement: -0.322
ndb struct na base pair step.y displacement: 3.951

A,A,C,A,72,73,1 555,1 555,A,A,G,U,96,95,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 72
ndb struct na base pair step.i label seq id 2: 73
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 96
ndb struct na base pair step.j label seq id 2: 95
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 4.248
ndb struct na base pair step.helical twist: 31.898
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 73
ndb struct na base pair step.i auth seq id 2: 74
ndb struct na base pair step.inclination: -5.083
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 97
ndb struct na base pair step.j auth seq id 2: 96
ndb struct na base pair step.rise: 3.992
ndb struct na base pair step.roll: -2.582
ndb struct na base pair step.shift: 1.427
ndb struct na base pair step.slide: -3.284
ndb struct na base pair step.step name: NN_C73A74:U96G97_NN
ndb struct na base pair step.step number: 37
ndb struct na base pair step.tilt: 20.342
ndb struct na base pair step.tip: -40.051
ndb struct na base pair step.twist: 24.566
ndb struct na base pair step.x displacement: -5.301
ndb struct na base pair step.y displacement: 2.711

A,A,A,G,73,74,1 555,1 555,A,A,U,C,95,94,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 73
ndb struct na base pair step.i label seq id 2: 74
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 95
ndb struct na base pair step.j label seq id 2: 94
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.071
ndb struct na base pair step.helical twist: 42.745
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 74
ndb struct na base pair step.i auth seq id 2: 75
ndb struct na base pair step.inclination: 33.316
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 96
ndb struct na base pair step.j auth seq id 2: 95
ndb struct na base pair step.rise: 3.312
ndb struct na base pair step.roll: 23.088
ndb struct na base pair step.shift: 0.326
ndb struct na base pair step.slide: -1.46
ndb struct na base pair step.step name: NN_A74G75:C95U96_NN
ndb struct na base pair step.step number: 38
ndb struct na base pair step.tilt: 1.51
ndb struct na base pair step.tip: -2.179
ndb struct na base pair step.twist: 36.19
ndb struct na base pair step.x displacement: -4.085
ndb struct na base pair step.y displacement: -0.311

A,A,G,G,74,75,1 555,1 555,A,A,C,U,94,92,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 74
ndb struct na base pair step.i label seq id 2: 75
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 94
ndb struct na base pair step.j label seq id 2: 92
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: -0.829
ndb struct na base pair step.helical twist: 80.746
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 75
ndb struct na base pair step.i auth seq id 2: 76
ndb struct na base pair step.inclination: 54.402
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 95
ndb struct na base pair step.j auth seq id 2: 93
ndb struct na base pair step.rise: 2.101
ndb struct na base pair step.roll: 62.175
ndb struct na base pair step.shift: 1.699
ndb struct na base pair step.slide: -2.22
ndb struct na base pair step.step name: NN_G75G76:U93C95_NN
ndb struct na base pair step.step number: 39
ndb struct na base pair step.tilt: -26.31
ndb struct na base pair step.tip: 23.02
ndb struct na base pair step.twist: 47.211
ndb struct na base pair step.x displacement: -2.153
ndb struct na base pair step.y displacement: -1.498

A,A,A,A,76,77,1 555,1 555,A,A,U,U,91,90,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 76
ndb struct na base pair step.i label seq id 2: 77
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 91
ndb struct na base pair step.j label seq id 2: 90
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.757
ndb struct na base pair step.helical twist: 57.371
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 77
ndb struct na base pair step.i auth seq id 2: 78
ndb struct na base pair step.inclination: 23.187
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 92
ndb struct na base pair step.j auth seq id 2: 91
ndb struct na base pair step.rise: 2.7
ndb struct na base pair step.roll: 21.785
ndb struct na base pair step.shift: -4.741
ndb struct na base pair step.slide: 0.277
ndb struct na base pair step.step name: NN_A77A78:U91U92_NN
ndb struct na base pair step.step number: 40
ndb struct na base pair step.tilt: -1.742
ndb struct na base pair step.tip: 1.855
ndb struct na base pair step.twist: 53.376
ndb struct na base pair step.x displacement: -0.744
ndb struct na base pair step.y displacement: 4.856

A,A,A,G,77,78,1 555,1 555,A,A,U,C,90,89,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 77
ndb struct na base pair step.i label seq id 2: 78
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 90
ndb struct na base pair step.j label seq id 2: 89
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 4.123
ndb struct na base pair step.helical twist: 29.538
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 78
ndb struct na base pair step.i auth seq id 2: 79
ndb struct na base pair step.inclination: -4.048
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 91
ndb struct na base pair step.j auth seq id 2: 90
ndb struct na base pair step.rise: 3.342
ndb struct na base pair step.roll: -1.928
ndb struct na base pair step.shift: 2.418
ndb struct na base pair step.slide: -0.104
ndb struct na base pair step.step name: NN_A78G79:C90U91_NN
ndb struct na base pair step.step number: 41
ndb struct na base pair step.tilt: 17.728
ndb struct na base pair step.tip: -37.224
ndb struct na base pair step.twist: 23.644
ndb struct na base pair step.x displacement: 0.318
ndb struct na base pair step.y displacement: 0.06

A,A,G,A,78,79,1 555,1 555,A,A,C,U,89,88,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 78
ndb struct na base pair step.i label seq id 2: 79
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 89
ndb struct na base pair step.j label seq id 2: 88
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.098
ndb struct na base pair step.helical twist: 43.557
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 79
ndb struct na base pair step.i auth seq id 2: 80
ndb struct na base pair step.inclination: -3.006
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 90
ndb struct na base pair step.j auth seq id 2: 89
ndb struct na base pair step.rise: 2.342
ndb struct na base pair step.roll: -2.208
ndb struct na base pair step.shift: 0.758
ndb struct na base pair step.slide: -0.278
ndb struct na base pair step.step name: NN_G79A80:U89C90_NN
ndb struct na base pair step.step number: 42
ndb struct na base pair step.tilt: -11.108
ndb struct na base pair step.tip: 15.127
ndb struct na base pair step.twist: 42.128
ndb struct na base pair step.x displacement: -0.227
ndb struct na base pair step.y displacement: -1.761

A,A,A,A,79,80,1 555,1 555,A,A,U,U,88,87,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 79
ndb struct na base pair step.i label seq id 2: 80
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 88
ndb struct na base pair step.j label seq id 2: 87
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.266
ndb struct na base pair step.helical twist: 42.284
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 80
ndb struct na base pair step.i auth seq id 2: 81
ndb struct na base pair step.inclination: -20.139
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 89
ndb struct na base pair step.j auth seq id 2: 88
ndb struct na base pair step.rise: 3.317
ndb struct na base pair step.roll: -14.237
ndb struct na base pair step.shift: 4.663
ndb struct na base pair step.slide: -2.048
ndb struct na base pair step.step name: NN_A80A81:U88U89_NN
ndb struct na base pair step.step number: 43
ndb struct na base pair step.tilt: -4.852
ndb struct na base pair step.tip: 6.863
ndb struct na base pair step.twist: 39.633
ndb struct na base pair step.x displacement: -1.32
ndb struct na base pair step.y displacement: -6.982

A,A,A,G,80,81,1 555,1 555,A,A,U,C,87,86,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 80
ndb struct na base pair step.i label seq id 2: 81
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 87
ndb struct na base pair step.j label seq id 2: 86
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 5.141
ndb struct na base pair step.helical twist: 40.748
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 81
ndb struct na base pair step.i auth seq id 2: 82
ndb struct na base pair step.inclination: 14.613
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 88
ndb struct na base pair step.j auth seq id 2: 87
ndb struct na base pair step.rise: 4.237
ndb struct na base pair step.roll: 9.845
ndb struct na base pair step.shift: -4.559
ndb struct na base pair step.slide: -1.424
ndb struct na base pair step.step name: NN_A81G82:C87U88_NN
ndb struct na base pair step.step number: 44
ndb struct na base pair step.tilt: -15.258
ndb struct na base pair step.tip: 22.647
ndb struct na base pair step.twist: 36.634
ndb struct na base pair step.x displacement: -3.696
ndb struct na base pair step.y displacement: 3.989

A,A,A,A,108,328,1 555,1 555,A,A,U,C,322,321,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 108
ndb struct na base pair step.i label seq id 2: 328
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 322
ndb struct na base pair step.j label seq id 2: 321
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.936
ndb struct na base pair step.helical twist: 24.908
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 109
ndb struct na base pair step.i auth seq id 2: 329
ndb struct na base pair step.inclination: 39.891
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 323
ndb struct na base pair step.j auth seq id 2: 322
ndb struct na base pair step.rise: 5.472
ndb struct na base pair step.roll: 15.826
ndb struct na base pair step.shift: -1.187
ndb struct na base pair step.slide: -0.656
ndb struct na base pair step.step name: NN_A109A329:C322U323_NN
ndb struct na base pair step.step number: 45
ndb struct na base pair step.tilt: -3.772
ndb struct na base pair step.tip: 9.507
ndb struct na base pair step.twist: 18.923
ndb struct na base pair step.x displacement: -9.314
ndb struct na base pair step.y displacement: 0.894

A,A,A,G,328,331,1 555,1 555,A,A,C,A,321,320,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 328
ndb struct na base pair step.i label seq id 2: 331
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 321
ndb struct na base pair step.j label seq id 2: 320
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.826
ndb struct na base pair step.helical twist: 73.721
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 329
ndb struct na base pair step.i auth seq id 2: 332
ndb struct na base pair step.inclination: 4.633
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 322
ndb struct na base pair step.j auth seq id 2: 321
ndb struct na base pair step.rise: 3.679
ndb struct na base pair step.roll: 5.547
ndb struct na base pair step.shift: 2.856
ndb struct na base pair step.slide: -1.459
ndb struct na base pair step.step name: NN_A329G332:A321C322_NN
ndb struct na base pair step.step number: 46
ndb struct na base pair step.tilt: 7.95
ndb struct na base pair step.tip: -6.64
ndb struct na base pair step.twist: 73.17
ndb struct na base pair step.x displacement: -1.419
ndb struct na base pair step.y displacement: -2.089

A,A,G,U,331,332,1 555,1 555,A,A,A,A,320,319,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 331
ndb struct na base pair step.i label seq id 2: 332
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 320
ndb struct na base pair step.j label seq id 2: 319
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.257
ndb struct na base pair step.helical twist: 38.54
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 332
ndb struct na base pair step.i auth seq id 2: 333
ndb struct na base pair step.inclination: 2.161
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 321
ndb struct na base pair step.j auth seq id 2: 320
ndb struct na base pair step.rise: 3.401
ndb struct na base pair step.roll: 1.424
ndb struct na base pair step.shift: 0.922
ndb struct na base pair step.slide: -1.109
ndb struct na base pair step.step name: NN_G332U333:A320A321_NN
ndb struct na base pair step.step number: 47
ndb struct na base pair step.tilt: -3.779
ndb struct na base pair step.tip: 5.735
ndb struct na base pair step.twist: 38.336
ndb struct na base pair step.x displacement: -1.861
ndb struct na base pair step.y displacement: -1.874

A,A,U,C,332,333,1 555,1 555,A,A,A,G,319,318,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 332
ndb struct na base pair step.i label seq id 2: 333
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 319
ndb struct na base pair step.j label seq id 2: 318
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.429
ndb struct na base pair step.helical twist: 31.103
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 333
ndb struct na base pair step.i auth seq id 2: 334
ndb struct na base pair step.inclination: 18.35
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 320
ndb struct na base pair step.j auth seq id 2: 319
ndb struct na base pair step.rise: 3.1
ndb struct na base pair step.roll: 9.561
ndb struct na base pair step.shift: 0.43
ndb struct na base pair step.slide: -1.74
ndb struct na base pair step.step name: NN_U333C334:G319A320_NN
ndb struct na base pair step.step number: 48
ndb struct na base pair step.tilt: 8.484
ndb struct na base pair step.tip: -16.282
ndb struct na base pair step.twist: 28.414
ndb struct na base pair step.x displacement: -4.865
ndb struct na base pair step.y displacement: 0.636

A,A,C,C,333,334,1 555,1 555,A,A,G,G,318,317,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 333
ndb struct na base pair step.i label seq id 2: 334
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 318
ndb struct na base pair step.j label seq id 2: 317
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 1.905
ndb struct na base pair step.helical twist: 25.342
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 334
ndb struct na base pair step.i auth seq id 2: 335
ndb struct na base pair step.inclination: 23.442
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 319
ndb struct na base pair step.j auth seq id 2: 318
ndb struct na base pair step.rise: 3.028
ndb struct na base pair step.roll: 9.978
ndb struct na base pair step.shift: -0.033
ndb struct na base pair step.slide: -2.211
ndb struct na base pair step.step name: NN_C334C335:G318G319_NN
ndb struct na base pair step.step number: 49
ndb struct na base pair step.tilt: -3.53
ndb struct na base pair step.tip: 8.294
ndb struct na base pair step.twist: 23.059
ndb struct na base pair step.x displacement: -7.325
ndb struct na base pair step.y displacement: -0.733

A,A,C,A,334,335,1 555,1 555,A,A,G,U,317,316,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 334
ndb struct na base pair step.i label seq id 2: 335
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 317
ndb struct na base pair step.j label seq id 2: 316
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 1.824
ndb struct na base pair step.helical twist: 24.709
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 335
ndb struct na base pair step.i auth seq id 2: 336
ndb struct na base pair step.inclination: 8.106
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 318
ndb struct na base pair step.j auth seq id 2: 317
ndb struct na base pair step.rise: 2.204
ndb struct na base pair step.roll: 3.447
ndb struct na base pair step.shift: 0.696
ndb struct na base pair step.slide: -1.773
ndb struct na base pair step.step name: NN_C335A336:U317G318_NN
ndb struct na base pair step.step number: 50
ndb struct na base pair step.tilt: -3.438
ndb struct na base pair step.tip: 8.085
ndb struct na base pair step.twist: 24.232
ndb struct na base pair step.x displacement: -4.795
ndb struct na base pair step.y displacement: -2.277

A,A,A,G,335,336,1 555,1 555,A,A,U,C,316,315,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 335
ndb struct na base pair step.i label seq id 2: 336
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 316
ndb struct na base pair step.j label seq id 2: 315
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.505
ndb struct na base pair step.helical twist: 53.906
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 336
ndb struct na base pair step.i auth seq id 2: 337
ndb struct na base pair step.inclination: 19.822
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 317
ndb struct na base pair step.j auth seq id 2: 316
ndb struct na base pair step.rise: 4.225
ndb struct na base pair step.roll: 17.435
ndb struct na base pair step.shift: 1.167
ndb struct na base pair step.slide: -2.206
ndb struct na base pair step.step name: NN_A336G337:C316U317_NN
ndb struct na base pair step.step number: 51
ndb struct na base pair step.tilt: 16.153
ndb struct na base pair step.tip: -18.364
ndb struct na base pair step.twist: 48.74
ndb struct na base pair step.x displacement: -3.789
ndb struct na base pair step.y displacement: -0.031

A,A,G,A,336,337,1 555,1 555,A,A,C,G,315,350,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 336
ndb struct na base pair step.i label seq id 2: 337
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 315
ndb struct na base pair step.j label seq id 2: 350
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.89
ndb struct na base pair step.helical twist: 91.359
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 337
ndb struct na base pair step.i auth seq id 2: 338
ndb struct na base pair step.inclination: 13.263
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 316
ndb struct na base pair step.j auth seq id 2: 351
ndb struct na base pair step.rise: 3.227
ndb struct na base pair step.roll: 18.86
ndb struct na base pair step.shift: -0.962
ndb struct na base pair step.slide: -1.081
ndb struct na base pair step.step name: NN_G337A338:G351C316_NN
ndb struct na base pair step.step number: 52
ndb struct na base pair step.tilt: 12.028
ndb struct na base pair step.tip: -8.459
ndb struct na base pair step.twist: 89.172
ndb struct na base pair step.x displacement: -1.107
ndb struct na base pair step.y displacement: 0.896

A,A,A,C,337,338,1 555,1 555,A,A,G,G,350,349,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 337
ndb struct na base pair step.i label seq id 2: 338
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 350
ndb struct na base pair step.j label seq id 2: 349
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.664
ndb struct na base pair step.helical twist: -26.72
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 338
ndb struct na base pair step.i auth seq id 2: 339
ndb struct na base pair step.inclination: -46.781
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 351
ndb struct na base pair step.j auth seq id 2: 350
ndb struct na base pair step.rise: 3.111
ndb struct na base pair step.roll: 19.341
ndb struct na base pair step.shift: 2.313
ndb struct na base pair step.slide: -0.388
ndb struct na base pair step.step name: NN_A338C339:G350G351_NN
ndb struct na base pair step.step number: 53
ndb struct na base pair step.tilt: -2.844
ndb struct na base pair step.tip: -6.879
ndb struct na base pair step.twist: -18.304
ndb struct na base pair step.x displacement: -4.472
ndb struct na base pair step.y displacement: 4.224

A,A,C,U,338,339,1 555,1 555,A,A,G,A,349,348,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 338
ndb struct na base pair step.i label seq id 2: 339
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 349
ndb struct na base pair step.j label seq id 2: 348
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.428
ndb struct na base pair step.helical twist: 27.795
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 339
ndb struct na base pair step.i auth seq id 2: 340
ndb struct na base pair step.inclination: 5.524
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 350
ndb struct na base pair step.j auth seq id 2: 349
ndb struct na base pair step.rise: 2.501
ndb struct na base pair step.roll: 2.65
ndb struct na base pair step.shift: 0.513
ndb struct na base pair step.slide: -0.729
ndb struct na base pair step.step name: NN_C339U340:A349G350_NN
ndb struct na base pair step.step number: 54
ndb struct na base pair step.tilt: 0.347
ndb struct na base pair step.tip: -0.724
ndb struct na base pair step.twist: 27.669
ndb struct na base pair step.x displacement: -1.998
ndb struct na base pair step.y displacement: -1.004

A,A,U,C,339,340,1 555,1 555,A,A,A,G,348,347,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 339
ndb struct na base pair step.i label seq id 2: 340
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 348
ndb struct na base pair step.j label seq id 2: 347
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.738
ndb struct na base pair step.helical twist: 36.43
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 340
ndb struct na base pair step.i auth seq id 2: 341
ndb struct na base pair step.inclination: 6.077
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 349
ndb struct na base pair step.j auth seq id 2: 348
ndb struct na base pair step.rise: 2.921
ndb struct na base pair step.roll: 3.793
ndb struct na base pair step.shift: 0.096
ndb struct na base pair step.slide: -1.69
ndb struct na base pair step.step name: NN_U340C341:G348A349_NN
ndb struct na base pair step.step number: 55
ndb struct na base pair step.tilt: 0.456
ndb struct na base pair step.tip: -0.731
ndb struct na base pair step.twist: 36.236
ndb struct na base pair step.x displacement: -3.159
ndb struct na base pair step.y displacement: -0.099

A,A,C,C,340,341,1 555,1 555,A,A,G,G,347,346,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 340
ndb struct na base pair step.i label seq id 2: 341
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 347
ndb struct na base pair step.j label seq id 2: 346
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.039
ndb struct na base pair step.helical twist: 25.871
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 341
ndb struct na base pair step.i auth seq id 2: 342
ndb struct na base pair step.inclination: 18.817
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 348
ndb struct na base pair step.j auth seq id 2: 347
ndb struct na base pair step.rise: 3.641
ndb struct na base pair step.roll: 8.243
ndb struct na base pair step.shift: -1.485
ndb struct na base pair step.slide: -1.938
ndb struct na base pair step.step name: NN_C341C342:G347G348_NN
ndb struct na base pair step.step number: 56
ndb struct na base pair step.tilt: -4.274
ndb struct na base pair step.tip: 9.758
ndb struct na base pair step.twist: 24.174
ndb struct na base pair step.x displacement: -6.749
ndb struct na base pair step.y displacement: 2.061

A,A,C,U,341,342,1 555,1 555,A,A,G,G,346,345,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 341
ndb struct na base pair step.i label seq id 2: 342
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 346
ndb struct na base pair step.j label seq id 2: 345
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.392
ndb struct na base pair step.helical twist: 113.663
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 342
ndb struct na base pair step.i auth seq id 2: 343
ndb struct na base pair step.inclination: 9.111
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 347
ndb struct na base pair step.j auth seq id 2: 346
ndb struct na base pair step.rise: 3.424
ndb struct na base pair step.roll: 15.218
ndb struct na base pair step.shift: -0.668
ndb struct na base pair step.slide: 0.519
ndb struct na base pair step.step name: NN_C342U343:G346G347_NN
ndb struct na base pair step.step number: 57
ndb struct na base pair step.tilt: 13.774
ndb struct na base pair step.tip: -8.247
ndb struct na base pair step.twist: 112.441
ndb struct na base pair step.x displacement: 0.131
ndb struct na base pair step.y displacement: 0.561

A,A,G,G,110,111,1 555,1 555,A,A,G,A,330,314,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 110
ndb struct na base pair step.i label seq id 2: 111
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 330
ndb struct na base pair step.j label seq id 2: 314
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 0.364
ndb struct na base pair step.helical twist: 45.84
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 111
ndb struct na base pair step.i auth seq id 2: 112
ndb struct na base pair step.inclination: 51.217
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 331
ndb struct na base pair step.j auth seq id 2: 315
ndb struct na base pair step.rise: 4.829
ndb struct na base pair step.roll: 35.105
ndb struct na base pair step.shift: 4.885
ndb struct na base pair step.slide: -2.514
ndb struct na base pair step.step name: NN_G111G112:A315G331_NN
ndb struct na base pair step.step number: 58
ndb struct na base pair step.tilt: -8.055
ndb struct na base pair step.tip: 11.752
ndb struct na base pair step.twist: 28.839
ndb struct na base pair step.x displacement: -6.275
ndb struct na base pair step.y displacement: -6.972

A,A,G,G,111,112,1 555,1 555,A,A,A,C,314,313,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 111
ndb struct na base pair step.i label seq id 2: 112
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 314
ndb struct na base pair step.j label seq id 2: 313
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.365
ndb struct na base pair step.helical twist: 28.374
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 112
ndb struct na base pair step.i auth seq id 2: 113
ndb struct na base pair step.inclination: -15.859
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 315
ndb struct na base pair step.j auth seq id 2: 314
ndb struct na base pair step.rise: 2.779
ndb struct na base pair step.roll: -7.568
ndb struct na base pair step.shift: -0.274
ndb struct na base pair step.slide: -2.775
ndb struct na base pair step.step name: NN_G112G113:C314A315_NN
ndb struct na base pair step.step number: 59
ndb struct na base pair step.tilt: -8.353
ndb struct na base pair step.tip: 17.505
ndb struct na base pair step.twist: 26.082
ndb struct na base pair step.x displacement: -3.951
ndb struct na base pair step.y displacement: -1.329

A,A,G,U,112,113,1 555,1 555,A,A,C,A,313,312,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 112
ndb struct na base pair step.i label seq id 2: 113
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 313
ndb struct na base pair step.j label seq id 2: 312
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.534
ndb struct na base pair step.helical twist: 39.112
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 113
ndb struct na base pair step.i auth seq id 2: 114
ndb struct na base pair step.inclination: 1.345
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 314
ndb struct na base pair step.j auth seq id 2: 313
ndb struct na base pair step.rise: 3.594
ndb struct na base pair step.roll: 0.9
ndb struct na base pair step.shift: 0.213
ndb struct na base pair step.slide: -2.002
ndb struct na base pair step.step name: NN_G113U114:A313C314_NN
ndb struct na base pair step.step number: 60
ndb struct na base pair step.tilt: -1.966
ndb struct na base pair step.tip: 2.938
ndb struct na base pair step.twist: 39.055
ndb struct na base pair step.x displacement: -3.108
ndb struct na base pair step.y displacement: -0.576

A,A,U,G,113,114,1 555,1 555,A,A,A,C,312,311,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 113
ndb struct na base pair step.i label seq id 2: 114
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 312
ndb struct na base pair step.j label seq id 2: 311
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 1.832
ndb struct na base pair step.helical twist: 38.803
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 114
ndb struct na base pair step.i auth seq id 2: 115
ndb struct na base pair step.inclination: 22.212
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 313
ndb struct na base pair step.j auth seq id 2: 312
ndb struct na base pair step.rise: 2.692
ndb struct na base pair step.roll: 14.262
ndb struct na base pair step.shift: -0.177
ndb struct na base pair step.slide: -1.529
ndb struct na base pair step.step name: NN_U114G115:C312A313_NN
ndb struct na base pair step.step number: 61
ndb struct na base pair step.tilt: 10.147
ndb struct na base pair step.tip: -15.803
ndb struct na base pair step.twist: 34.768
ndb struct na base pair step.x displacement: -3.579
ndb struct na base pair step.y displacement: 1.175

A,A,G,G,114,288,1 555,1 555,A,A,C,C,311,310,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 114
ndb struct na base pair step.i label seq id 2: 288
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 311
ndb struct na base pair step.j label seq id 2: 310
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.973
ndb struct na base pair step.helical twist: 46.821
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 115
ndb struct na base pair step.i auth seq id 2: 289
ndb struct na base pair step.inclination: 13.245
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 312
ndb struct na base pair step.j auth seq id 2: 311
ndb struct na base pair step.rise: 3.308
ndb struct na base pair step.roll: 10.445
ndb struct na base pair step.shift: -0.433
ndb struct na base pair step.slide: -1.183
ndb struct na base pair step.step name: NN_G115G289:C311C312_NN
ndb struct na base pair step.step number: 62
ndb struct na base pair step.tilt: 1.075
ndb struct na base pair step.tip: -1.363
ndb struct na base pair step.twist: 45.693
ndb struct na base pair step.x displacement: -2.333
ndb struct na base pair step.y displacement: 0.632

A,A,G,C,288,289,1 555,1 555,A,A,C,G,310,309,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 288
ndb struct na base pair step.i label seq id 2: 289
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 310
ndb struct na base pair step.j label seq id 2: 309
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.136
ndb struct na base pair step.helical twist: 31.379
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 289
ndb struct na base pair step.i auth seq id 2: 290
ndb struct na base pair step.inclination: 20.836
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 311
ndb struct na base pair step.j auth seq id 2: 310
ndb struct na base pair step.rise: 3.103
ndb struct na base pair step.roll: 10.994
ndb struct na base pair step.shift: -0.247
ndb struct na base pair step.slide: -2.27
ndb struct na base pair step.step name: NN_G289C290:G310C311_NN
ndb struct na base pair step.step number: 63
ndb struct na base pair step.tilt: -4.913
ndb struct na base pair step.tip: 9.311
ndb struct na base pair step.twist: 29.031
ndb struct na base pair step.x displacement: -5.921
ndb struct na base pair step.y displacement: -0.313

A,A,C,U,289,290,1 555,1 555,A,A,G,A,309,308,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 289
ndb struct na base pair step.i label seq id 2: 290
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 309
ndb struct na base pair step.j label seq id 2: 308
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.158
ndb struct na base pair step.helical twist: 36.113
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 290
ndb struct na base pair step.i auth seq id 2: 291
ndb struct na base pair step.inclination: 15.024
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 310
ndb struct na base pair step.j auth seq id 2: 309
ndb struct na base pair step.rise: 3.894
ndb struct na base pair step.roll: 9.201
ndb struct na base pair step.shift: -0.872
ndb struct na base pair step.slide: -2.76
ndb struct na base pair step.step name: NN_C290U291:A309G310_NN
ndb struct na base pair step.step number: 64
ndb struct na base pair step.tilt: -3.658
ndb struct na base pair step.tip: 5.972
ndb struct na base pair step.twist: 34.772
ndb struct na base pair step.x displacement: -5.883
ndb struct na base pair step.y displacement: 0.839

A,A,U,G,290,291,1 555,1 555,A,A,A,C,308,307,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 290
ndb struct na base pair step.i label seq id 2: 291
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 308
ndb struct na base pair step.j label seq id 2: 307
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.461
ndb struct na base pair step.helical twist: 29.56
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 291
ndb struct na base pair step.i auth seq id 2: 292
ndb struct na base pair step.inclination: -5.687
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 309
ndb struct na base pair step.j auth seq id 2: 308
ndb struct na base pair step.rise: 2.355
ndb struct na base pair step.roll: -2.891
ndb struct na base pair step.shift: 0.403
ndb struct na base pair step.slide: -1.839
ndb struct na base pair step.step name: NN_U291G292:C308A309_NN
ndb struct na base pair step.step number: 65
ndb struct na base pair step.tilt: -3.379
ndb struct na base pair step.tip: 6.648
ndb struct na base pair step.twist: 29.231
ndb struct na base pair step.x displacement: -3.151
ndb struct na base pair step.y displacement: -1.321

A,A,U,G,230,231,1 555,1 555,A,A,A,A,130,128,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 230
ndb struct na base pair step.i label seq id 2: 231
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 130
ndb struct na base pair step.j label seq id 2: 128
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.853
ndb struct na base pair step.helical twist: 30.93
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 231
ndb struct na base pair step.i auth seq id 2: 232
ndb struct na base pair step.inclination: -4.922
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 131
ndb struct na base pair step.j auth seq id 2: 129
ndb struct na base pair step.rise: 2.658
ndb struct na base pair step.roll: -2.622
ndb struct na base pair step.shift: -0.088
ndb struct na base pair step.slide: -2.478
ndb struct na base pair step.step name: NN_U231G232:A129A131_NN
ndb struct na base pair step.step number: 66
ndb struct na base pair step.tilt: 0.425
ndb struct na base pair step.tip: -0.797
ndb struct na base pair step.twist: 30.818
ndb struct na base pair step.x displacement: -4.218
ndb struct na base pair step.y displacement: 0.235

A,A,G,C,231,232,1 555,1 555,A,A,A,G,128,127,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 231
ndb struct na base pair step.i label seq id 2: 232
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 128
ndb struct na base pair step.j label seq id 2: 127
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.817
ndb struct na base pair step.helical twist: 49.191
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 232
ndb struct na base pair step.i auth seq id 2: 233
ndb struct na base pair step.inclination: 2.109
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 129
ndb struct na base pair step.j auth seq id 2: 128
ndb struct na base pair step.rise: 2.925
ndb struct na base pair step.roll: 1.749
ndb struct na base pair step.shift: 0.12
ndb struct na base pair step.slide: -1.759
ndb struct na base pair step.step name: NN_G232C233:G128A129_NN
ndb struct na base pair step.step number: 67
ndb struct na base pair step.tilt: -7.518
ndb struct na base pair step.tip: 9.064
ndb struct na base pair step.twist: 48.619
ndb struct na base pair step.x displacement: -2.23
ndb struct na base pair step.y displacement: -0.642

A,A,C,C,232,233,1 555,1 555,A,A,G,G,127,126,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 232
ndb struct na base pair step.i label seq id 2: 233
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 127
ndb struct na base pair step.j label seq id 2: 126
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.671
ndb struct na base pair step.helical twist: 43.416
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 233
ndb struct na base pair step.i auth seq id 2: 234
ndb struct na base pair step.inclination: 16.365
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 128
ndb struct na base pair step.j auth seq id 2: 127
ndb struct na base pair step.rise: 4.323
ndb struct na base pair step.roll: 11.954
ndb struct na base pair step.shift: -1.271
ndb struct na base pair step.slide: -2.19
ndb struct na base pair step.step name: NN_C233C234:G127G128_NN
ndb struct na base pair step.step number: 68
ndb struct na base pair step.tilt: -3.127
ndb struct na base pair step.tip: 4.28
ndb struct na base pair step.twist: 41.703
ndb struct na base pair step.x displacement: -4.409
ndb struct na base pair step.y displacement: 1.34

A,A,C,C,233,234,1 555,1 555,A,A,G,G,126,125,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 233
ndb struct na base pair step.i label seq id 2: 234
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 126
ndb struct na base pair step.j label seq id 2: 125
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.258
ndb struct na base pair step.helical twist: 22.68
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 234
ndb struct na base pair step.i auth seq id 2: 235
ndb struct na base pair step.inclination: -12.513
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 127
ndb struct na base pair step.j auth seq id 2: 126
ndb struct na base pair step.rise: 2.794
ndb struct na base pair step.roll: -4.866
ndb struct na base pair step.shift: -0.519
ndb struct na base pair step.slide: -2.281
ndb struct na base pair step.step name: NN_C234C235:G126G127_NN
ndb struct na base pair step.step number: 69
ndb struct na base pair step.tilt: -3.352
ndb struct na base pair step.tip: 8.621
ndb struct na base pair step.twist: 21.907
ndb struct na base pair step.x displacement: -4.141
ndb struct na base pair step.y displacement: 0.176

A,A,C,A,234,235,1 555,1 555,A,A,G,U,125,124,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 234
ndb struct na base pair step.i label seq id 2: 235
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 125
ndb struct na base pair step.j label seq id 2: 124
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 1.816
ndb struct na base pair step.helical twist: 25.11
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 235
ndb struct na base pair step.i auth seq id 2: 236
ndb struct na base pair step.inclination: 20.284
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 126
ndb struct na base pair step.j auth seq id 2: 125
ndb struct na base pair step.rise: 2.869
ndb struct na base pair step.roll: 8.495
ndb struct na base pair step.shift: -1.034
ndb struct na base pair step.slide: -1.255
ndb struct na base pair step.step name: NN_C235A236:U125G126_NN
ndb struct na base pair step.step number: 70
ndb struct na base pair step.tilt: 7.862
ndb struct na base pair step.tip: -18.771
ndb struct na base pair step.twist: 22.322
ndb struct na base pair step.x displacement: -4.792
ndb struct na base pair step.y displacement: 4.141

A,A,A,G,235,236,1 555,1 555,A,A,U,C,124,123,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 235
ndb struct na base pair step.i label seq id 2: 236
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 124
ndb struct na base pair step.j label seq id 2: 123
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 1.974
ndb struct na base pair step.helical twist: 32.487
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 236
ndb struct na base pair step.i auth seq id 2: 237
ndb struct na base pair step.inclination: 12.869
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 125
ndb struct na base pair step.j auth seq id 2: 124
ndb struct na base pair step.rise: 2.544
ndb struct na base pair step.roll: 7.072
ndb struct na base pair step.shift: 0.855
ndb struct na base pair step.slide: -1.085
ndb struct na base pair step.step name: NN_A236G237:C124U125_NN
ndb struct na base pair step.step number: 71
ndb struct na base pair step.tilt: -7.99
ndb struct na base pair step.tip: 14.539
ndb struct na base pair step.twist: 30.729
ndb struct na base pair step.x displacement: -2.821
ndb struct na base pair step.y displacement: -2.525

A,A,G,A,236,237,1 555,1 555,A,A,C,U,123,122,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 236
ndb struct na base pair step.i label seq id 2: 237
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 123
ndb struct na base pair step.j label seq id 2: 122
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.515
ndb struct na base pair step.helical twist: 29.262
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 237
ndb struct na base pair step.i auth seq id 2: 238
ndb struct na base pair step.inclination: 7.146
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 124
ndb struct na base pair step.j auth seq id 2: 123
ndb struct na base pair step.rise: 3.71
ndb struct na base pair step.roll: 3.577
ndb struct na base pair step.shift: 0.495
ndb struct na base pair step.slide: -1.601
ndb struct na base pair step.step name: NN_G237A238:U123C124_NN
ndb struct na base pair step.step number: 72
ndb struct na base pair step.tilt: 5.95
ndb struct na base pair step.tip: -11.887
ndb struct na base pair step.twist: 28.444
ndb struct na base pair step.x displacement: -4.038
ndb struct na base pair step.y displacement: 0.465

A,A,A,U,237,238,1 555,1 555,A,A,U,G,122,121,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 237
ndb struct na base pair step.i label seq id 2: 238
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 122
ndb struct na base pair step.j label seq id 2: 121
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.35
ndb struct na base pair step.helical twist: 42.719
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 238
ndb struct na base pair step.i auth seq id 2: 239
ndb struct na base pair step.inclination: -3.002
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 123
ndb struct na base pair step.j auth seq id 2: 122
ndb struct na base pair step.rise: 3.269
ndb struct na base pair step.roll: -2.183
ndb struct na base pair step.shift: 0.637
ndb struct na base pair step.slide: -0.941
ndb struct na base pair step.step name: NN_A238U239:G122U123_NN
ndb struct na base pair step.step number: 73
ndb struct na base pair step.tilt: 3.439
ndb struct na base pair step.tip: -4.728
ndb struct na base pair step.twist: 42.533
ndb struct na base pair step.x displacement: -1.069
ndb struct na base pair step.y displacement: -0.525

A,A,U,A,238,119,1 555,1 555,A,A,G,U,121,120,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 238
ndb struct na base pair step.i label seq id 2: 119
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 121
ndb struct na base pair step.j label seq id 2: 120
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 0.198
ndb struct na base pair step.helical twist: 174.526
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 239
ndb struct na base pair step.i auth seq id 2: 120
ndb struct na base pair step.inclination: -77.422
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 122
ndb struct na base pair step.j auth seq id 2: 121
ndb struct na base pair step.rise: 1.265
ndb struct na base pair step.roll: -151.083
ndb struct na base pair step.shift: 2.957
ndb struct na base pair step.slide: -1.597
ndb struct na base pair step.step name: NN_U239A120:U121G122_NN
ndb struct na base pair step.step number: 74
ndb struct na base pair step.tilt: -87.073
ndb struct na base pair step.tip: 44.62
ndb struct na base pair step.twist: 26.34
ndb struct na base pair step.x displacement: -0.296
ndb struct na base pair step.y displacement: -1.77

A,A,A,U,119,286,1 555,1 555,A,A,U,A,120,118,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 119
ndb struct na base pair step.i label seq id 2: 286
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 120
ndb struct na base pair step.j label seq id 2: 118
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: -3.616
ndb struct na base pair step.helical twist: -145.645
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 120
ndb struct na base pair step.i auth seq id 2: 287
ndb struct na base pair step.inclination: -28.147
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 121
ndb struct na base pair step.j auth seq id 2: 119
ndb struct na base pair step.rise: -3.357
ndb struct na base pair step.roll: 53.464
ndb struct na base pair step.shift: 4.456
ndb struct na base pair step.slide: -1.07
ndb struct na base pair step.step name: NN_A120U287:A119U121_NN
ndb struct na base pair step.step number: 75
ndb struct na base pair step.tilt: 36.852
ndb struct na base pair step.tip: 19.401
ndb struct na base pair step.twist: -139.02
ndb struct na base pair step.x displacement: 0.858
ndb struct na base pair step.y displacement: 2.126

A,A,U,G,286,239,1 555,1 555,A,A,A,C,118,285,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 286
ndb struct na base pair step.i label seq id 2: 239
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 118
ndb struct na base pair step.j label seq id 2: 285
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.495
ndb struct na base pair step.helical twist: 164.364
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 287
ndb struct na base pair step.i auth seq id 2: 240
ndb struct na base pair step.inclination: -53.826
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 119
ndb struct na base pair step.j auth seq id 2: 286
ndb struct na base pair step.rise: -1.342
ndb struct na base pair step.roll: -100.182
ndb struct na base pair step.shift: 0.357
ndb struct na base pair step.slide: -4.293
ndb struct na base pair step.step name: NN_U287G240:C286A119_NN
ndb struct na base pair step.step number: 76
ndb struct na base pair step.tilt: 129.706
ndb struct na base pair step.tip: -69.688
ndb struct na base pair step.twist: 27.767
ndb struct na base pair step.x displacement: -1.889
ndb struct na base pair step.y displacement: 0.179

A,A,G,G,239,240,1 555,1 555,A,A,C,C,285,284,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 239
ndb struct na base pair step.i label seq id 2: 240
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 285
ndb struct na base pair step.j label seq id 2: 284
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.792
ndb struct na base pair step.helical twist: 33.831
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 240
ndb struct na base pair step.i auth seq id 2: 241
ndb struct na base pair step.inclination: 13.528
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 286
ndb struct na base pair step.j auth seq id 2: 285
ndb struct na base pair step.rise: 3.036
ndb struct na base pair step.roll: 7.78
ndb struct na base pair step.shift: 1.015
ndb struct na base pair step.slide: -1.236
ndb struct na base pair step.step name: NN_G240G241:C285C286_NN
ndb struct na base pair step.step number: 77
ndb struct na base pair step.tilt: 4.727
ndb struct na base pair step.tip: -8.219
ndb struct na base pair step.twist: 32.617
ndb struct na base pair step.x displacement: -3.265
ndb struct na base pair step.y displacement: -1.051

A,A,G,G,240,241,1 555,1 555,A,A,C,C,284,283,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 240
ndb struct na base pair step.i label seq id 2: 241
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 284
ndb struct na base pair step.j label seq id 2: 283
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.534
ndb struct na base pair step.helical twist: 32.61
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 241
ndb struct na base pair step.i auth seq id 2: 242
ndb struct na base pair step.inclination: -9.981
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 285
ndb struct na base pair step.j auth seq id 2: 284
ndb struct na base pair step.rise: 2.712
ndb struct na base pair step.roll: -5.333
ndb struct na base pair step.shift: 0.256
ndb struct na base pair step.slide: -2.13
ndb struct na base pair step.step name: NN_G241G242:C284C285_NN
ndb struct na base pair step.step number: 78
ndb struct na base pair step.tilt: -16.396
ndb struct na base pair step.tip: 30.687
ndb struct na base pair step.twist: 27.785
ndb struct na base pair step.x displacement: -2.987
ndb struct na base pair step.y displacement: -2.939

A,A,G,U,241,244,1 555,1 555,A,A,C,U,283,282,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 241
ndb struct na base pair step.i label seq id 2: 244
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 283
ndb struct na base pair step.j label seq id 2: 282
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 4.028
ndb struct na base pair step.helical twist: 76.736
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 242
ndb struct na base pair step.i auth seq id 2: 245
ndb struct na base pair step.inclination: -0.619
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 284
ndb struct na base pair step.j auth seq id 2: 283
ndb struct na base pair step.rise: 4.182
ndb struct na base pair step.roll: -0.766
ndb struct na base pair step.shift: -1.043
ndb struct na base pair step.slide: -0.744
ndb struct na base pair step.step name: NN_G242U245:U283C284_NN
ndb struct na base pair step.step number: 79
ndb struct na base pair step.tilt: 11.154
ndb struct na base pair step.tip: -9.008
ndb struct na base pair step.twist: 76.042
ndb struct na base pair step.x displacement: -0.571
ndb struct na base pair step.y displacement: 1.25

A,A,U,A,244,242,1 555,1 555,A,A,U,A,282,281,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 244
ndb struct na base pair step.i label seq id 2: 242
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 282
ndb struct na base pair step.j label seq id 2: 281
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.746
ndb struct na base pair step.helical twist: 14.683
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 245
ndb struct na base pair step.i auth seq id 2: 243
ndb struct na base pair step.inclination: -40.32
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 283
ndb struct na base pair step.j auth seq id 2: 282
ndb struct na base pair step.rise: 3.19
ndb struct na base pair step.roll: -9.475
ndb struct na base pair step.shift: -0.513
ndb struct na base pair step.slide: -0.547
ndb struct na base pair step.step name: NN_U245A243:A282U283_NN
ndb struct na base pair step.step number: 80
ndb struct na base pair step.tilt: 1.083
ndb struct na base pair step.tip: -4.609
ndb struct na base pair step.twist: 11.177
ndb struct na base pair step.x displacement: 6.337
ndb struct na base pair step.y displacement: 2.978

A,A,A,A,242,245,1 555,1 555,A,A,A,G,281,280,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 242
ndb struct na base pair step.i label seq id 2: 245
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 281
ndb struct na base pair step.j label seq id 2: 280
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: -3.528
ndb struct na base pair step.helical twist: -8.686
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 243
ndb struct na base pair step.i auth seq id 2: 246
ndb struct na base pair step.inclination: 41.759
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 282
ndb struct na base pair step.j auth seq id 2: 281
ndb struct na base pair step.rise: 3.4
ndb struct na base pair step.roll: -4.767
ndb struct na base pair step.shift: 5.056
ndb struct na base pair step.slide: -1.097
ndb struct na base pair step.step name: NN_A243A246:G281A282_NN
ndb struct na base pair step.step number: 81
ndb struct na base pair step.tilt: 6.779
ndb struct na base pair step.tip: 59.382
ndb struct na base pair step.twist: -2.603
ndb struct na base pair step.x displacement: 6.889
ndb struct na base pair step.y displacement: 32.88

A,A,U,C,132,135,1 555,1 555,A,A,U,G,228,226,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 132
ndb struct na base pair step.i label seq id 2: 135
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 228
ndb struct na base pair step.j label seq id 2: 226
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 5.397
ndb struct na base pair step.helical twist: 84.194
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 133
ndb struct na base pair step.i auth seq id 2: 136
ndb struct na base pair step.inclination: 4.7
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 229
ndb struct na base pair step.j auth seq id 2: 227
ndb struct na base pair step.rise: 5.613
ndb struct na base pair step.roll: 6.296
ndb struct na base pair step.shift: -2.939
ndb struct na base pair step.slide: -1.735
ndb struct na base pair step.step name: NN_U133C136:G227U229_NN
ndb struct na base pair step.step number: 82
ndb struct na base pair step.tilt: 3.389
ndb struct na base pair step.tip: -2.529
ndb struct na base pair step.twist: 83.947
ndb struct na base pair step.x displacement: -1.544
ndb struct na base pair step.y displacement: 2.327

A,A,C,U,135,136,1 555,1 555,A,A,G,G,226,225,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 135
ndb struct na base pair step.i label seq id 2: 136
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 226
ndb struct na base pair step.j label seq id 2: 225
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.699
ndb struct na base pair step.helical twist: 37.78
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 136
ndb struct na base pair step.i auth seq id 2: 137
ndb struct na base pair step.inclination: -13.61
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 227
ndb struct na base pair step.j auth seq id 2: 226
ndb struct na base pair step.rise: 2.42
ndb struct na base pair step.roll: -8.723
ndb struct na base pair step.shift: 0.228
ndb struct na base pair step.slide: -1.478
ndb struct na base pair step.step name: NN_C136U137:G226G227_NN
ndb struct na base pair step.step number: 83
ndb struct na base pair step.tilt: 3.934
ndb struct na base pair step.tip: -6.138
ndb struct na base pair step.twist: 36.591
ndb struct na base pair step.x displacement: -1.388
ndb struct na base pair step.y displacement: 0.052

A,A,U,G,136,137,1 555,1 555,A,A,G,C,225,224,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 136
ndb struct na base pair step.i label seq id 2: 137
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 225
ndb struct na base pair step.j label seq id 2: 224
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 0.57
ndb struct na base pair step.helical twist: 25.881
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 137
ndb struct na base pair step.i auth seq id 2: 138
ndb struct na base pair step.inclination: 36.381
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 226
ndb struct na base pair step.j auth seq id 2: 225
ndb struct na base pair step.rise: 2.729
ndb struct na base pair step.roll: 15.187
ndb struct na base pair step.shift: 0.271
ndb struct na base pair step.slide: -2.845
ndb struct na base pair step.step name: NN_U137G138:C225G226_NN
ndb struct na base pair step.step number: 84
ndb struct na base pair step.tilt: 4.239
ndb struct na base pair step.tip: -10.155
ndb struct na base pair step.twist: 20.588
ndb struct na base pair step.x displacement: -8.731
ndb struct na base pair step.y displacement: 0.06

A,A,G,A,137,138,1 555,1 555,A,A,C,U,224,223,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 137
ndb struct na base pair step.i label seq id 2: 138
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 224
ndb struct na base pair step.j label seq id 2: 223
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.011
ndb struct na base pair step.helical twist: 30.432
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 138
ndb struct na base pair step.i auth seq id 2: 139
ndb struct na base pair step.inclination: 1.897
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 225
ndb struct na base pair step.j auth seq id 2: 224
ndb struct na base pair step.rise: 3.151
ndb struct na base pair step.roll: 0.995
ndb struct na base pair step.shift: 0.814
ndb struct na base pair step.slide: -2.444
ndb struct na base pair step.step name: NN_G138A139:U224C225_NN
ndb struct na base pair step.step number: 85
ndb struct na base pair step.tilt: -2.045
ndb struct na base pair step.tip: 3.899
ndb struct na base pair step.twist: 30.349
ndb struct na base pair step.x displacement: -4.843
ndb struct na base pair step.y displacement: -1.937

A,A,A,U,138,139,1 555,1 555,A,A,U,A,223,222,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 138
ndb struct na base pair step.i label seq id 2: 139
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 223
ndb struct na base pair step.j label seq id 2: 222
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.742
ndb struct na base pair step.helical twist: 32.567
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 139
ndb struct na base pair step.i auth seq id 2: 140
ndb struct na base pair step.inclination: 4.31
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 224
ndb struct na base pair step.j auth seq id 2: 223
ndb struct na base pair step.rise: 2.849
ndb struct na base pair step.roll: 2.415
ndb struct na base pair step.shift: -0.384
ndb struct na base pair step.slide: -1.43
ndb struct na base pair step.step name: NN_A139U140:A223U224_NN
ndb struct na base pair step.step number: 86
ndb struct na base pair step.tilt: -0.251
ndb struct na base pair step.tip: 0.448
ndb struct na base pair step.twist: 32.479
ndb struct na base pair step.x displacement: -2.911
ndb struct na base pair step.y displacement: 0.648

A,A,U,G,139,140,1 555,1 555,A,A,A,C,222,221,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 139
ndb struct na base pair step.i label seq id 2: 140
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 222
ndb struct na base pair step.j label seq id 2: 221
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 1.13
ndb struct na base pair step.helical twist: 27.862
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 140
ndb struct na base pair step.i auth seq id 2: 141
ndb struct na base pair step.inclination: 39.232
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 223
ndb struct na base pair step.j auth seq id 2: 222
ndb struct na base pair step.rise: 2.711
ndb struct na base pair step.roll: 17.513
ndb struct na base pair step.shift: 0.175
ndb struct na base pair step.slide: -1.589
ndb struct na base pair step.step name: NN_U140G141:C222A223_NN
ndb struct na base pair step.step number: 87
ndb struct na base pair step.tilt: -0.893
ndb struct na base pair step.tip: 2
ndb struct na base pair step.twist: 21.737
ndb struct na base pair step.x displacement: -6.079
ndb struct na base pair step.y displacement: -0.505

A,A,G,G,140,141,1 555,1 555,A,A,C,C,221,220,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 140
ndb struct na base pair step.i label seq id 2: 141
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 221
ndb struct na base pair step.j label seq id 2: 220
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 5.717
ndb struct na base pair step.helical twist: 36.695
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 141
ndb struct na base pair step.i auth seq id 2: 142
ndb struct na base pair step.inclination: -3.554
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 222
ndb struct na base pair step.j auth seq id 2: 221
ndb struct na base pair step.rise: 5.331
ndb struct na base pair step.roll: -2.232
ndb struct na base pair step.shift: 2.147
ndb struct na base pair step.slide: -3.458
ndb struct na base pair step.step name: NN_G141G142:C221C222_NN
ndb struct na base pair step.step number: 88
ndb struct na base pair step.tilt: 3.907
ndb struct na base pair step.tip: -6.22
ndb struct na base pair step.twist: 36.427
ndb struct na base pair step.x displacement: -4.976
ndb struct na base pair step.y displacement: -2.505

A,A,G,A,141,142,1 555,1 555,A,A,C,G,220,219,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 141
ndb struct na base pair step.i label seq id 2: 142
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 220
ndb struct na base pair step.j label seq id 2: 219
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.205
ndb struct na base pair step.helical twist: 31.049
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 142
ndb struct na base pair step.i auth seq id 2: 143
ndb struct na base pair step.inclination: 6.956
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 221
ndb struct na base pair step.j auth seq id 2: 220
ndb struct na base pair step.rise: 3.585
ndb struct na base pair step.roll: 3.705
ndb struct na base pair step.shift: 0.159
ndb struct na base pair step.slide: -2.624
ndb struct na base pair step.step name: NN_G142A143:G220C221_NN
ndb struct na base pair step.step number: 89
ndb struct na base pair step.tilt: -4.086
ndb struct na base pair step.tip: 7.671
ndb struct na base pair step.twist: 30.568
ndb struct na base pair step.x displacement: -5.646
ndb struct na base pair step.y displacement: -1.118

A,A,A,G,142,197,1 555,1 555,A,A,G,U,219,218,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 142
ndb struct na base pair step.i label seq id 2: 197
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 219
ndb struct na base pair step.j label seq id 2: 218
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 1.198
ndb struct na base pair step.helical twist: 44.326
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 143
ndb struct na base pair step.i auth seq id 2: 198
ndb struct na base pair step.inclination: -4.245
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 220
ndb struct na base pair step.j auth seq id 2: 219
ndb struct na base pair step.rise: 2.552
ndb struct na base pair step.roll: -3.082
ndb struct na base pair step.shift: -2.757
ndb struct na base pair step.slide: -2.932
ndb struct na base pair step.step name: NN_A143G198:U219G220_NN
ndb struct na base pair step.step number: 90
ndb struct na base pair step.tilt: 21.104
ndb struct na base pair step.tip: -29.067
ndb struct na base pair step.twist: 39.086
ndb struct na base pair step.x displacement: -3.71
ndb struct na base pair step.y displacement: 4.859

A,A,G,A,197,198,1 555,1 555,A,A,U,U,218,217,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 197
ndb struct na base pair step.i label seq id 2: 198
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 218
ndb struct na base pair step.j label seq id 2: 217
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.034
ndb struct na base pair step.helical twist: 55.284
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 198
ndb struct na base pair step.i auth seq id 2: 199
ndb struct na base pair step.inclination: 3.1
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 219
ndb struct na base pair step.j auth seq id 2: 218
ndb struct na base pair step.rise: 3.025
ndb struct na base pair step.roll: 2.876
ndb struct na base pair step.shift: -0.786
ndb struct na base pair step.slide: 0.541
ndb struct na base pair step.step name: NN_G198A199:U218U219_NN
ndb struct na base pair step.step number: 91
ndb struct na base pair step.tilt: 1.005
ndb struct na base pair step.tip: -1.084
ndb struct na base pair step.twist: 55.206
ndb struct na base pair step.x displacement: 0.427
ndb struct na base pair step.y displacement: 0.902

A,A,A,A,198,64,1 555,1 555,A,A,U,C,217,468,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 198
ndb struct na base pair step.i label seq id 2: 64
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 217
ndb struct na base pair step.j label seq id 2: 468
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 0.54
ndb struct na base pair step.helical twist: 114.305
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 199
ndb struct na base pair step.i auth seq id 2: 65
ndb struct na base pair step.inclination: -70.192
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 218
ndb struct na base pair step.j auth seq id 2: 469
ndb struct na base pair step.rise: 5.547
ndb struct na base pair step.roll: -90.046
ndb struct na base pair step.shift: -1.317
ndb struct na base pair step.slide: -1.508
ndb struct na base pair step.step name: NN_A199A65:C469U218_NN
ndb struct na base pair step.step number: 92
ndb struct na base pair step.tilt: 70.373
ndb struct na base pair step.tip: -54.856
ndb struct na base pair step.twist: 2.835
ndb struct na base pair step.x displacement: 1.874
ndb struct na base pair step.y displacement: 2.95

A,A,A,G,64,199,1 555,1 555,A,A,C,C,468,216,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 64
ndb struct na base pair step.i label seq id 2: 199
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 468
ndb struct na base pair step.j label seq id 2: 216
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 1.491
ndb struct na base pair step.helical twist: -128.526
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 65
ndb struct na base pair step.i auth seq id 2: 200
ndb struct na base pair step.inclination: -77.296
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 469
ndb struct na base pair step.j auth seq id 2: 217
ndb struct na base pair step.rise: -1.803
ndb struct na base pair step.roll: 114.852
ndb struct na base pair step.shift: 5.029
ndb struct na base pair step.slide: 0.478
ndb struct na base pair step.step name: NN_A65G200:C217C469_NN
ndb struct na base pair step.step number: 93
ndb struct na base pair step.tilt: -56.48
ndb struct na base pair step.tip: -38.011
ndb struct na base pair step.twist: -15.915
ndb struct na base pair step.x displacement: -0.132
ndb struct na base pair step.y displacement: 2.857

A,A,A,C,161,162,1 555,1 555,A,A,G,G,158,157,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 161
ndb struct na base pair step.i label seq id 2: 162
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 158
ndb struct na base pair step.j label seq id 2: 157
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.685
ndb struct na base pair step.helical twist: 40.346
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 162
ndb struct na base pair step.i auth seq id 2: 163
ndb struct na base pair step.inclination: -30.139
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 159
ndb struct na base pair step.j auth seq id 2: 158
ndb struct na base pair step.rise: 2.451
ndb struct na base pair step.roll: -19.841
ndb struct na base pair step.shift: 3.632
ndb struct na base pair step.slide: -2.034
ndb struct na base pair step.step name: NN_A162C163:G158G159_NN
ndb struct na base pair step.step number: 94
ndb struct na base pair step.tilt: 6.862
ndb struct na base pair step.tip: -10.424
ndb struct na base pair step.twist: 34.649
ndb struct na base pair step.x displacement: -0.674
ndb struct na base pair step.y displacement: -4.479

A,A,C,G,162,163,1 555,1 555,A,A,G,U,157,156,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 162
ndb struct na base pair step.i label seq id 2: 163
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 157
ndb struct na base pair step.j label seq id 2: 156
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: -0.559
ndb struct na base pair step.helical twist: 21.119
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 163
ndb struct na base pair step.i auth seq id 2: 164
ndb struct na base pair step.inclination: 48.593
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 158
ndb struct na base pair step.j auth seq id 2: 157
ndb struct na base pair step.rise: 3.861
ndb struct na base pair step.roll: 15.05
ndb struct na base pair step.shift: 0.205
ndb struct na base pair step.slide: -3.89
ndb struct na base pair step.step name: NN_C163G164:U157G158_NN
ndb struct na base pair step.step number: 95
ndb struct na base pair step.tilt: 9.381
ndb struct na base pair step.tip: -30.288
ndb struct na base pair step.twist: 11.514
ndb struct na base pair step.x displacement: -14.751
ndb struct na base pair step.y displacement: 2.019

A,A,G,G,163,164,1 555,1 555,A,A,U,C,156,155,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 163
ndb struct na base pair step.i label seq id 2: 164
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 156
ndb struct na base pair step.j label seq id 2: 155
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.607
ndb struct na base pair step.helical twist: 33.272
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 164
ndb struct na base pair step.i auth seq id 2: 165
ndb struct na base pair step.inclination: -6.019
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 157
ndb struct na base pair step.j auth seq id 2: 156
ndb struct na base pair step.rise: 2.742
ndb struct na base pair step.roll: -3.32
ndb struct na base pair step.shift: 0.093
ndb struct na base pair step.slide: -2.126
ndb struct na base pair step.step name: NN_G164G165:C156U157_NN
ndb struct na base pair step.step number: 96
ndb struct na base pair step.tilt: -15.141
ndb struct na base pair step.tip: 27.449
ndb struct na base pair step.twist: 29.532
ndb struct na base pair step.x displacement: -3.231
ndb struct na base pair step.y displacement: -2.361

A,A,G,U,164,165,1 555,1 555,A,A,C,A,155,154,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 164
ndb struct na base pair step.i label seq id 2: 165
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 155
ndb struct na base pair step.j label seq id 2: 154
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.799
ndb struct na base pair step.helical twist: 31.345
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 165
ndb struct na base pair step.i auth seq id 2: 166
ndb struct na base pair step.inclination: 8.601
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 156
ndb struct na base pair step.j auth seq id 2: 155
ndb struct na base pair step.rise: 3.018
ndb struct na base pair step.roll: 4.63
ndb struct na base pair step.shift: 0.318
ndb struct na base pair step.slide: -1.352
ndb struct na base pair step.step name: NN_G165U166:A155C156_NN
ndb struct na base pair step.step number: 97
ndb struct na base pair step.tilt: 0.813
ndb struct na base pair step.tip: -1.51
ndb struct na base pair step.twist: 30.999
ndb struct na base pair step.x displacement: -3.283
ndb struct na base pair step.y displacement: -0.452

A,A,U,A,165,166,1 555,1 555,A,A,A,U,154,153,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 165
ndb struct na base pair step.i label seq id 2: 166
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 154
ndb struct na base pair step.j label seq id 2: 153
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.422
ndb struct na base pair step.helical twist: 34.04
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 166
ndb struct na base pair step.i auth seq id 2: 167
ndb struct na base pair step.inclination: 10.43
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 155
ndb struct na base pair step.j auth seq id 2: 154
ndb struct na base pair step.rise: 2.728
ndb struct na base pair step.roll: 6.071
ndb struct na base pair step.shift: 0.269
ndb struct na base pair step.slide: -1.404
ndb struct na base pair step.step name: NN_U166A167:U154A155_NN
ndb struct na base pair step.step number: 98
ndb struct na base pair step.tilt: -2.121
ndb struct na base pair step.tip: 3.644
ndb struct na base pair step.twist: 33.444
ndb struct na base pair step.x displacement: -3.167
ndb struct na base pair step.y displacement: -0.728

A,A,A,G,166,167,1 555,1 555,A,A,U,C,153,152,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 166
ndb struct na base pair step.i label seq id 2: 167
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 153
ndb struct na base pair step.j label seq id 2: 152
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.614
ndb struct na base pair step.helical twist: 37.542
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 167
ndb struct na base pair step.i auth seq id 2: 168
ndb struct na base pair step.inclination: 22.423
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 154
ndb struct na base pair step.j auth seq id 2: 153
ndb struct na base pair step.rise: 3.488
ndb struct na base pair step.roll: 14.101
ndb struct na base pair step.shift: -2.791
ndb struct na base pair step.slide: -1.798
ndb struct na base pair step.step name: NN_A167G168:C153U154_NN
ndb struct na base pair step.step number: 99
ndb struct na base pair step.tilt: -0.28
ndb struct na base pair step.tip: 0.445
ndb struct na base pair step.twist: 34.881
ndb struct na base pair step.x displacement: -4.58
ndb struct na base pair step.y displacement: 4.302

A,A,G,C,167,168,1 555,1 555,A,A,C,A,152,151,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 167
ndb struct na base pair step.i label seq id 2: 168
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 152
ndb struct na base pair step.j label seq id 2: 151
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.676
ndb struct na base pair step.helical twist: 55.039
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 168
ndb struct na base pair step.i auth seq id 2: 169
ndb struct na base pair step.inclination: 5.491
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 153
ndb struct na base pair step.j auth seq id 2: 152
ndb struct na base pair step.rise: 2.713
ndb struct na base pair step.roll: 5.065
ndb struct na base pair step.shift: -3.87
ndb struct na base pair step.slide: -2.726
ndb struct na base pair step.step name: NN_G168C169:A152C153_NN
ndb struct na base pair step.step number: 100
ndb struct na base pair step.tilt: -3.217
ndb struct na base pair step.tip: 3.487
ndb struct na base pair step.twist: 54.737
ndb struct na base pair step.x displacement: -3.198
ndb struct na base pair step.y displacement: 4.031

A,A,C,U,168,169,1 555,1 555,A,A,A,A,151,150,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 168
ndb struct na base pair step.i label seq id 2: 169
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 151
ndb struct na base pair step.j label seq id 2: 150
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.827
ndb struct na base pair step.helical twist: 42.471
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 169
ndb struct na base pair step.i auth seq id 2: 170
ndb struct na base pair step.inclination: -3.117
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 152
ndb struct na base pair step.j auth seq id 2: 151
ndb struct na base pair step.rise: 2.701
ndb struct na base pair step.roll: -2.257
ndb struct na base pair step.shift: -0.712
ndb struct na base pair step.slide: -2.724
ndb struct na base pair step.step name: NN_C169U170:A151A152_NN
ndb struct na base pair step.step number: 101
ndb struct na base pair step.tilt: 0.499
ndb struct na base pair step.tip: -0.689
ndb struct na base pair step.twist: 42.411
ndb struct na base pair step.x displacement: -3.567
ndb struct na base pair step.y displacement: 1.025

A,A,U,A,169,170,1 555,1 555,A,A,A,U,150,149,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 169
ndb struct na base pair step.i label seq id 2: 170
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 150
ndb struct na base pair step.j label seq id 2: 149
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.203
ndb struct na base pair step.helical twist: 16.352
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 170
ndb struct na base pair step.i auth seq id 2: 171
ndb struct na base pair step.inclination: -14.612
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 151
ndb struct na base pair step.j auth seq id 2: 150
ndb struct na base pair step.rise: 3.032
ndb struct na base pair step.roll: -3.893
ndb struct na base pair step.shift: -0.337
ndb struct na base pair step.slide: 0.343
ndb struct na base pair step.step name: NN_U170A171:U150A151_NN
ndb struct na base pair step.step number: 102
ndb struct na base pair step.tilt: 8.747
ndb struct na base pair step.tip: -32.827
ndb struct na base pair step.twist: 13.271
ndb struct na base pair step.x displacement: 3.613
ndb struct na base pair step.y displacement: 6.592

A,A,A,A,170,171,1 555,1 555,A,A,U,A,149,148,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 170
ndb struct na base pair step.i label seq id 2: 171
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 149
ndb struct na base pair step.j label seq id 2: 148
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.357
ndb struct na base pair step.helical twist: 34.013
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 171
ndb struct na base pair step.i auth seq id 2: 172
ndb struct na base pair step.inclination: -14.584
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 150
ndb struct na base pair step.j auth seq id 2: 149
ndb struct na base pair step.rise: 3.013
ndb struct na base pair step.roll: -8.39
ndb struct na base pair step.shift: 1.34
ndb struct na base pair step.slide: -0.949
ndb struct na base pair step.step name: NN_A171A172:A149U150_NN
ndb struct na base pair step.step number: 103
ndb struct na base pair step.tilt: 6.93
ndb struct na base pair step.tip: -12.046
ndb struct na base pair step.twist: 32.275
ndb struct na base pair step.x displacement: -0.282
ndb struct na base pair step.y displacement: -1.183

A,A,A,A,171,173,1 555,1 555,A,A,A,G,148,147,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 171
ndb struct na base pair step.i label seq id 2: 173
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 148
ndb struct na base pair step.j label seq id 2: 147
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.728
ndb struct na base pair step.helical twist: 39.178
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 172
ndb struct na base pair step.i auth seq id 2: 174
ndb struct na base pair step.inclination: -3.888
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 149
ndb struct na base pair step.j auth seq id 2: 148
ndb struct na base pair step.rise: 2.689
ndb struct na base pair step.roll: -2.588
ndb struct na base pair step.shift: 4.397
ndb struct na base pair step.slide: -3.584
ndb struct na base pair step.step name: NN_A172A174:G148A149_NN
ndb struct na base pair step.step number: 104
ndb struct na base pair step.tilt: 8.05
ndb struct na base pair step.tip: -12.093
ndb struct na base pair step.twist: 38.29
ndb struct na base pair step.x displacement: -5.037
ndb struct na base pair step.y displacement: -5.601

A,A,A,C,173,174,1 555,1 555,A,A,G,G,147,146,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 173
ndb struct na base pair step.i label seq id 2: 174
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 147
ndb struct na base pair step.j label seq id 2: 146
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.879
ndb struct na base pair step.helical twist: 41.573
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 174
ndb struct na base pair step.i auth seq id 2: 175
ndb struct na base pair step.inclination: 3.865
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 148
ndb struct na base pair step.j auth seq id 2: 147
ndb struct na base pair step.rise: 3.14
ndb struct na base pair step.roll: 2.74
ndb struct na base pair step.shift: 2.312
ndb struct na base pair step.slide: -2.1
ndb struct na base pair step.step name: NN_A174C175:G147G148_NN
ndb struct na base pair step.step number: 105
ndb struct na base pair step.tilt: -2.238
ndb struct na base pair step.tip: 3.157
ndb struct na base pair step.twist: 41.428
ndb struct na base pair step.x displacement: -3.226
ndb struct na base pair step.y displacement: -3.476

A,A,C,C,174,175,1 555,1 555,A,A,G,G,146,145,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 174
ndb struct na base pair step.i label seq id 2: 175
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 146
ndb struct na base pair step.j label seq id 2: 145
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 4.818
ndb struct na base pair step.helical twist: 41.226
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 175
ndb struct na base pair step.i auth seq id 2: 176
ndb struct na base pair step.inclination: 3.357
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 147
ndb struct na base pair step.j auth seq id 2: 146
ndb struct na base pair step.rise: 4.958
ndb struct na base pair step.roll: 2.36
ndb struct na base pair step.shift: -0.41
ndb struct na base pair step.slide: -2.717
ndb struct na base pair step.step name: NN_C175C176:G146G147_NN
ndb struct na base pair step.step number: 106
ndb struct na base pair step.tilt: -3.339
ndb struct na base pair step.tip: 4.749
ndb struct na base pair step.twist: 41.031
ndb struct na base pair step.x displacement: -4.24
ndb struct na base pair step.y displacement: 0.044

A,A,C,G,175,176,1 555,1 555,A,A,G,G,145,144,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 175
ndb struct na base pair step.i label seq id 2: 176
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 145
ndb struct na base pair step.j label seq id 2: 144
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 0.903
ndb struct na base pair step.helical twist: 175.379
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 176
ndb struct na base pair step.i auth seq id 2: 177
ndb struct na base pair step.inclination: -20.971
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 146
ndb struct na base pair step.j auth seq id 2: 145
ndb struct na base pair step.rise: 1.114
ndb struct na base pair step.roll: -41.172
ndb struct na base pair step.shift: 1.225
ndb struct na base pair step.slide: 2.66
ndb struct na base pair step.step name: NN_C176G177:G145G146_NN
ndb struct na base pair step.step number: 107
ndb struct na base pair step.tilt: 170.193
ndb struct na base pair step.tip: -86.688
ndb struct na base pair step.twist: 38.684
ndb struct na base pair step.x displacement: 1.499
ndb struct na base pair step.y displacement: 0.082

A,A,G,C,176,177,1 555,1 555,A,A,G,G,144,143,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 176
ndb struct na base pair step.i label seq id 2: 177
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 144
ndb struct na base pair step.j label seq id 2: 143
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: -0.424
ndb struct na base pair step.helical twist: -179.097
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 177
ndb struct na base pair step.i auth seq id 2: 178
ndb struct na base pair step.inclination: -56.767
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 145
ndb struct na base pair step.j auth seq id 2: 144
ndb struct na base pair step.rise: 1.198
ndb struct na base pair step.roll: 113.422
ndb struct na base pair step.shift: -1.714
ndb struct na base pair step.slide: 4.421
ndb struct na base pair step.step name: NN_G177C178:G144G145_NN
ndb struct na base pair step.step number: 108
ndb struct na base pair step.tilt: -136.619
ndb struct na base pair step.tip: -68.376
ndb struct na base pair step.twist: -136.443
ndb struct na base pair step.x displacement: -2.258
ndb struct na base pair step.y displacement: -0.914

A,A,C,A,177,178,1 555,1 555,A,A,G,A,143,195,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 177
ndb struct na base pair step.i label seq id 2: 178
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 143
ndb struct na base pair step.j label seq id 2: 195
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.837
ndb struct na base pair step.helical twist: 94.926
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 178
ndb struct na base pair step.i auth seq id 2: 179
ndb struct na base pair step.inclination: 15.549
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 144
ndb struct na base pair step.j auth seq id 2: 196
ndb struct na base pair step.rise: 3.567
ndb struct na base pair step.roll: 22.783
ndb struct na base pair step.shift: -2.39
ndb struct na base pair step.slide: -3.853
ndb struct na base pair step.step name: NN_C178A179:A196G144_NN
ndb struct na base pair step.step number: 109
ndb struct na base pair step.tilt: -2.302
ndb struct na base pair step.tip: 1.571
ndb struct na base pair step.twist: 92.772
ndb struct na base pair step.x displacement: -3.02
ndb struct na base pair step.y displacement: 1.581

A,A,A,U,178,179,1 555,1 555,A,A,A,A,195,194,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 178
ndb struct na base pair step.i label seq id 2: 179
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 195
ndb struct na base pair step.j label seq id 2: 194
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.103
ndb struct na base pair step.helical twist: 35.262
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 179
ndb struct na base pair step.i auth seq id 2: 180
ndb struct na base pair step.inclination: 9.588
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 196
ndb struct na base pair step.j auth seq id 2: 195
ndb struct na base pair step.rise: 3.403
ndb struct na base pair step.roll: 5.645
ndb struct na base pair step.shift: -0.337
ndb struct na base pair step.slide: -0.89
ndb struct na base pair step.step name: NN_A179U180:A195A196_NN
ndb struct na base pair step.step number: 110
ndb struct na base pair step.tilt: -13.388
ndb struct na base pair step.tip: 22.739
ndb struct na base pair step.twist: 32.216
ndb struct na base pair step.x displacement: -2.342
ndb struct na base pair step.y displacement: -1.515

A,A,G,U,183,184,1 555,1 555,A,A,C,A,192,191,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 183
ndb struct na base pair step.i label seq id 2: 184
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 192
ndb struct na base pair step.j label seq id 2: 191
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.723
ndb struct na base pair step.helical twist: 39.578
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 184
ndb struct na base pair step.i auth seq id 2: 185
ndb struct na base pair step.inclination: 15.828
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 193
ndb struct na base pair step.j auth seq id 2: 192
ndb struct na base pair step.rise: 3.758
ndb struct na base pair step.roll: 10.554
ndb struct na base pair step.shift: 1.196
ndb struct na base pair step.slide: -2.648
ndb struct na base pair step.step name: NN_G184U185:A192C193_NN
ndb struct na base pair step.step number: 111
ndb struct na base pair step.tilt: -6.263
ndb struct na base pair step.tip: 9.392
ndb struct na base pair step.twist: 37.7
ndb struct na base pair step.x displacement: -5.169
ndb struct na base pair step.y displacement: -2.512

A,A,U,C,184,185,1 555,1 555,A,A,A,G,191,190,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 184
ndb struct na base pair step.i label seq id 2: 185
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 191
ndb struct na base pair step.j label seq id 2: 190
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.542
ndb struct na base pair step.helical twist: 45.626
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 185
ndb struct na base pair step.i auth seq id 2: 186
ndb struct na base pair step.inclination: 14.669
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 192
ndb struct na base pair step.j auth seq id 2: 191
ndb struct na base pair step.rise: 4.054
ndb struct na base pair step.roll: 11.129
ndb struct na base pair step.shift: -0.377
ndb struct na base pair step.slide: -1.501
ndb struct na base pair step.step name: NN_U185C186:G191A192_NN
ndb struct na base pair step.step number: 112
ndb struct na base pair step.tilt: -12.799
ndb struct na base pair step.tip: 16.87
ndb struct na base pair step.twist: 42.513
ndb struct na base pair step.x displacement: -3.113
ndb struct na base pair step.y displacement: -0.868

A,A,C,G,185,186,1 555,1 555,A,A,G,A,190,189,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 185
ndb struct na base pair step.i label seq id 2: 186
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 190
ndb struct na base pair step.j label seq id 2: 189
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.425
ndb struct na base pair step.helical twist: 46.797
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 186
ndb struct na base pair step.i auth seq id 2: 187
ndb struct na base pair step.inclination: -10.606
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 191
ndb struct na base pair step.j auth seq id 2: 190
ndb struct na base pair step.rise: 2
ndb struct na base pair step.roll: -8.359
ndb struct na base pair step.shift: -2.951
ndb struct na base pair step.slide: -0.506
ndb struct na base pair step.step name: NN_C186G187:A190G191_NN
ndb struct na base pair step.step number: 113
ndb struct na base pair step.tilt: -6.449
ndb struct na base pair step.tip: 8.182
ndb struct na base pair step.twist: 45.656
ndb struct na base pair step.x displacement: -0.16
ndb struct na base pair step.y displacement: 3.348

A,A,G,G,200,201,1 555,1 555,A,A,U,C,215,214,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 200
ndb struct na base pair step.i label seq id 2: 201
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 215
ndb struct na base pair step.j label seq id 2: 214
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.064
ndb struct na base pair step.helical twist: 39.174
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 201
ndb struct na base pair step.i auth seq id 2: 202
ndb struct na base pair step.inclination: 1.811
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 216
ndb struct na base pair step.j auth seq id 2: 215
ndb struct na base pair step.rise: 3.189
ndb struct na base pair step.roll: 1.213
ndb struct na base pair step.shift: -1.77
ndb struct na base pair step.slide: 0.245
ndb struct na base pair step.step name: NN_G201G202:C215U216_NN
ndb struct na base pair step.step number: 114
ndb struct na base pair step.tilt: 2.84
ndb struct na base pair step.tip: -4.239
ndb struct na base pair step.twist: 39.057
ndb struct na base pair step.x displacement: 0.227
ndb struct na base pair step.y displacement: 2.966

A,A,G,G,201,203,1 555,1 555,A,A,C,G,214,202,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 201
ndb struct na base pair step.i label seq id 2: 203
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 214
ndb struct na base pair step.j label seq id 2: 202
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 5.535
ndb struct na base pair step.helical twist: 31.243
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 202
ndb struct na base pair step.i auth seq id 2: 204
ndb struct na base pair step.inclination: -50.715
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 215
ndb struct na base pair step.j auth seq id 2: 203
ndb struct na base pair step.rise: 5.483
ndb struct na base pair step.roll: -23.392
ndb struct na base pair step.shift: -0.863
ndb struct na base pair step.slide: -3.592
ndb struct na base pair step.step name: NN_G202G204:G203C215_NN
ndb struct na base pair step.step number: 115
ndb struct na base pair step.tilt: 10.733
ndb struct na base pair step.tip: -23.27
ndb struct na base pair step.twist: 17.864
ndb struct na base pair step.x displacement: 2.966
ndb struct na base pair step.y displacement: 6.024

A,A,G,A,203,204,1 555,1 555,A,A,G,C,202,213,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 203
ndb struct na base pair step.i label seq id 2: 204
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 202
ndb struct na base pair step.j label seq id 2: 213
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: -0.807
ndb struct na base pair step.helical twist: 87.295
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 204
ndb struct na base pair step.i auth seq id 2: 205
ndb struct na base pair step.inclination: 76.767
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 203
ndb struct na base pair step.j auth seq id 2: 214
ndb struct na base pair step.rise: 2.136
ndb struct na base pair step.roll: 84.311
ndb struct na base pair step.shift: 1.081
ndb struct na base pair step.slide: -1.608
ndb struct na base pair step.step name: NN_G204A205:C214G203_NN
ndb struct na base pair step.step number: 116
ndb struct na base pair step.tilt: 5.635
ndb struct na base pair step.tip: -5.13
ndb struct na base pair step.twist: 24.331
ndb struct na base pair step.x displacement: -1.866
ndb struct na base pair step.y displacement: -0.736

A,A,A,C,204,205,1 555,1 555,A,A,C,G,213,212,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 204
ndb struct na base pair step.i label seq id 2: 205
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 213
ndb struct na base pair step.j label seq id 2: 212
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 1.865
ndb struct na base pair step.helical twist: 67.528
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 205
ndb struct na base pair step.i auth seq id 2: 206
ndb struct na base pair step.inclination: 12.99
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 214
ndb struct na base pair step.j auth seq id 2: 213
ndb struct na base pair step.rise: 2.213
ndb struct na base pair step.roll: 14.352
ndb struct na base pair step.shift: -1.382
ndb struct na base pair step.slide: -1.75
ndb struct na base pair step.step name: NN_A205C206:G213C214_NN
ndb struct na base pair step.step number: 117
ndb struct na base pair step.tilt: -1.174
ndb struct na base pair step.tip: 1.062
ndb struct na base pair step.twist: 66.153
ndb struct na base pair step.x displacement: -1.923
ndb struct na base pair step.y displacement: 1.215

A,A,C,U,205,207,1 555,1 555,A,A,G,G,212,211,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 205
ndb struct na base pair step.i label seq id 2: 207
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 212
ndb struct na base pair step.j label seq id 2: 211
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 4.944
ndb struct na base pair step.helical twist: 45.837
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 206
ndb struct na base pair step.i auth seq id 2: 208
ndb struct na base pair step.inclination: -12.431
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 213
ndb struct na base pair step.j auth seq id 2: 212
ndb struct na base pair step.rise: 3.533
ndb struct na base pair step.roll: -8.248
ndb struct na base pair step.shift: 3.494
ndb struct na base pair step.slide: -0.801
ndb struct na base pair step.step name: NN_C206U208:G212G213_NN
ndb struct na base pair step.step number: 118
ndb struct na base pair step.tilt: 37.836
ndb struct na base pair step.tip: -57.022
ndb struct na base pair step.twist: 25.01
ndb struct na base pair step.x displacement: 0.209
ndb struct na base pair step.y displacement: 1.194

A,A,G,C,246,247,1 555,1 555,A,A,C,G,276,275,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 246
ndb struct na base pair step.i label seq id 2: 247
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 276
ndb struct na base pair step.j label seq id 2: 275
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.646
ndb struct na base pair step.helical twist: 30.423
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 247
ndb struct na base pair step.i auth seq id 2: 248
ndb struct na base pair step.inclination: 2.848
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 277
ndb struct na base pair step.j auth seq id 2: 276
ndb struct na base pair step.rise: 3.909
ndb struct na base pair step.roll: 1.474
ndb struct na base pair step.shift: -0.344
ndb struct na base pair step.slide: -4.19
ndb struct na base pair step.step name: NN_G247C248:G276C277_NN
ndb struct na base pair step.step number: 119
ndb struct na base pair step.tilt: -8.705
ndb struct na base pair step.tip: 16.819
ndb struct na base pair step.twist: 29.143
ndb struct na base pair step.x displacement: -8.334
ndb struct na base pair step.y displacement: -1.401

A,A,C,U,247,248,1 555,1 555,A,A,G,G,275,274,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 247
ndb struct na base pair step.i label seq id 2: 248
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 275
ndb struct na base pair step.j label seq id 2: 274
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.061
ndb struct na base pair step.helical twist: 36.649
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 248
ndb struct na base pair step.i auth seq id 2: 249
ndb struct na base pair step.inclination: -14.98
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 276
ndb struct na base pair step.j auth seq id 2: 275
ndb struct na base pair step.rise: 2.87
ndb struct na base pair step.roll: -8.846
ndb struct na base pair step.shift: 0.285
ndb struct na base pair step.slide: -2.394
ndb struct na base pair step.step name: NN_C248U249:G275G276_NN
ndb struct na base pair step.step number: 120
ndb struct na base pair step.tilt: 19.688
ndb struct na base pair step.tip: -33.342
ndb struct na base pair step.twist: 29.797
ndb struct na base pair step.x displacement: -2.583
ndb struct na base pair step.y displacement: 2.272

A,A,U,U,248,251,1 555,1 555,A,A,G,A,274,273,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 248
ndb struct na base pair step.i label seq id 2: 251
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 274
ndb struct na base pair step.j label seq id 2: 273
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.349
ndb struct na base pair step.helical twist: 94.152
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 249
ndb struct na base pair step.i auth seq id 2: 252
ndb struct na base pair step.inclination: -74.868
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 275
ndb struct na base pair step.j auth seq id 2: 274
ndb struct na base pair step.rise: 6.279
ndb struct na base pair step.roll: -88.344
ndb struct na base pair step.shift: 2.818
ndb struct na base pair step.slide: 0.315
ndb struct na base pair step.step name: NN_U249U252:A274G275_NN
ndb struct na base pair step.step number: 121
ndb struct na base pair step.tilt: 22.463
ndb struct na base pair step.tip: -19.036
ndb struct na base pair step.twist: 26.699
ndb struct na base pair step.x displacement: 4.335
ndb struct na base pair step.y displacement: -0.877

A,A,U,A,251,252,1 555,1 555,A,A,A,U,273,272,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 251
ndb struct na base pair step.i label seq id 2: 252
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 273
ndb struct na base pair step.j label seq id 2: 272
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.758
ndb struct na base pair step.helical twist: 43.389
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 252
ndb struct na base pair step.i auth seq id 2: 253
ndb struct na base pair step.inclination: 35.707
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 274
ndb struct na base pair step.j auth seq id 2: 273
ndb struct na base pair step.rise: 3.367
ndb struct na base pair step.roll: 24.91
ndb struct na base pair step.shift: -1.023
ndb struct na base pair step.slide: -0.146
ndb struct na base pair step.step name: NN_U252A253:U273A274_NN
ndb struct na base pair step.step number: 122
ndb struct na base pair step.tilt: -1.851
ndb struct na base pair step.tip: 2.654
ndb struct na base pair step.twist: 35.764
ndb struct na base pair step.x displacement: -2.71
ndb struct na base pair step.y displacement: 1.197

A,A,A,G,252,253,1 555,1 555,A,A,U,C,272,271,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 252
ndb struct na base pair step.i label seq id 2: 253
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 272
ndb struct na base pair step.j label seq id 2: 271
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.739
ndb struct na base pair step.helical twist: 33.265
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 253
ndb struct na base pair step.i auth seq id 2: 254
ndb struct na base pair step.inclination: 9.508
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 273
ndb struct na base pair step.j auth seq id 2: 272
ndb struct na base pair step.rise: 2.925
ndb struct na base pair step.roll: 5.418
ndb struct na base pair step.shift: -0.108
ndb struct na base pair step.slide: -0.952
ndb struct na base pair step.step name: NN_A253G254:C272U273_NN
ndb struct na base pair step.step number: 123
ndb struct na base pair step.tilt: -1.71
ndb struct na base pair step.tip: 3.001
ndb struct na base pair step.twist: 32.79
ndb struct na base pair step.x displacement: -2.452
ndb struct na base pair step.y displacement: -0.061

A,A,G,G,253,254,1 555,1 555,A,A,C,C,271,270,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 253
ndb struct na base pair step.i label seq id 2: 254
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 271
ndb struct na base pair step.j label seq id 2: 270
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 1.878
ndb struct na base pair step.helical twist: 30.247
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 254
ndb struct na base pair step.i auth seq id 2: 255
ndb struct na base pair step.inclination: 16.891
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 272
ndb struct na base pair step.j auth seq id 2: 271
ndb struct na base pair step.rise: 2.55
ndb struct na base pair step.roll: 8.672
ndb struct na base pair step.shift: 0.037
ndb struct na base pair step.slide: -1.939
ndb struct na base pair step.step name: NN_G254G255:C271C272_NN
ndb struct na base pair step.step number: 124
ndb struct na base pair step.tilt: -3.796
ndb struct na base pair step.tip: 7.394
ndb struct na base pair step.twist: 28.76
ndb struct na base pair step.x displacement: -4.936
ndb struct na base pair step.y displacement: -0.605

A,A,G,U,254,255,1 555,1 555,A,A,C,A,270,269,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 254
ndb struct na base pair step.i label seq id 2: 255
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 270
ndb struct na base pair step.j label seq id 2: 269
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.952
ndb struct na base pair step.helical twist: 42.986
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 255
ndb struct na base pair step.i auth seq id 2: 256
ndb struct na base pair step.inclination: 14.053
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 271
ndb struct na base pair step.j auth seq id 2: 270
ndb struct na base pair step.rise: 3.28
ndb struct na base pair step.roll: 10.208
ndb struct na base pair step.shift: 0.217
ndb struct na base pair step.slide: -1.065
ndb struct na base pair step.step name: NN_G255U256:A270C271_NN
ndb struct na base pair step.step number: 125
ndb struct na base pair step.tilt: -0.093
ndb struct na base pair step.tip: 0.127
ndb struct na base pair step.twist: 41.812
ndb struct na base pair step.x displacement: -2.43
ndb struct na base pair step.y displacement: -0.305

A,A,U,G,255,256,1 555,1 555,A,A,A,C,269,268,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 255
ndb struct na base pair step.i label seq id 2: 256
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 269
ndb struct na base pair step.j label seq id 2: 268
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 1.834
ndb struct na base pair step.helical twist: 39.722
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 256
ndb struct na base pair step.i auth seq id 2: 257
ndb struct na base pair step.inclination: 46.107
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 270
ndb struct na base pair step.j auth seq id 2: 269
ndb struct na base pair step.rise: 3.707
ndb struct na base pair step.roll: 27.977
ndb struct na base pair step.shift: 0.404
ndb struct na base pair step.slide: -1.137
ndb struct na base pair step.step name: NN_U256G257:C269A270_NN
ndb struct na base pair step.step number: 126
ndb struct na base pair step.tilt: 9.831
ndb struct na base pair step.tip: -16.202
ndb struct na base pair step.twist: 26.731
ndb struct na base pair step.x displacement: -5.028
ndb struct na base pair step.y displacement: 0.585

A,A,G,G,256,257,1 555,1 555,A,A,C,U,268,267,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 256
ndb struct na base pair step.i label seq id 2: 257
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 268
ndb struct na base pair step.j label seq id 2: 267
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.33
ndb struct na base pair step.helical twist: 29.25
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 257
ndb struct na base pair step.i auth seq id 2: 258
ndb struct na base pair step.inclination: 8.3
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 269
ndb struct na base pair step.j auth seq id 2: 268
ndb struct na base pair step.rise: 2.666
ndb struct na base pair step.roll: 4.096
ndb struct na base pair step.shift: 0.297
ndb struct na base pair step.slide: -0.392
ndb struct na base pair step.step name: NN_G257G258:U268C269_NN
ndb struct na base pair step.step number: 127
ndb struct na base pair step.tilt: -10.017
ndb struct na base pair step.tip: 20.299
ndb struct na base pair step.twist: 27.215
ndb struct na base pair step.x displacement: -1.48
ndb struct na base pair step.y displacement: -2.31

A,A,G,G,257,259,1 555,1 555,A,A,U,C,267,266,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 257
ndb struct na base pair step.i label seq id 2: 259
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 267
ndb struct na base pair step.j label seq id 2: 266
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 6.266
ndb struct na base pair step.helical twist: 66.498
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 258
ndb struct na base pair step.i auth seq id 2: 260
ndb struct na base pair step.inclination: 12.811
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 268
ndb struct na base pair step.j auth seq id 2: 267
ndb struct na base pair step.rise: 6.629
ndb struct na base pair step.roll: 13.948
ndb struct na base pair step.shift: 0.421
ndb struct na base pair step.slide: -1.378
ndb struct na base pair step.step name: NN_G258G260:C267U268_NN
ndb struct na base pair step.step number: 128
ndb struct na base pair step.tilt: 6.323
ndb struct na base pair step.tip: -5.807
ndb struct na base pair step.twist: 64.909
ndb struct na base pair step.x displacement: -2.367
ndb struct na base pair step.y displacement: 0.119

A,A,G,U,292,293,1 555,1 555,A,A,U,A,303,302,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 292
ndb struct na base pair step.i label seq id 2: 293
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 303
ndb struct na base pair step.j label seq id 2: 302
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 4.18
ndb struct na base pair step.helical twist: 37.586
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 293
ndb struct na base pair step.i auth seq id 2: 294
ndb struct na base pair step.inclination: -9.041
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 304
ndb struct na base pair step.j auth seq id 2: 303
ndb struct na base pair step.rise: 3.915
ndb struct na base pair step.roll: -5.798
ndb struct na base pair step.shift: 0.767
ndb struct na base pair step.slide: -2.523
ndb struct na base pair step.step name: NN_G293U294:A303U304_NN
ndb struct na base pair step.step number: 129
ndb struct na base pair step.tilt: -2.856
ndb struct na base pair step.tip: 4.454
ndb struct na base pair step.twist: 37.046
ndb struct na base pair step.x displacement: -2.974
ndb struct na base pair step.y displacement: -1.654

A,A,U,C,293,294,1 555,1 555,A,A,A,G,302,301,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 293
ndb struct na base pair step.i label seq id 2: 294
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 302
ndb struct na base pair step.j label seq id 2: 301
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.893
ndb struct na base pair step.helical twist: 40.327
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 294
ndb struct na base pair step.i auth seq id 2: 295
ndb struct na base pair step.inclination: 7.545
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 303
ndb struct na base pair step.j auth seq id 2: 302
ndb struct na base pair step.rise: 3.225
ndb struct na base pair step.roll: 5.172
ndb struct na base pair step.shift: -0.372
ndb struct na base pair step.slide: -1.849
ndb struct na base pair step.step name: NN_U294C295:G302A303_NN
ndb struct na base pair step.step number: 130
ndb struct na base pair step.tilt: 5.675
ndb struct na base pair step.tip: -8.279
ndb struct na base pair step.twist: 39.619
ndb struct na base pair step.x displacement: -3.233
ndb struct na base pair step.y displacement: 1.144

A,A,C,U,294,295,1 555,1 555,A,A,G,G,301,300,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 294
ndb struct na base pair step.i label seq id 2: 295
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 301
ndb struct na base pair step.j label seq id 2: 300
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.575
ndb struct na base pair step.helical twist: 35.03
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 295
ndb struct na base pair step.i auth seq id 2: 296
ndb struct na base pair step.inclination: 2.352
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 302
ndb struct na base pair step.j auth seq id 2: 301
ndb struct na base pair step.rise: 2.615
ndb struct na base pair step.roll: 1.416
ndb struct na base pair step.shift: -0.137
ndb struct na base pair step.slide: -0.944
ndb struct na base pair step.step name: NN_C295U296:G301G302_NN
ndb struct na base pair step.step number: 131
ndb struct na base pair step.tilt: 0.28
ndb struct na base pair step.tip: -0.466
ndb struct na base pair step.twist: 35.001
ndb struct na base pair step.x displacement: -1.737
ndb struct na base pair step.y displacement: 0.261

A,A,U,G,295,296,1 555,1 555,A,A,G,A,300,299,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 295
ndb struct na base pair step.i label seq id 2: 296
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 300
ndb struct na base pair step.j label seq id 2: 299
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.492
ndb struct na base pair step.helical twist: 47.491
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 296
ndb struct na base pair step.i auth seq id 2: 297
ndb struct na base pair step.inclination: 9.28
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 301
ndb struct na base pair step.j auth seq id 2: 300
ndb struct na base pair step.rise: 2.706
ndb struct na base pair step.roll: 7.446
ndb struct na base pair step.shift: -3.256
ndb struct na base pair step.slide: -0.711
ndb struct na base pair step.step name: NN_U296G297:A300G301_NN
ndb struct na base pair step.step number: 132
ndb struct na base pair step.tilt: 1.212
ndb struct na base pair step.tip: -1.511
ndb struct na base pair step.twist: 46.923
ndb struct na base pair step.x displacement: -1.363
ndb struct na base pair step.y displacement: 4.121

A,A,G,G,296,565,1 555,1 555,A,A,A,G,299,298,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 296
ndb struct na base pair step.i label seq id 2: 565
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 299
ndb struct na base pair step.j label seq id 2: 298
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: -5.35
ndb struct na base pair step.helical twist: 144.805
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 297
ndb struct na base pair step.i auth seq id 2: 566
ndb struct na base pair step.inclination: 14.633
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 300
ndb struct na base pair step.j auth seq id 2: 299
ndb struct na base pair step.rise: -2.382
ndb struct na base pair step.roll: 23.704
ndb struct na base pair step.shift: -5.701
ndb struct na base pair step.slide: 2.17
ndb struct na base pair step.step name: NN_G297G566:G299A300_NN
ndb struct na base pair step.step number: 133
ndb struct na base pair step.tilt: 142.83
ndb struct na base pair step.tip: -88.174
ndb struct na base pair step.twist: 3.911
ndb struct na base pair step.x displacement: 1.779
ndb struct na base pair step.y displacement: -0.87

A,A,U,G,389,390,1 555,1 555,A,A,A,C,370,369,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 389
ndb struct na base pair step.i label seq id 2: 390
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 370
ndb struct na base pair step.j label seq id 2: 369
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.527
ndb struct na base pair step.helical twist: 36.564
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 390
ndb struct na base pair step.i auth seq id 2: 391
ndb struct na base pair step.inclination: 21.594
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 371
ndb struct na base pair step.j auth seq id 2: 370
ndb struct na base pair step.rise: 3.053
ndb struct na base pair step.roll: 13.237
ndb struct na base pair step.shift: -0.183
ndb struct na base pair step.slide: -0.948
ndb struct na base pair step.step name: NN_U390G391:C370A371_NN
ndb struct na base pair step.step number: 134
ndb struct na base pair step.tilt: -3.666
ndb struct na base pair step.tip: 5.981
ndb struct na base pair step.twist: 33.968
ndb struct na base pair step.x displacement: -3.13
ndb struct na base pair step.y displacement: -0.157

A,A,G,C,390,391,1 555,1 555,A,A,C,G,369,368,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 390
ndb struct na base pair step.i label seq id 2: 391
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 369
ndb struct na base pair step.j label seq id 2: 368
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.427
ndb struct na base pair step.helical twist: 41.089
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 391
ndb struct na base pair step.i auth seq id 2: 392
ndb struct na base pair step.inclination: 11.413
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 370
ndb struct na base pair step.j auth seq id 2: 369
ndb struct na base pair step.rise: 2.757
ndb struct na base pair step.roll: 7.947
ndb struct na base pair step.shift: 0.487
ndb struct na base pair step.slide: -1.72
ndb struct na base pair step.step name: NN_G391C392:G369C370_NN
ndb struct na base pair step.step number: 135
ndb struct na base pair step.tilt: 4.765
ndb struct na base pair step.tip: -6.843
ndb struct na base pair step.twist: 40.075
ndb struct na base pair step.x displacement: -3.143
ndb struct na base pair step.y displacement: -0.279

A,A,C,A,391,392,1 555,1 555,A,A,G,U,368,366,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 391
ndb struct na base pair step.i label seq id 2: 392
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 368
ndb struct na base pair step.j label seq id 2: 366
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.521
ndb struct na base pair step.helical twist: 32.535
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 392
ndb struct na base pair step.i auth seq id 2: 393
ndb struct na base pair step.inclination: -7.085
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 369
ndb struct na base pair step.j auth seq id 2: 367
ndb struct na base pair step.rise: 3.508
ndb struct na base pair step.roll: -3.953
ndb struct na base pair step.shift: 0.609
ndb struct na base pair step.slide: -1.04
ndb struct na base pair step.step name: NN_C392A393:U367G369_NN
ndb struct na base pair step.step number: 136
ndb struct na base pair step.tilt: -3.572
ndb struct na base pair step.tip: 6.402
ndb struct na base pair step.twist: 32.107
ndb struct na base pair step.x displacement: -1.109
ndb struct na base pair step.y displacement: -1.762

A,A,A,G,392,393,1 555,1 555,A,A,U,A,366,365,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 392
ndb struct na base pair step.i label seq id 2: 393
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 366
ndb struct na base pair step.j label seq id 2: 365
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.951
ndb struct na base pair step.helical twist: -13.869
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 393
ndb struct na base pair step.i auth seq id 2: 394
ndb struct na base pair step.inclination: -28.82
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 367
ndb struct na base pair step.j auth seq id 2: 366
ndb struct na base pair step.rise: 3.856
ndb struct na base pair step.roll: 4.502
ndb struct na base pair step.shift: 2.738
ndb struct na base pair step.slide: -3.938
ndb struct na base pair step.step name: NN_A393G394:A366U367_NN
ndb struct na base pair step.step number: 137
ndb struct na base pair step.tilt: -13.114
ndb struct na base pair step.tip: -83.954
ndb struct na base pair step.twist: -0.301
ndb struct na base pair step.x displacement: 6.035
ndb struct na base pair step.y displacement: -18.584

A,A,G,C,393,394,1 555,1 555,A,A,A,G,365,45,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 393
ndb struct na base pair step.i label seq id 2: 394
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 365
ndb struct na base pair step.j label seq id 2: 45
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.422
ndb struct na base pair step.helical twist: 78.021
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 394
ndb struct na base pair step.i auth seq id 2: 395
ndb struct na base pair step.inclination: 6.075
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 366
ndb struct na base pair step.j auth seq id 2: 46
ndb struct na base pair step.rise: 3.409
ndb struct na base pair step.roll: 7.631
ndb struct na base pair step.shift: -0.287
ndb struct na base pair step.slide: 0.155
ndb struct na base pair step.step name: NN_G394C395:G46A366_NN
ndb struct na base pair step.step number: 138
ndb struct na base pair step.tilt: -7.221
ndb struct na base pair step.tip: 5.748
ndb struct na base pair step.twist: 77.423
ndb struct na base pair step.x displacement: -0.102
ndb struct na base pair step.y displacement: 0.016

A,A,C,C,394,395,1 555,1 555,A,A,G,G,45,44,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 394
ndb struct na base pair step.i label seq id 2: 395
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 45
ndb struct na base pair step.j label seq id 2: 44
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.853
ndb struct na base pair step.helical twist: 41.238
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 395
ndb struct na base pair step.i auth seq id 2: 396
ndb struct na base pair step.inclination: 11.66
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 46
ndb struct na base pair step.j auth seq id 2: 45
ndb struct na base pair step.rise: 4.201
ndb struct na base pair step.roll: 8.116
ndb struct na base pair step.shift: -0.802
ndb struct na base pair step.slide: -1.84
ndb struct na base pair step.step name: NN_C395C396:G45G46_NN
ndb struct na base pair step.step number: 139
ndb struct na base pair step.tilt: -7.864
ndb struct na base pair step.tip: 11.298
ndb struct na base pair step.twist: 39.724
ndb struct na base pair step.x displacement: -3.712
ndb struct na base pair step.y displacement: 0.074

A,A,C,U,395,397,1 555,1 555,A,A,G,A,44,43,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 395
ndb struct na base pair step.i label seq id 2: 397
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 44
ndb struct na base pair step.j label seq id 2: 43
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.26
ndb struct na base pair step.helical twist: 38.046
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 396
ndb struct na base pair step.i auth seq id 2: 398
ndb struct na base pair step.inclination: -11.325
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 45
ndb struct na base pair step.j auth seq id 2: 44
ndb struct na base pair step.rise: 2.188
ndb struct na base pair step.roll: -7.292
ndb struct na base pair step.shift: -0.613
ndb struct na base pair step.slide: -1.469
ndb struct na base pair step.step name: NN_C396U398:A44G45_NN
ndb struct na base pair step.step number: 140
ndb struct na base pair step.tilt: 7.681
ndb struct na base pair step.tip: -11.929
ndb struct na base pair step.twist: 36.595
ndb struct na base pair step.x displacement: -1.611
ndb struct na base pair step.y displacement: 1.619

A,A,U,G,397,398,1 555,1 555,A,A,A,C,43,42,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 397
ndb struct na base pair step.i label seq id 2: 398
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 43
ndb struct na base pair step.j label seq id 2: 42
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.922
ndb struct na base pair step.helical twist: 39.342
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 398
ndb struct na base pair step.i auth seq id 2: 399
ndb struct na base pair step.inclination: 21.75
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 44
ndb struct na base pair step.j auth seq id 2: 43
ndb struct na base pair step.rise: 3.669
ndb struct na base pair step.roll: 14.284
ndb struct na base pair step.shift: -0.401
ndb struct na base pair step.slide: -1.204
ndb struct na base pair step.step name: NN_U398G399:C43A44_NN
ndb struct na base pair step.step number: 141
ndb struct na base pair step.tilt: 5.562
ndb struct na base pair step.tip: -8.47
ndb struct na base pair step.twist: 36.342
ndb struct na base pair step.x displacement: -3.572
ndb struct na base pair step.y displacement: 1.29

A,A,G,C,398,399,1 555,1 555,A,A,C,G,42,41,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 398
ndb struct na base pair step.i label seq id 2: 399
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 42
ndb struct na base pair step.j label seq id 2: 41
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.154
ndb struct na base pair step.helical twist: 34.347
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 399
ndb struct na base pair step.i auth seq id 2: 400
ndb struct na base pair step.inclination: 24.467
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 43
ndb struct na base pair step.j auth seq id 2: 42
ndb struct na base pair step.rise: 3.545
ndb struct na base pair step.roll: 13.968
ndb struct na base pair step.shift: -0.757
ndb struct na base pair step.slide: -2.955
ndb struct na base pair step.step name: NN_G399C400:G42C43_NN
ndb struct na base pair step.step number: 142
ndb struct na base pair step.tilt: -6.283
ndb struct na base pair step.tip: 11.006
ndb struct na base pair step.twist: 30.836
ndb struct na base pair step.x displacement: -7.018
ndb struct na base pair step.y displacement: 0.376

A,A,C,C,399,400,1 555,1 555,A,A,G,G,41,40,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 399
ndb struct na base pair step.i label seq id 2: 400
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 41
ndb struct na base pair step.j label seq id 2: 40
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.763
ndb struct na base pair step.helical twist: 31.385
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 400
ndb struct na base pair step.i auth seq id 2: 401
ndb struct na base pair step.inclination: 3.628
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 42
ndb struct na base pair step.j auth seq id 2: 41
ndb struct na base pair step.rise: 2.896
ndb struct na base pair step.roll: 1.961
ndb struct na base pair step.shift: -0.639
ndb struct na base pair step.slide: -1.527
ndb struct na base pair step.step name: NN_C400C401:G41G42_NN
ndb struct na base pair step.step number: 143
ndb struct na base pair step.tilt: 1.579
ndb struct na base pair step.tip: -2.922
ndb struct na base pair step.twist: 31.287
ndb struct na base pair step.x displacement: -3.143
ndb struct na base pair step.y displacement: 1.438

A,A,C,G,400,401,1 555,1 555,A,A,G,C,40,39,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 400
ndb struct na base pair step.i label seq id 2: 401
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 40
ndb struct na base pair step.j label seq id 2: 39
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.915
ndb struct na base pair step.helical twist: 17.31
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 401
ndb struct na base pair step.i auth seq id 2: 402
ndb struct na base pair step.inclination: -0.609
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 41
ndb struct na base pair step.j auth seq id 2: 40
ndb struct na base pair step.rise: 2.823
ndb struct na base pair step.roll: -0.182
ndb struct na base pair step.shift: 0.662
ndb struct na base pair step.slide: -1.779
ndb struct na base pair step.step name: NN_C401G402:C40G41_NN
ndb struct na base pair step.step number: 144
ndb struct na base pair step.tilt: 3.229
ndb struct na base pair step.tip: -10.793
ndb struct na base pair step.twist: 17.007
ndb struct na base pair step.x displacement: -5.812
ndb struct na base pair step.y displacement: -0.418

A,A,G,C,401,402,1 555,1 555,A,A,C,G,39,38,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 401
ndb struct na base pair step.i label seq id 2: 402
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 39
ndb struct na base pair step.j label seq id 2: 38
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.253
ndb struct na base pair step.helical twist: 30.693
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 402
ndb struct na base pair step.i auth seq id 2: 403
ndb struct na base pair step.inclination: 8.597
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 40
ndb struct na base pair step.j auth seq id 2: 39
ndb struct na base pair step.rise: 3.665
ndb struct na base pair step.roll: 4.525
ndb struct na base pair step.shift: -0.692
ndb struct na base pair step.slide: -1.871
ndb struct na base pair step.step name: NN_G402C403:G39C40_NN
ndb struct na base pair step.step number: 145
ndb struct na base pair step.tilt: 3.616
ndb struct na base pair step.tip: -6.871
ndb struct na base pair step.twist: 30.154
ndb struct na base pair step.x displacement: -4.485
ndb struct na base pair step.y displacement: 2.065

A,A,C,G,402,403,1 555,1 555,A,A,G,A,38,498,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 402
ndb struct na base pair step.i label seq id 2: 403
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 38
ndb struct na base pair step.j label seq id 2: 498
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.37
ndb struct na base pair step.helical twist: 103.321
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 403
ndb struct na base pair step.i auth seq id 2: 404
ndb struct na base pair step.inclination: 19.42
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 39
ndb struct na base pair step.j auth seq id 2: 499
ndb struct na base pair step.rise: 3.811
ndb struct na base pair step.roll: 30.205
ndb struct na base pair step.shift: 2.871
ndb struct na base pair step.slide: -5.293
ndb struct na base pair step.step name: NN_C403G404:A499G39_NN
ndb struct na base pair step.step number: 146
ndb struct na base pair step.tilt: -10.332
ndb struct na base pair step.tip: 6.642
ndb struct na base pair step.twist: 99.639
ndb struct na base pair step.x displacement: -3.801
ndb struct na base pair step.y displacement: -1.976

A,A,G,G,422,423,1 555,1 555,A,A,U,C,419,418,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 422
ndb struct na base pair step.i label seq id 2: 423
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 419
ndb struct na base pair step.j label seq id 2: 418
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.215
ndb struct na base pair step.helical twist: 170.473
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 423
ndb struct na base pair step.i auth seq id 2: 424
ndb struct na base pair step.inclination: -63.857
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 420
ndb struct na base pair step.j auth seq id 2: 419
ndb struct na base pair step.rise: 1.489
ndb struct na base pair step.roll: -125.62
ndb struct na base pair step.shift: -1.739
ndb struct na base pair step.slide: -3.743
ndb struct na base pair step.step name: NN_G423G424:C419U420_NN
ndb struct na base pair step.step number: 147
ndb struct na base pair step.tilt: 102.189
ndb struct na base pair step.tip: -51.946
ndb struct na base pair step.twist: 116.129
ndb struct na base pair step.x displacement: -1.47
ndb struct na base pair step.y displacement: 1.204

A,A,G,G,423,424,1 555,1 555,A,A,C,C,418,417,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 423
ndb struct na base pair step.i label seq id 2: 424
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 418
ndb struct na base pair step.j label seq id 2: 417
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.753
ndb struct na base pair step.helical twist: 36.214
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 424
ndb struct na base pair step.i auth seq id 2: 425
ndb struct na base pair step.inclination: 25.477
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 419
ndb struct na base pair step.j auth seq id 2: 418
ndb struct na base pair step.rise: 3.145
ndb struct na base pair step.roll: 15.365
ndb struct na base pair step.shift: 0.311
ndb struct na base pair step.slide: -0.277
ndb struct na base pair step.step name: NN_G424G425:C418C419_NN
ndb struct na base pair step.step number: 148
ndb struct na base pair step.tilt: 0.312
ndb struct na base pair step.tip: -0.517
ndb struct na base pair step.twist: 32.891
ndb struct na base pair step.x displacement: -2.494
ndb struct na base pair step.y displacement: -0.459

A,A,G,U,424,425,1 555,1 555,A,A,C,G,417,416,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 424
ndb struct na base pair step.i label seq id 2: 425
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 417
ndb struct na base pair step.j label seq id 2: 416
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.474
ndb struct na base pair step.helical twist: 38.959
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 425
ndb struct na base pair step.i auth seq id 2: 426
ndb struct na base pair step.inclination: 8.499
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 418
ndb struct na base pair step.j auth seq id 2: 417
ndb struct na base pair step.rise: 2.584
ndb struct na base pair step.roll: 5.65
ndb struct na base pair step.shift: 0.22
ndb struct na base pair step.slide: -0.602
ndb struct na base pair step.step name: NN_G425U426:G417C418_NN
ndb struct na base pair step.step number: 149
ndb struct na base pair step.tilt: -0.049
ndb struct na base pair step.tip: 0.074
ndb struct na base pair step.twist: 38.563
ndb struct na base pair step.x displacement: -1.434
ndb struct na base pair step.y displacement: -0.334

A,A,U,U,425,426,1 555,1 555,A,A,G,G,416,415,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 425
ndb struct na base pair step.i label seq id 2: 426
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 416
ndb struct na base pair step.j label seq id 2: 415
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 1.943
ndb struct na base pair step.helical twist: 35.764
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 426
ndb struct na base pair step.i auth seq id 2: 427
ndb struct na base pair step.inclination: 38.655
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 417
ndb struct na base pair step.j auth seq id 2: 416
ndb struct na base pair step.rise: 2.981
ndb struct na base pair step.roll: 21.922
ndb struct na base pair step.shift: -0.434
ndb struct na base pair step.slide: -0.444
ndb struct na base pair step.step name: NN_U426U427:G416G417_NN
ndb struct na base pair step.step number: 150
ndb struct na base pair step.tilt: 7.592
ndb struct na base pair step.tip: -13.386
ndb struct na base pair step.twist: 27.408
ndb struct na base pair step.x displacement: -3.444
ndb struct na base pair step.y displacement: 1.649

A,A,U,G,426,427,1 555,1 555,A,A,G,A,415,414,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 426
ndb struct na base pair step.i label seq id 2: 427
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 415
ndb struct na base pair step.j label seq id 2: 414
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 1.937
ndb struct na base pair step.helical twist: -172.731
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 427
ndb struct na base pair step.i auth seq id 2: 428
ndb struct na base pair step.inclination: -81.295
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 416
ndb struct na base pair step.j auth seq id 2: 415
ndb struct na base pair step.rise: 1.189
ndb struct na base pair step.roll: 159.455
ndb struct na base pair step.shift: -4.627
ndb struct na base pair step.slide: 0.11
ndb struct na base pair step.step name: NN_U427G428:A415G416_NN
ndb struct na base pair step.step number: 151
ndb struct na base pair step.tilt: 60.225
ndb struct na base pair step.tip: 30.705
ndb struct na base pair step.twist: -80.819
ndb struct na base pair step.x displacement: -0.73
ndb struct na base pair step.y displacement: -2.063

A,A,G,A,427,429,1 555,1 555,A,A,A,A,414,413,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 427
ndb struct na base pair step.i label seq id 2: 429
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 414
ndb struct na base pair step.j label seq id 2: 413
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 0.102
ndb struct na base pair step.helical twist: 168.674
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 428
ndb struct na base pair step.i auth seq id 2: 430
ndb struct na base pair step.inclination: -62.961
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 415
ndb struct na base pair step.j auth seq id 2: 414
ndb struct na base pair step.rise: 0.119
ndb struct na base pair step.roll: -118.731
ndb struct na base pair step.shift: -2.328
ndb struct na base pair step.slide: 2.22
ndb struct na base pair step.step name: NN_G428A430:A414A415_NN
ndb struct na base pair step.step number: 152
ndb struct na base pair step.tilt: -119.722
ndb struct na base pair step.tip: 63.487
ndb struct na base pair step.twist: 11.799
ndb struct na base pair step.x displacement: 1.186
ndb struct na base pair step.y displacement: 1.099

A,A,A,A,429,430,1 555,1 555,A,A,A,U,413,428,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 429
ndb struct na base pair step.i label seq id 2: 430
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 413
ndb struct na base pair step.j label seq id 2: 428
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.887
ndb struct na base pair step.helical twist: -47.132
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 430
ndb struct na base pair step.i auth seq id 2: 431
ndb struct na base pair step.inclination: 5.821
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 414
ndb struct na base pair step.j auth seq id 2: 429
ndb struct na base pair step.rise: 3.795
ndb struct na base pair step.roll: -4.646
ndb struct na base pair step.shift: 4.377
ndb struct na base pair step.slide: -0.985
ndb struct na base pair step.step name: NN_A430A431:U429A414_NN
ndb struct na base pair step.step number: 153
ndb struct na base pair step.tilt: -2.341
ndb struct na base pair step.tip: -2.933
ndb struct na base pair step.twist: -46.86
ndb struct na base pair step.x displacement: 1.679
ndb struct na base pair step.y displacement: 5.248

A,A,A,A,430,431,1 555,1 555,A,A,U,G,428,409,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 430
ndb struct na base pair step.i label seq id 2: 431
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 428
ndb struct na base pair step.j label seq id 2: 409
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.03
ndb struct na base pair step.helical twist: 95.339
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 431
ndb struct na base pair step.i auth seq id 2: 432
ndb struct na base pair step.inclination: -7.284
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 429
ndb struct na base pair step.j auth seq id 2: 410
ndb struct na base pair step.rise: 2.452
ndb struct na base pair step.roll: -10.749
ndb struct na base pair step.shift: 3.135
ndb struct na base pair step.slide: 2.501
ndb struct na base pair step.step name: NN_A431A432:G410U429_NN
ndb struct na base pair step.step number: 154
ndb struct na base pair step.tilt: -7.728
ndb struct na base pair step.tip: 5.237
ndb struct na base pair step.twist: 94.636
ndb struct na base pair step.x displacement: 1.822
ndb struct na base pair step.y displacement: -2.214

A,A,A,G,431,432,1 555,1 555,A,A,G,U,409,408,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 431
ndb struct na base pair step.i label seq id 2: 432
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 409
ndb struct na base pair step.j label seq id 2: 408
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.509
ndb struct na base pair step.helical twist: 59.871
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 432
ndb struct na base pair step.i auth seq id 2: 433
ndb struct na base pair step.inclination: 16.199
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 410
ndb struct na base pair step.j auth seq id 2: 409
ndb struct na base pair step.rise: 3.809
ndb struct na base pair step.roll: 15.977
ndb struct na base pair step.shift: 0.869
ndb struct na base pair step.slide: -0.318
ndb struct na base pair step.step name: NN_A432G433:U409G410_NN
ndb struct na base pair step.step number: 155
ndb struct na base pair step.tilt: -6.615
ndb struct na base pair step.tip: 6.707
ndb struct na base pair step.twist: 57.543
ndb struct na base pair step.x displacement: -1.229
ndb struct na base pair step.y displacement: -1.248

A,A,G,U,432,433,1 555,1 555,A,A,U,A,408,407,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 432
ndb struct na base pair step.i label seq id 2: 433
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 408
ndb struct na base pair step.j label seq id 2: 407
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.071
ndb struct na base pair step.helical twist: 45.542
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 433
ndb struct na base pair step.i auth seq id 2: 434
ndb struct na base pair step.inclination: 8.284
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 409
ndb struct na base pair step.j auth seq id 2: 408
ndb struct na base pair step.rise: 3.322
ndb struct na base pair step.roll: 6.387
ndb struct na base pair step.shift: 0.124
ndb struct na base pair step.slide: -1.509
ndb struct na base pair step.step name: NN_G433U434:A408U409_NN
ndb struct na base pair step.step number: 156
ndb struct na base pair step.tilt: -3.925
ndb struct na base pair step.tip: 5.091
ndb struct na base pair step.twist: 44.954
ndb struct na base pair step.x displacement: -2.501
ndb struct na base pair step.y displacement: -0.5

A,A,U,A,433,434,1 555,1 555,A,A,A,U,407,406,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 433
ndb struct na base pair step.i label seq id 2: 434
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 407
ndb struct na base pair step.j label seq id 2: 406
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.292
ndb struct na base pair step.helical twist: 32.524
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 434
ndb struct na base pair step.i auth seq id 2: 435
ndb struct na base pair step.inclination: 16.953
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 408
ndb struct na base pair step.j auth seq id 2: 407
ndb struct na base pair step.rise: 3.892
ndb struct na base pair step.roll: 9.352
ndb struct na base pair step.shift: -0.176
ndb struct na base pair step.slide: -1.453
ndb struct na base pair step.step name: NN_U434A435:U407A408_NN
ndb struct na base pair step.step number: 157
ndb struct na base pair step.tilt: 3.228
ndb struct na base pair step.tip: -5.853
ndb struct na base pair step.twist: 31.021
ndb struct na base pair step.x displacement: -4.435
ndb struct na base pair step.y displacement: 0.949

A,A,A,C,434,435,1 555,1 555,A,A,U,G,406,405,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 434
ndb struct na base pair step.i label seq id 2: 435
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 406
ndb struct na base pair step.j label seq id 2: 405
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.15
ndb struct na base pair step.helical twist: 37.977
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 435
ndb struct na base pair step.i auth seq id 2: 436
ndb struct na base pair step.inclination: -6.038
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 407
ndb struct na base pair step.j auth seq id 2: 406
ndb struct na base pair step.rise: 2.964
ndb struct na base pair step.roll: -3.923
ndb struct na base pair step.shift: -0.339
ndb struct na base pair step.slide: -1.98
ndb struct na base pair step.step name: NN_A435C436:G406U407_NN
ndb struct na base pair step.step number: 158
ndb struct na base pair step.tilt: -0.403
ndb struct na base pair step.tip: 0.62
ndb struct na base pair step.twist: 37.779
ndb struct na base pair step.x displacement: -2.573
ndb struct na base pair step.y displacement: 0.472

A,A,C,U,435,436,1 555,1 555,A,A,G,A,405,494,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 435
ndb struct na base pair step.i label seq id 2: 436
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 405
ndb struct na base pair step.j label seq id 2: 494
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.809
ndb struct na base pair step.helical twist: 59.239
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 436
ndb struct na base pair step.i auth seq id 2: 437
ndb struct na base pair step.inclination: 4.749
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 406
ndb struct na base pair step.j auth seq id 2: 495
ndb struct na base pair step.rise: 2.488
ndb struct na base pair step.roll: 4.684
ndb struct na base pair step.shift: -4.567
ndb struct na base pair step.slide: -1.153
ndb struct na base pair step.step name: NN_C436U437:A495G406_NN
ndb struct na base pair step.step number: 159
ndb struct na base pair step.tilt: -6.008
ndb struct na base pair step.tip: 6.092
ndb struct na base pair step.twist: 58.791
ndb struct na base pair step.x displacement: -1.361
ndb struct na base pair step.y displacement: 4.372

A,A,U,U,436,438,1 555,1 555,A,A,A,A,494,497,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 436
ndb struct na base pair step.i label seq id 2: 438
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 494
ndb struct na base pair step.j label seq id 2: 497
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 6.279
ndb struct na base pair step.helical twist: -44.23
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 437
ndb struct na base pair step.i auth seq id 2: 439
ndb struct na base pair step.inclination: 15.315
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 495
ndb struct na base pair step.j auth seq id 2: 498
ndb struct na base pair step.rise: 3.054
ndb struct na base pair step.roll: -10.342
ndb struct na base pair step.shift: -6.596
ndb struct na base pair step.slide: -1.565
ndb struct na base pair step.step name: NN_U437U439:A498A495_NN
ndb struct na base pair step.step number: 160
ndb struct na base pair step.tilt: 31.088
ndb struct na base pair step.tip: 46.036
ndb struct na base pair step.twist: -30.131
ndb struct na base pair step.x displacement: 3.752
ndb struct na base pair step.y displacement: -3.728

A,A,U,C,438,439,1 555,1 555,A,A,A,A,497,495,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 438
ndb struct na base pair step.i label seq id 2: 439
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 497
ndb struct na base pair step.j label seq id 2: 495
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 1.049
ndb struct na base pair step.helical twist: 69.086
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 439
ndb struct na base pair step.i auth seq id 2: 440
ndb struct na base pair step.inclination: 4.178
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 498
ndb struct na base pair step.j auth seq id 2: 496
ndb struct na base pair step.rise: 1.516
ndb struct na base pair step.roll: 4.73
ndb struct na base pair step.shift: 3.351
ndb struct na base pair step.slide: -2.775
ndb struct na base pair step.step name: NN_U439C440:A496A498_NN
ndb struct na base pair step.step number: 161
ndb struct na base pair step.tilt: -6.848
ndb struct na base pair step.tip: 6.05
ndb struct na base pair step.twist: 68.644
ndb struct na base pair step.x displacement: -2.515
ndb struct na base pair step.y displacement: -3.053

A,A,C,A,439,440,1 555,1 555,A,A,A,G,495,493,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 439
ndb struct na base pair step.i label seq id 2: 440
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 495
ndb struct na base pair step.j label seq id 2: 493
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.591
ndb struct na base pair step.helical twist: 57.941
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 440
ndb struct na base pair step.i auth seq id 2: 441
ndb struct na base pair step.inclination: 29.65
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 496
ndb struct na base pair step.j auth seq id 2: 494
ndb struct na base pair step.rise: 4.997
ndb struct na base pair step.roll: 27.488
ndb struct na base pair step.shift: 1.144
ndb struct na base pair step.slide: -2.258
ndb struct na base pair step.step name: NN_C440A441:G494A496_NN
ndb struct na base pair step.step number: 162
ndb struct na base pair step.tilt: 13.356
ndb struct na base pair step.tip: -14.406
ndb struct na base pair step.twist: 49.831
ndb struct na base pair step.x displacement: -4.435
ndb struct na base pair step.y displacement: -0.159

A,A,A,G,440,441,1 555,1 555,A,A,G,C,493,491,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 440
ndb struct na base pair step.i label seq id 2: 441
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 493
ndb struct na base pair step.j label seq id 2: 491
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.755
ndb struct na base pair step.helical twist: 46.188
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 441
ndb struct na base pair step.i auth seq id 2: 442
ndb struct na base pair step.inclination: 18.957
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 494
ndb struct na base pair step.j auth seq id 2: 492
ndb struct na base pair step.rise: 4.638
ndb struct na base pair step.roll: 14.179
ndb struct na base pair step.shift: 2.346
ndb struct na base pair step.slide: -0.867
ndb struct na base pair step.step name: NN_A441G442:C492G494_NN
ndb struct na base pair step.step number: 163
ndb struct na base pair step.tilt: -20.056
ndb struct na base pair step.tip: 26.815
ndb struct na base pair step.twist: 39.422
ndb struct na base pair step.x displacement: -2.598
ndb struct na base pair step.y displacement: -5.103

A,A,G,C,441,442,1 555,1 555,A,A,C,G,491,490,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 441
ndb struct na base pair step.i label seq id 2: 442
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 491
ndb struct na base pair step.j label seq id 2: 490
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.647
ndb struct na base pair step.helical twist: 35.269
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 442
ndb struct na base pair step.i auth seq id 2: 443
ndb struct na base pair step.inclination: 2.957
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 492
ndb struct na base pair step.j auth seq id 2: 491
ndb struct na base pair step.rise: 2.739
ndb struct na base pair step.roll: 1.79
ndb struct na base pair step.shift: 0.455
ndb struct na base pair step.slide: -2.169
ndb struct na base pair step.step name: NN_G442C443:G491C492_NN
ndb struct na base pair step.step number: 164
ndb struct na base pair step.tilt: 1.598
ndb struct na base pair step.tip: -2.64
ndb struct na base pair step.twist: 35.19
ndb struct na base pair step.x displacement: -3.799
ndb struct na base pair step.y displacement: -0.555

A,A,C,G,442,443,1 555,1 555,A,A,G,C,490,489,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 442
ndb struct na base pair step.i label seq id 2: 443
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 490
ndb struct na base pair step.j label seq id 2: 489
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 1.093
ndb struct na base pair step.helical twist: 30.23
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 443
ndb struct na base pair step.i auth seq id 2: 444
ndb struct na base pair step.inclination: 38.807
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 491
ndb struct na base pair step.j auth seq id 2: 490
ndb struct na base pair step.rise: 3.452
ndb struct na base pair step.roll: 18.748
ndb struct na base pair step.shift: -0.267
ndb struct na base pair step.slide: -2.565
ndb struct na base pair step.step name: NN_C443G444:C490G491_NN
ndb struct na base pair step.step number: 165
ndb struct na base pair step.tilt: 3.939
ndb struct na base pair step.tip: -8.153
ndb struct na base pair step.twist: 23.495
ndb struct na base pair step.x displacement: -7.91
ndb struct na base pair step.y displacement: 1.14

A,A,G,G,443,444,1 555,1 555,A,A,C,C,489,488,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 443
ndb struct na base pair step.i label seq id 2: 444
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 489
ndb struct na base pair step.j label seq id 2: 488
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.872
ndb struct na base pair step.helical twist: 26.428
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 444
ndb struct na base pair step.i auth seq id 2: 445
ndb struct na base pair step.inclination: 7.374
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 490
ndb struct na base pair step.j auth seq id 2: 489
ndb struct na base pair step.rise: 3.11
ndb struct na base pair step.roll: 3.362
ndb struct na base pair step.shift: 0.887
ndb struct na base pair step.slide: -1.89
ndb struct na base pair step.step name: NN_G444G445:C489C490_NN
ndb struct na base pair step.step number: 166
ndb struct na base pair step.tilt: 0.719
ndb struct na base pair step.tip: -1.578
ndb struct na base pair step.twist: 26.207
ndb struct na base pair step.x displacement: -4.954
ndb struct na base pair step.y displacement: -1.765

A,A,G,G,444,445,1 555,1 555,A,A,C,C,488,487,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 444
ndb struct na base pair step.i label seq id 2: 445
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 488
ndb struct na base pair step.j label seq id 2: 487
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.342
ndb struct na base pair step.helical twist: 35.687
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 445
ndb struct na base pair step.i auth seq id 2: 446
ndb struct na base pair step.inclination: 12.657
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 489
ndb struct na base pair step.j auth seq id 2: 488
ndb struct na base pair step.rise: 3.896
ndb struct na base pair step.roll: 7.698
ndb struct na base pair step.shift: 0.417
ndb struct na base pair step.slide: -2.299
ndb struct na base pair step.step name: NN_G445G446:C488C489_NN
ndb struct na base pair step.step number: 167
ndb struct na base pair step.tilt: 1.36
ndb struct na base pair step.tip: -2.237
ndb struct na base pair step.twist: 34.848
ndb struct na base pair step.x displacement: -5
ndb struct na base pair step.y displacement: -0.459

A,A,G,G,445,446,1 555,1 555,A,A,C,A,487,486,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 445
ndb struct na base pair step.i label seq id 2: 446
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 487
ndb struct na base pair step.j label seq id 2: 486
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 5.012
ndb struct na base pair step.helical twist: 61.739
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 446
ndb struct na base pair step.i auth seq id 2: 447
ndb struct na base pair step.inclination: -27.342
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 488
ndb struct na base pair step.j auth seq id 2: 487
ndb struct na base pair step.rise: 4.887
ndb struct na base pair step.roll: -27.249
ndb struct na base pair step.shift: -0.622
ndb struct na base pair step.slide: -1.284
ndb struct na base pair step.step name: NN_G446G447:A487C488_NN
ndb struct na base pair step.step number: 168
ndb struct na base pair step.tilt: -3.242
ndb struct na base pair step.tip: 3.253
ndb struct na base pair step.twist: 55.852
ndb struct na base pair step.x displacement: 0.794
ndb struct na base pair step.y displacement: 0.363

A,A,G,A,446,447,1 555,1 555,A,A,A,U,486,485,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 446
ndb struct na base pair step.i label seq id 2: 447
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 486
ndb struct na base pair step.j label seq id 2: 485
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 4.858
ndb struct na base pair step.helical twist: -18.634
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 447
ndb struct na base pair step.i auth seq id 2: 448
ndb struct na base pair step.inclination: -63.459
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 487
ndb struct na base pair step.j auth seq id 2: 486
ndb struct na base pair step.rise: 3.028
ndb struct na base pair step.roll: 14.765
ndb struct na base pair step.shift: -4.828
ndb struct na base pair step.slide: -1.849
ndb struct na base pair step.step name: NN_G447A448:U486A487_NN
ndb struct na base pair step.step number: 169
ndb struct na base pair step.tilt: 10.733
ndb struct na base pair step.tip: 46.131
ndb struct na base pair step.twist: -3.761
ndb struct na base pair step.x displacement: -10.33
ndb struct na base pair step.y displacement: -3.251

A,A,A,G,447,448,1 555,1 555,A,A,U,G,485,483,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 447
ndb struct na base pair step.i label seq id 2: 448
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 485
ndb struct na base pair step.j label seq id 2: 483
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.257
ndb struct na base pair step.helical twist: -63.411
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 448
ndb struct na base pair step.i auth seq id 2: 449
ndb struct na base pair step.inclination: -14.826
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 486
ndb struct na base pair step.j auth seq id 2: 484
ndb struct na base pair step.rise: 3.041
ndb struct na base pair step.roll: 15.442
ndb struct na base pair step.shift: 5.17
ndb struct na base pair step.slide: 0.41
ndb struct na base pair step.step name: NN_A448G449:G484U486_NN
ndb struct na base pair step.step number: 170
ndb struct na base pair step.tilt: -5.295
ndb struct na base pair step.tip: -5.084
ndb struct na base pair step.twist: -61.486
ndb struct na base pair step.x displacement: -1.058
ndb struct na base pair step.y displacement: 4.69

A,A,G,G,448,449,1 555,1 555,A,A,G,C,483,482,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 448
ndb struct na base pair step.i label seq id 2: 449
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 483
ndb struct na base pair step.j label seq id 2: 482
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.736
ndb struct na base pair step.helical twist: 123.046
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 449
ndb struct na base pair step.i auth seq id 2: 450
ndb struct na base pair step.inclination: 1.344
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 484
ndb struct na base pair step.j auth seq id 2: 483
ndb struct na base pair step.rise: 2.724
ndb struct na base pair step.roll: 2.362
ndb struct na base pair step.shift: -0.449
ndb struct na base pair step.slide: -0.535
ndb struct na base pair step.step name: NN_G449G450:C483G484_NN
ndb struct na base pair step.step number: 171
ndb struct na base pair step.tilt: -9.937
ndb struct na base pair step.tip: 5.655
ndb struct na base pair step.twist: 122.798
ndb struct na base pair step.x displacement: -0.322
ndb struct na base pair step.y displacement: 0.182

A,A,G,A,449,372,1 555,1 555,A,A,C,G,482,480,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 449
ndb struct na base pair step.i label seq id 2: 372
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 482
ndb struct na base pair step.j label seq id 2: 480
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 4.897
ndb struct na base pair step.helical twist: 149.634
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 450
ndb struct na base pair step.i auth seq id 2: 373
ndb struct na base pair step.inclination: 10.78
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 483
ndb struct na base pair step.j auth seq id 2: 481
ndb struct na base pair step.rise: 4.739
ndb struct na base pair step.roll: 20.799
ndb struct na base pair step.shift: 0.054
ndb struct na base pair step.slide: 3.31
ndb struct na base pair step.step name: NN_G450A373:G481C483_NN
ndb struct na base pair step.step number: 172
ndb struct na base pair step.tilt: -4.134
ndb struct na base pair step.tip: 2.143
ndb struct na base pair step.twist: 149.093
ndb struct na base pair step.x displacement: 1.59
ndb struct na base pair step.y displacement: -0.053

A,A,U,G,374,375,1 555,1 555,A,A,A,U,388,386,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 374
ndb struct na base pair step.i label seq id 2: 375
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 388
ndb struct na base pair step.j label seq id 2: 386
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.628
ndb struct na base pair step.helical twist: 40.561
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 375
ndb struct na base pair step.i auth seq id 2: 376
ndb struct na base pair step.inclination: 15.642
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 389
ndb struct na base pair step.j auth seq id 2: 387
ndb struct na base pair step.rise: 2.886
ndb struct na base pair step.roll: 10.675
ndb struct na base pair step.shift: 0.795
ndb struct na base pair step.slide: -1.004
ndb struct na base pair step.step name: NN_U375G376:U387A389_NN
ndb struct na base pair step.step number: 173
ndb struct na base pair step.tilt: 6.924
ndb struct na base pair step.tip: -10.145
ndb struct na base pair step.twist: 38.594
ndb struct na base pair step.x displacement: -2.479
ndb struct na base pair step.y displacement: -0.479

A,A,G,G,375,376,1 555,1 555,A,A,U,C,386,385,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 375
ndb struct na base pair step.i label seq id 2: 376
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 386
ndb struct na base pair step.j label seq id 2: 385
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.565
ndb struct na base pair step.helical twist: 36.056
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 376
ndb struct na base pair step.i auth seq id 2: 377
ndb struct na base pair step.inclination: -6.422
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 387
ndb struct na base pair step.j auth seq id 2: 386
ndb struct na base pair step.rise: 2.587
ndb struct na base pair step.roll: -3.944
ndb struct na base pair step.shift: 0.23
ndb struct na base pair step.slide: -0.781
ndb struct na base pair step.step name: NN_G376G377:C386U387_NN
ndb struct na base pair step.step number: 174
ndb struct na base pair step.tilt: -7.01
ndb struct na base pair step.tip: 11.415
ndb struct na base pair step.twist: 35.177
ndb struct na base pair step.x displacement: -0.815
ndb struct na base pair step.y displacement: -1.165

A,A,G,G,376,377,1 555,1 555,A,A,C,C,385,384,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 376
ndb struct na base pair step.i label seq id 2: 377
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 385
ndb struct na base pair step.j label seq id 2: 384
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 1.509
ndb struct na base pair step.helical twist: 32.909
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 377
ndb struct na base pair step.i auth seq id 2: 378
ndb struct na base pair step.inclination: 25.98
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 386
ndb struct na base pair step.j auth seq id 2: 385
ndb struct na base pair step.rise: 2.917
ndb struct na base pair step.roll: 13.94
ndb struct na base pair step.shift: 0.04
ndb struct na base pair step.slide: -2.313
ndb struct na base pair step.step name: NN_G377G378:C385C386_NN
ndb struct na base pair step.step number: 175
ndb struct na base pair step.tilt: 11.548
ndb struct na base pair step.tip: -21.522
ndb struct na base pair step.twist: 27.599
ndb struct na base pair step.x displacement: -5.845
ndb struct na base pair step.y displacement: 1.39

A,A,G,C,377,378,1 555,1 555,A,A,C,G,384,383,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 377
ndb struct na base pair step.i label seq id 2: 378
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 384
ndb struct na base pair step.j label seq id 2: 383
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.906
ndb struct na base pair step.helical twist: 39.185
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 378
ndb struct na base pair step.i auth seq id 2: 379
ndb struct na base pair step.inclination: 12.191
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 385
ndb struct na base pair step.j auth seq id 2: 384
ndb struct na base pair step.rise: 3.304
ndb struct na base pair step.roll: 8.09
ndb struct na base pair step.shift: 0.581
ndb struct na base pair step.slide: -1.045
ndb struct na base pair step.step name: NN_G378C379:G384C385_NN
ndb struct na base pair step.step number: 176
ndb struct na base pair step.tilt: -6.051
ndb struct na base pair step.tip: 9.117
ndb struct na base pair step.twist: 37.909
ndb struct na base pair step.x displacement: -2.493
ndb struct na base pair step.y displacement: -1.566

A,A,C,G,378,379,1 555,1 555,A,A,G,A,383,382,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 378
ndb struct na base pair step.i label seq id 2: 379
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 383
ndb struct na base pair step.j label seq id 2: 382
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.604
ndb struct na base pair step.helical twist: 54.167
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 379
ndb struct na base pair step.i auth seq id 2: 380
ndb struct na base pair step.inclination: -8.128
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 384
ndb struct na base pair step.j auth seq id 2: 383
ndb struct na base pair step.rise: 3.271
ndb struct na base pair step.roll: -7.368
ndb struct na base pair step.shift: -2.678
ndb struct na base pair step.slide: -0.755
ndb struct na base pair step.step name: NN_C379G380:A383G384_NN
ndb struct na base pair step.step number: 177
ndb struct na base pair step.tilt: -6.165
ndb struct na base pair step.tip: 6.801
ndb struct na base pair step.twist: 53.372
ndb struct na base pair step.x displacement: -0.35
ndb struct na base pair step.y displacement: 2.541

A,A,A,G,451,452,1 555,1 555,A,A,U,U,479,478,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 451
ndb struct na base pair step.i label seq id 2: 452
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 479
ndb struct na base pair step.j label seq id 2: 478
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 1.114
ndb struct na base pair step.helical twist: 28.644
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 452
ndb struct na base pair step.i auth seq id 2: 453
ndb struct na base pair step.inclination: 15.996
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 480
ndb struct na base pair step.j auth seq id 2: 479
ndb struct na base pair step.rise: 2.306
ndb struct na base pair step.roll: 7.797
ndb struct na base pair step.shift: 4.151
ndb struct na base pair step.slide: -2.17
ndb struct na base pair step.step name: NN_A452G453:U479U480_NN
ndb struct na base pair step.step number: 178
ndb struct na base pair step.tilt: -3.587
ndb struct na base pair step.tip: 7.359
ndb struct na base pair step.twist: 27.354
ndb struct na base pair step.x displacement: -5.33
ndb struct na base pair step.y displacement: -8.824

A,A,G,G,452,453,1 555,1 555,A,A,U,A,478,477,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 452
ndb struct na base pair step.i label seq id 2: 453
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 478
ndb struct na base pair step.j label seq id 2: 477
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.258
ndb struct na base pair step.helical twist: 40.847
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 453
ndb struct na base pair step.i auth seq id 2: 454
ndb struct na base pair step.inclination: -2.483
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 479
ndb struct na base pair step.j auth seq id 2: 478
ndb struct na base pair step.rise: 3.021
ndb struct na base pair step.roll: -1.727
ndb struct na base pair step.shift: 1.471
ndb struct na base pair step.slide: -1.682
ndb struct na base pair step.step name: NN_G453G454:A478U479_NN
ndb struct na base pair step.step number: 179
ndb struct na base pair step.tilt: 5.807
ndb struct na base pair step.tip: -8.349
ndb struct na base pair step.twist: 40.414
ndb struct na base pair step.x displacement: -2.226
ndb struct na base pair step.y displacement: -1.491

A,A,G,G,453,454,1 555,1 555,A,A,A,C,477,476,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 453
ndb struct na base pair step.i label seq id 2: 454
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 477
ndb struct na base pair step.j label seq id 2: 476
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.267
ndb struct na base pair step.helical twist: 39.744
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 454
ndb struct na base pair step.i auth seq id 2: 455
ndb struct na base pair step.inclination: 4.6
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 478
ndb struct na base pair step.j auth seq id 2: 477
ndb struct na base pair step.rise: 3.63
ndb struct na base pair step.roll: 3.025
ndb struct na base pair step.shift: -0.315
ndb struct na base pair step.slide: -1.921
ndb struct na base pair step.step name: NN_G454G455:C477A478_NN
ndb struct na base pair step.step number: 180
ndb struct na base pair step.tilt: -17.461
ndb struct na base pair step.tip: 26.549
ndb struct na base pair step.twist: 35.719
ndb struct na base pair step.x displacement: -3.219
ndb struct na base pair step.y displacement: -1.803

A,A,G,A,454,455,1 555,1 555,A,A,C,U,476,475,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 454
ndb struct na base pair step.i label seq id 2: 455
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 476
ndb struct na base pair step.j label seq id 2: 475
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.807
ndb struct na base pair step.helical twist: 47.816
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 455
ndb struct na base pair step.i auth seq id 2: 456
ndb struct na base pair step.inclination: 2.859
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 477
ndb struct na base pair step.j auth seq id 2: 476
ndb struct na base pair step.rise: 2.989
ndb struct na base pair step.roll: 2.31
ndb struct na base pair step.shift: 0.627
ndb struct na base pair step.slide: -1.539
ndb struct na base pair step.step name: NN_G455A456:U476C477_NN
ndb struct na base pair step.step number: 181
ndb struct na base pair step.tilt: -6.685
ndb struct na base pair step.tip: 8.274
ndb struct na base pair step.twist: 47.32
ndb struct na base pair step.x displacement: -2.063
ndb struct na base pair step.y displacement: -1.248

A,A,A,G,455,456,1 555,1 555,A,A,U,C,475,474,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 455
ndb struct na base pair step.i label seq id 2: 456
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 475
ndb struct na base pair step.j label seq id 2: 474
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.587
ndb struct na base pair step.helical twist: 41.811
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 456
ndb struct na base pair step.i auth seq id 2: 457
ndb struct na base pair step.inclination: 21.986
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 476
ndb struct na base pair step.j auth seq id 2: 475
ndb struct na base pair step.rise: 4.553
ndb struct na base pair step.roll: 14.937
ndb struct na base pair step.shift: -1.186
ndb struct na base pair step.slide: -2.471
ndb struct na base pair step.step name: NN_A456G457:C475U476_NN
ndb struct na base pair step.step number: 182
ndb struct na base pair step.tilt: 16.62
ndb struct na base pair step.tip: -24.464
ndb struct na base pair step.twist: 35.566
ndb struct na base pair step.x displacement: -5.326
ndb struct na base pair step.y displacement: 3.735

A,A,G,U,456,457,1 555,1 555,A,A,C,G,474,473,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 456
ndb struct na base pair step.i label seq id 2: 457
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 474
ndb struct na base pair step.j label seq id 2: 473
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.885
ndb struct na base pair step.helical twist: 43.778
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 457
ndb struct na base pair step.i auth seq id 2: 458
ndb struct na base pair step.inclination: 3.867
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 475
ndb struct na base pair step.j auth seq id 2: 474
ndb struct na base pair step.rise: 2.922
ndb struct na base pair step.roll: 2.879
ndb struct na base pair step.shift: -0.937
ndb struct na base pair step.slide: -1.408
ndb struct na base pair step.step name: NN_G457U458:G474C475_NN
ndb struct na base pair step.step number: 183
ndb struct na base pair step.tilt: -3.09
ndb struct na base pair step.tip: 4.149
ndb struct na base pair step.twist: 43.584
ndb struct na base pair step.x displacement: -2.133
ndb struct na base pair step.y displacement: 0.995

A,A,U,A,457,458,1 555,1 555,A,A,G,U,473,472,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 457
ndb struct na base pair step.i label seq id 2: 458
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 473
ndb struct na base pair step.j label seq id 2: 472
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.2
ndb struct na base pair step.helical twist: 30.8
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 458
ndb struct na base pair step.i auth seq id 2: 459
ndb struct na base pair step.inclination: 36.929
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 474
ndb struct na base pair step.j auth seq id 2: 473
ndb struct na base pair step.rise: 3.098
ndb struct na base pair step.roll: 18.311
ndb struct na base pair step.shift: 0.399
ndb struct na base pair step.slide: -0.406
ndb struct na base pair step.step name: NN_U458A459:U473G474_NN
ndb struct na base pair step.step number: 184
ndb struct na base pair step.tilt: -3.721
ndb struct na base pair step.tip: 7.505
ndb struct na base pair step.twist: 24.595
ndb struct na base pair step.x displacement: -4.004
ndb struct na base pair step.y displacement: -1.411

A,A,A,A,458,459,1 555,1 555,A,A,U,U,472,470,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 458
ndb struct na base pair step.i label seq id 2: 459
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 472
ndb struct na base pair step.j label seq id 2: 470
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.514
ndb struct na base pair step.helical twist: 64.326
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 459
ndb struct na base pair step.i auth seq id 2: 460
ndb struct na base pair step.inclination: 16.821
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 473
ndb struct na base pair step.j auth seq id 2: 471
ndb struct na base pair step.rise: 4.233
ndb struct na base pair step.roll: 17.294
ndb struct na base pair step.shift: 3.011
ndb struct na base pair step.slide: -0.662
ndb struct na base pair step.step name: NN_A459A460:U471U473_NN
ndb struct na base pair step.step number: 185
ndb struct na base pair step.tilt: -26.012
ndb struct na base pair step.tip: 25.3
ndb struct na base pair step.twist: 56.958
ndb struct na base pair step.x displacement: -1.444
ndb struct na base pair step.y displacement: -4.066

A,A,A,G,459,461,1 555,1 555,A,A,U,C,470,469,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 459
ndb struct na base pair step.i label seq id 2: 461
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 470
ndb struct na base pair step.j label seq id 2: 469
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 6.191
ndb struct na base pair step.helical twist: 32.92
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 460
ndb struct na base pair step.i auth seq id 2: 462
ndb struct na base pair step.inclination: -33.431
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 471
ndb struct na base pair step.j auth seq id 2: 470
ndb struct na base pair step.rise: 5.419
ndb struct na base pair step.roll: -17.842
ndb struct na base pair step.shift: -2.101
ndb struct na base pair step.slide: -3.962
ndb struct na base pair step.step name: NN_A460G462:C470U471_NN
ndb struct na base pair step.step number: 186
ndb struct na base pair step.tilt: 6.265
ndb struct na base pair step.tip: -11.739
ndb struct na base pair step.twist: 27.072
ndb struct na base pair step.x displacement: -1.025
ndb struct na base pair step.y displacement: 5.802

A,A,G,C,499,500,1 555,1 555,A,A,C,G,544,543,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 499
ndb struct na base pair step.i label seq id 2: 500
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 544
ndb struct na base pair step.j label seq id 2: 543
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.353
ndb struct na base pair step.helical twist: 27.571
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 500
ndb struct na base pair step.i auth seq id 2: 501
ndb struct na base pair step.inclination: 7.211
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 545
ndb struct na base pair step.j auth seq id 2: 544
ndb struct na base pair step.rise: 2.577
ndb struct na base pair step.roll: 3.423
ndb struct na base pair step.shift: 0.247
ndb struct na base pair step.slide: -1.403
ndb struct na base pair step.step name: NN_G500C501:G544C545_NN
ndb struct na base pair step.step number: 187
ndb struct na base pair step.tilt: -2.597
ndb struct na base pair step.tip: 5.471
ndb struct na base pair step.twist: 27.24
ndb struct na base pair step.x displacement: -3.578
ndb struct na base pair step.y displacement: -1

A,A,C,A,500,501,1 555,1 555,A,A,G,U,543,542,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 500
ndb struct na base pair step.i label seq id 2: 501
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 543
ndb struct na base pair step.j label seq id 2: 542
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 1.955
ndb struct na base pair step.helical twist: 32.4
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 501
ndb struct na base pair step.i auth seq id 2: 502
ndb struct na base pair step.inclination: 34.279
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 544
ndb struct na base pair step.j auth seq id 2: 543
ndb struct na base pair step.rise: 3.094
ndb struct na base pair step.roll: 18.082
ndb struct na base pair step.shift: -0.674
ndb struct na base pair step.slide: -1.154
ndb struct na base pair step.step name: NN_C501A502:U543G544_NN
ndb struct na base pair step.step number: 188
ndb struct na base pair step.tilt: 0.085
ndb struct na base pair step.tip: -0.162
ndb struct na base pair step.twist: 26.999
ndb struct na base pair step.x displacement: -4.766
ndb struct na base pair step.y displacement: 1.221

A,A,A,C,501,502,1 555,1 555,A,A,U,G,542,541,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 501
ndb struct na base pair step.i label seq id 2: 502
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 542
ndb struct na base pair step.j label seq id 2: 541
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.489
ndb struct na base pair step.helical twist: 32.185
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 502
ndb struct na base pair step.i auth seq id 2: 503
ndb struct na base pair step.inclination: 10.817
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 543
ndb struct na base pair step.j auth seq id 2: 542
ndb struct na base pair step.rise: 3.007
ndb struct na base pair step.roll: 5.958
ndb struct na base pair step.shift: 0.114
ndb struct na base pair step.slide: -2.492
ndb struct na base pair step.step name: NN_A502C503:G542U543_NN
ndb struct na base pair step.step number: 189
ndb struct na base pair step.tilt: -2.63
ndb struct na base pair step.tip: 4.776
ndb struct na base pair step.twist: 31.536
ndb struct na base pair step.x displacement: -5.398
ndb struct na base pair step.y displacement: -0.605

A,A,C,C,502,503,1 555,1 555,A,A,G,G,541,540,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 502
ndb struct na base pair step.i label seq id 2: 503
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 541
ndb struct na base pair step.j label seq id 2: 540
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.522
ndb struct na base pair step.helical twist: 42.272
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 503
ndb struct na base pair step.i auth seq id 2: 504
ndb struct na base pair step.inclination: 9.405
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 542
ndb struct na base pair step.j auth seq id 2: 541
ndb struct na base pair step.rise: 3.851
ndb struct na base pair step.roll: 6.756
ndb struct na base pair step.shift: -0.877
ndb struct na base pair step.slide: -1.922
ndb struct na base pair step.step name: NN_C503C504:G541G542_NN
ndb struct na base pair step.step number: 190
ndb struct na base pair step.tilt: -0.493
ndb struct na base pair step.tip: 0.687
ndb struct na base pair step.twist: 41.75
ndb struct na base pair step.x displacement: -3.45
ndb struct na base pair step.y displacement: 1.158

A,A,C,C,503,510,1 555,1 555,A,A,G,G,540,539,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 503
ndb struct na base pair step.i label seq id 2: 510
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 540
ndb struct na base pair step.j label seq id 2: 539
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.822
ndb struct na base pair step.helical twist: 33.837
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 504
ndb struct na base pair step.i auth seq id 2: 511
ndb struct na base pair step.inclination: 3.088
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 541
ndb struct na base pair step.j auth seq id 2: 540
ndb struct na base pair step.rise: 3.708
ndb struct na base pair step.roll: 1.783
ndb struct na base pair step.shift: -1.347
ndb struct na base pair step.slide: -1.621
ndb struct na base pair step.step name: NN_C504C511:G540G541_NN
ndb struct na base pair step.step number: 191
ndb struct na base pair step.tilt: -7.415
ndb struct na base pair step.tip: 12.844
ndb struct na base pair step.twist: 32.991
ndb struct na base pair step.x displacement: -3.12
ndb struct na base pair step.y displacement: 0.919

A,A,C,U,510,511,1 555,1 555,A,A,G,A,539,538,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 510
ndb struct na base pair step.i label seq id 2: 511
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 539
ndb struct na base pair step.j label seq id 2: 538
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.492
ndb struct na base pair step.helical twist: 39.265
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 511
ndb struct na base pair step.i auth seq id 2: 512
ndb struct na base pair step.inclination: 6.21
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 540
ndb struct na base pair step.j auth seq id 2: 539
ndb struct na base pair step.rise: 3.505
ndb struct na base pair step.roll: 4.146
ndb struct na base pair step.shift: -0.909
ndb struct na base pair step.slide: -0.954
ndb struct na base pair step.step name: NN_C511U512:A539G540_NN
ndb struct na base pair step.step number: 192
ndb struct na base pair step.tilt: -6.72
ndb struct na base pair step.tip: 10.065
ndb struct na base pair step.twist: 38.493
ndb struct na base pair step.x displacement: -1.954
ndb struct na base pair step.y displacement: 0.488

A,A,U,C,511,512,1 555,1 555,A,A,A,G,538,537,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 511
ndb struct na base pair step.i label seq id 2: 512
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 538
ndb struct na base pair step.j label seq id 2: 537
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.382
ndb struct na base pair step.helical twist: 36.092
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 512
ndb struct na base pair step.i auth seq id 2: 513
ndb struct na base pair step.inclination: -3.605
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 539
ndb struct na base pair step.j auth seq id 2: 538
ndb struct na base pair step.rise: 2.501
ndb struct na base pair step.roll: -2.209
ndb struct na base pair step.shift: -0.387
ndb struct na base pair step.slide: -0.967
ndb struct na base pair step.step name: NN_U512C513:G538A539_NN
ndb struct na base pair step.step number: 193
ndb struct na base pair step.tilt: 9.139
ndb struct na base pair step.tip: -14.911
ndb struct na base pair step.twist: 34.885
ndb struct na base pair step.x displacement: -1.324
ndb struct na base pair step.y displacement: 1.606

A,A,C,C,512,513,1 555,1 555,A,A,G,G,537,536,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 512
ndb struct na base pair step.i label seq id 2: 513
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 537
ndb struct na base pair step.j label seq id 2: 536
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.75
ndb struct na base pair step.helical twist: 32.552
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 513
ndb struct na base pair step.i auth seq id 2: 514
ndb struct na base pair step.inclination: 14.667
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 538
ndb struct na base pair step.j auth seq id 2: 537
ndb struct na base pair step.rise: 3.123
ndb struct na base pair step.roll: 8.133
ndb struct na base pair step.shift: 0.021
ndb struct na base pair step.slide: -1.108
ndb struct na base pair step.step name: NN_C513C514:G537G538_NN
ndb struct na base pair step.step number: 194
ndb struct na base pair step.tilt: -2.186
ndb struct na base pair step.tip: 3.943
ndb struct na base pair step.twist: 31.472
ndb struct na base pair step.x displacement: -3.274
ndb struct na base pair step.y displacement: -0.387

A,A,C,G,513,514,1 555,1 555,A,A,G,C,536,535,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 513
ndb struct na base pair step.i label seq id 2: 514
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 536
ndb struct na base pair step.j label seq id 2: 535
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 1.374
ndb struct na base pair step.helical twist: 44.732
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 514
ndb struct na base pair step.i auth seq id 2: 515
ndb struct na base pair step.inclination: 41.366
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 537
ndb struct na base pair step.j auth seq id 2: 536
ndb struct na base pair step.rise: 3.125
ndb struct na base pair step.roll: 29.091
ndb struct na base pair step.shift: 0.032
ndb struct na base pair step.slide: -1.649
ndb struct na base pair step.step name: NN_C514G515:C536G537_NN
ndb struct na base pair step.step number: 195
ndb struct na base pair step.tilt: 3.701
ndb struct na base pair step.tip: -5.263
ndb struct na base pair step.twist: 34.156
ndb struct na base pair step.x displacement: -4.271
ndb struct na base pair step.y displacement: 0.225

A,A,G,U,514,515,1 555,1 555,A,A,C,A,535,532,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 514
ndb struct na base pair step.i label seq id 2: 515
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 535
ndb struct na base pair step.j label seq id 2: 532
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.114
ndb struct na base pair step.helical twist: 99.652
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 515
ndb struct na base pair step.i auth seq id 2: 516
ndb struct na base pair step.inclination: -0.888
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 536
ndb struct na base pair step.j auth seq id 2: 533
ndb struct na base pair step.rise: 3.128
ndb struct na base pair step.roll: -1.357
ndb struct na base pair step.shift: -1.735
ndb struct na base pair step.slide: -2.732
ndb struct na base pair step.step name: NN_G515U516:A533C536_NN
ndb struct na base pair step.step number: 196
ndb struct na base pair step.tilt: 3.178
ndb struct na base pair step.tip: -2.08
ndb struct na base pair step.twist: 99.608
ndb struct na base pair step.x displacement: -1.767
ndb struct na base pair step.y displacement: 1.183

A,A,U,A,515,519,1 555,1 555,A,A,A,G,532,528,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 515
ndb struct na base pair step.i label seq id 2: 519
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 532
ndb struct na base pair step.j label seq id 2: 528
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 5.755
ndb struct na base pair step.helical twist: -120.919
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 516
ndb struct na base pair step.i auth seq id 2: 520
ndb struct na base pair step.inclination: 72.37
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 533
ndb struct na base pair step.j auth seq id 2: 529
ndb struct na base pair step.rise: 4.762
ndb struct na base pair step.roll: -111.954
ndb struct na base pair step.shift: 1.492
ndb struct na base pair step.slide: 3.708
ndb struct na base pair step.step name: NN_U516A520:G529A533_NN
ndb struct na base pair step.step number: 197
ndb struct na base pair step.tilt: -6.19
ndb struct na base pair step.tip: -4.001
ndb struct na base pair step.twist: -55.954
ndb struct na base pair step.x displacement: 1.171
ndb struct na base pair step.y displacement: 0.675

A,A,A,G,519,520,1 555,1 555,A,A,G,C,528,527,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 519
ndb struct na base pair step.i label seq id 2: 520
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 528
ndb struct na base pair step.j label seq id 2: 527
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 5.697
ndb struct na base pair step.helical twist: 43.745
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 520
ndb struct na base pair step.i auth seq id 2: 521
ndb struct na base pair step.inclination: -8.731
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 529
ndb struct na base pair step.j auth seq id 2: 528
ndb struct na base pair step.rise: 5.131
ndb struct na base pair step.roll: -6.459
ndb struct na base pair step.shift: 0.952
ndb struct na base pair step.slide: -3.785
ndb struct na base pair step.step name: NN_A520G521:C528G529_NN
ndb struct na base pair step.step number: 198
ndb struct na base pair step.tilt: 6.917
ndb struct na base pair step.tip: -9.351
ndb struct na base pair step.twist: 42.759
ndb struct na base pair step.x displacement: -4.047
ndb struct na base pair step.y displacement: -0.171

A,A,G,C,520,521,1 555,1 555,A,A,C,G,527,526,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 520
ndb struct na base pair step.i label seq id 2: 521
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 527
ndb struct na base pair step.j label seq id 2: 526
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.249
ndb struct na base pair step.helical twist: 31.502
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 521
ndb struct na base pair step.i auth seq id 2: 522
ndb struct na base pair step.inclination: 1.263
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 528
ndb struct na base pair step.j auth seq id 2: 527
ndb struct na base pair step.rise: 3.303
ndb struct na base pair step.roll: 0.684
ndb struct na base pair step.shift: -0.124
ndb struct na base pair step.slide: -2.286
ndb struct na base pair step.step name: NN_G521C522:G527C528_NN
ndb struct na base pair step.step number: 199
ndb struct na base pair step.tilt: -3.238
ndb struct na base pair step.tip: 5.975
ndb struct na base pair step.twist: 31.332
ndb struct na base pair step.x displacement: -4.339
ndb struct na base pair step.y displacement: -0.378

A,A,C,G,521,504,1 555,1 555,A,A,G,C,526,525,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 521
ndb struct na base pair step.i label seq id 2: 504
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 526
ndb struct na base pair step.j label seq id 2: 525
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 4.949
ndb struct na base pair step.helical twist: 62.001
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 522
ndb struct na base pair step.i auth seq id 2: 505
ndb struct na base pair step.inclination: -44.461
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 527
ndb struct na base pair step.j auth seq id 2: 526
ndb struct na base pair step.rise: 3.524
ndb struct na base pair step.roll: -41.103
ndb struct na base pair step.shift: -6.128
ndb struct na base pair step.slide: -0.51
ndb struct na base pair step.step name: NN_C522G505:C526G527_NN
ndb struct na base pair step.step number: 200
ndb struct na base pair step.tilt: -23.447
ndb struct na base pair step.tip: 25.362
ndb struct na base pair step.twist: 41.275
ndb struct na base pair step.x displacement: 2.598
ndb struct na base pair step.y displacement: 4.185

A,A,G,G,504,505,1 555,1 555,A,A,C,C,525,524,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 504
ndb struct na base pair step.i label seq id 2: 505
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 525
ndb struct na base pair step.j label seq id 2: 524
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.654
ndb struct na base pair step.helical twist: 33.082
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 505
ndb struct na base pair step.i auth seq id 2: 506
ndb struct na base pair step.inclination: 10.984
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 526
ndb struct na base pair step.j auth seq id 2: 525
ndb struct na base pair step.rise: 2.821
ndb struct na base pair step.roll: 6.149
ndb struct na base pair step.shift: -0.735
ndb struct na base pair step.slide: -1.175
ndb struct na base pair step.step name: NN_G505G506:C525C526_NN
ndb struct na base pair step.step number: 201
ndb struct na base pair step.tilt: -8.677
ndb struct na base pair step.tip: 15.5
ndb struct na base pair step.twist: 31.371
ndb struct na base pair step.x displacement: -2.957
ndb struct na base pair step.y displacement: 0.03

A,A,G,C,505,506,1 555,1 555,A,A,C,G,524,523,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 505
ndb struct na base pair step.i label seq id 2: 506
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 524
ndb struct na base pair step.j label seq id 2: 523
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.898
ndb struct na base pair step.helical twist: 51.379
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 506
ndb struct na base pair step.i auth seq id 2: 507
ndb struct na base pair step.inclination: -0.146
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 525
ndb struct na base pair step.j auth seq id 2: 524
ndb struct na base pair step.rise: 2.882
ndb struct na base pair step.roll: -0.127
ndb struct na base pair step.shift: 0.493
ndb struct na base pair step.slide: -0.359
ndb struct na base pair step.step name: NN_G506C507:G524C525_NN
ndb struct na base pair step.step number: 202
ndb struct na base pair step.tilt: 1.873
ndb struct na base pair step.tip: -2.16
ndb struct na base pair step.twist: 51.347
ndb struct na base pair step.x displacement: -0.407
ndb struct na base pair step.y displacement: -0.456

A,A,C,U,506,507,1 555,1 555,A,A,G,A,523,509,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 506
ndb struct na base pair step.i label seq id 2: 507
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 523
ndb struct na base pair step.j label seq id 2: 509
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 0.48
ndb struct na base pair step.helical twist: -154.641
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 507
ndb struct na base pair step.i auth seq id 2: 508
ndb struct na base pair step.inclination: -84.763
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 524
ndb struct na base pair step.j auth seq id 2: 510
ndb struct na base pair step.rise: 3.937
ndb struct na base pair step.roll: 152.594
ndb struct na base pair step.shift: -3.272
ndb struct na base pair step.slide: 1.144
ndb struct na base pair step.step name: NN_C507U508:A510G524_NN
ndb struct na base pair step.step number: 203
ndb struct na base pair step.tilt: 0.976
ndb struct na base pair step.tip: 0.542
ndb struct na base pair step.twist: -44.151
ndb struct na base pair step.x displacement: -2.095
ndb struct na base pair step.y displacement: -1.667

A,A,A,G,562,566,1 555,1 555,A,A,U,C,883,882,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 562
ndb struct na base pair step.i label seq id 2: 566
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 883
ndb struct na base pair step.j label seq id 2: 882
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: -1.344
ndb struct na base pair step.helical twist: -163.572
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 563
ndb struct na base pair step.i auth seq id 2: 567
ndb struct na base pair step.inclination: 65.944
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 884
ndb struct na base pair step.j auth seq id 2: 883
ndb struct na base pair step.rise: 0.316
ndb struct na base pair step.roll: -120.022
ndb struct na base pair step.shift: -1.275
ndb struct na base pair step.slide: -3.019
ndb struct na base pair step.step name: NN_A563G567:C883U884_NN
ndb struct na base pair step.step number: 204
ndb struct na base pair step.tilt: 111.129
ndb struct na base pair step.tip: 61.058
ndb struct na base pair step.twist: -1.8
ndb struct na base pair step.x displacement: 1.15
ndb struct na base pair step.y displacement: -0.991

A,A,G,G,566,567,1 555,1 555,A,A,C,C,882,881,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 566
ndb struct na base pair step.i label seq id 2: 567
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 882
ndb struct na base pair step.j label seq id 2: 881
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 1.543
ndb struct na base pair step.helical twist: 37.27
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 567
ndb struct na base pair step.i auth seq id 2: 568
ndb struct na base pair step.inclination: 9.747
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 883
ndb struct na base pair step.j auth seq id 2: 882
ndb struct na base pair step.rise: 2.422
ndb struct na base pair step.roll: 6.17
ndb struct na base pair step.shift: 2.413
ndb struct na base pair step.slide: -2.453
ndb struct na base pair step.step name: NN_G567G568:C882C883_NN
ndb struct na base pair step.step number: 205
ndb struct na base pair step.tilt: -6.681
ndb struct na base pair step.tip: 10.553
ndb struct na base pair step.twist: 36.182
ndb struct na base pair step.x displacement: -4.343
ndb struct na base pair step.y displacement: -4.321

A,A,G,C,567,568,1 555,1 555,A,A,C,G,881,880,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 567
ndb struct na base pair step.i label seq id 2: 568
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 881
ndb struct na base pair step.j label seq id 2: 880
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.219
ndb struct na base pair step.helical twist: 36.044
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 568
ndb struct na base pair step.i auth seq id 2: 569
ndb struct na base pair step.inclination: 6.506
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 882
ndb struct na base pair step.j auth seq id 2: 881
ndb struct na base pair step.rise: 3.686
ndb struct na base pair step.roll: 4.016
ndb struct na base pair step.shift: -1.818
ndb struct na base pair step.slide: -3.287
ndb struct na base pair step.step name: NN_G568C569:G881C882_NN
ndb struct na base pair step.step number: 206
ndb struct na base pair step.tilt: 1.787
ndb struct na base pair step.tip: -2.894
ndb struct na base pair step.twist: 35.783
ndb struct na base pair step.x displacement: -5.915
ndb struct na base pair step.y displacement: 3.206

A,A,C,G,568,574,1 555,1 555,A,A,G,C,880,879,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 568
ndb struct na base pair step.i label seq id 2: 574
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 880
ndb struct na base pair step.j label seq id 2: 879
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.261
ndb struct na base pair step.helical twist: 34.805
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 569
ndb struct na base pair step.i auth seq id 2: 575
ndb struct na base pair step.inclination: 0.923
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 881
ndb struct na base pair step.j auth seq id 2: 880
ndb struct na base pair step.rise: 2.485
ndb struct na base pair step.roll: 0.544
ndb struct na base pair step.shift: -0.226
ndb struct na base pair step.slide: -2.656
ndb struct na base pair step.step name: NN_C569G575:C880G881_NN
ndb struct na base pair step.step number: 207
ndb struct na base pair step.tilt: 10.798
ndb struct na base pair step.tip: -18.338
ndb struct na base pair step.twist: 33.132
ndb struct na base pair step.x displacement: -4.503
ndb struct na base pair step.y displacement: 1.603

A,A,G,G,574,820,1 555,1 555,A,A,C,C,879,878,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 574
ndb struct na base pair step.i label seq id 2: 820
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 879
ndb struct na base pair step.j label seq id 2: 878
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.116
ndb struct na base pair step.helical twist: 19.405
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 575
ndb struct na base pair step.i auth seq id 2: 821
ndb struct na base pair step.inclination: 9.811
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 880
ndb struct na base pair step.j auth seq id 2: 879
ndb struct na base pair step.rise: 3.484
ndb struct na base pair step.roll: 3.285
ndb struct na base pair step.shift: 0.502
ndb struct na base pair step.slide: -2.104
ndb struct na base pair step.step name: NN_G575G821:C879C880_NN
ndb struct na base pair step.step number: 208
ndb struct na base pair step.tilt: 2.114
ndb struct na base pair step.tip: -6.314
ndb struct na base pair step.twist: 19.012
ndb struct na base pair step.x displacement: -7.902
ndb struct na base pair step.y displacement: -0.423

A,A,G,U,820,821,1 555,1 555,A,A,C,A,878,877,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 820
ndb struct na base pair step.i label seq id 2: 821
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 878
ndb struct na base pair step.j label seq id 2: 877
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.278
ndb struct na base pair step.helical twist: 36.478
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 821
ndb struct na base pair step.i auth seq id 2: 822
ndb struct na base pair step.inclination: 26.735
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 879
ndb struct na base pair step.j auth seq id 2: 878
ndb struct na base pair step.rise: 3.427
ndb struct na base pair step.roll: 16.178
ndb struct na base pair step.shift: -0.068
ndb struct na base pair step.slide: -1.863
ndb struct na base pair step.step name: NN_G821U822:A878C879_NN
ndb struct na base pair step.step number: 209
ndb struct na base pair step.tilt: 2.191
ndb struct na base pair step.tip: -3.62
ndb struct na base pair step.twist: 32.732
ndb struct na base pair step.x displacement: -5.045
ndb struct na base pair step.y displacement: 0.388

A,A,U,C,821,822,1 555,1 555,A,A,A,G,877,876,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 821
ndb struct na base pair step.i label seq id 2: 822
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 877
ndb struct na base pair step.j label seq id 2: 876
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.438
ndb struct na base pair step.helical twist: 36.75
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 822
ndb struct na base pair step.i auth seq id 2: 823
ndb struct na base pair step.inclination: 27.97
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 878
ndb struct na base pair step.j auth seq id 2: 877
ndb struct na base pair step.rise: 3.533
ndb struct na base pair step.roll: 16.907
ndb struct na base pair step.shift: 0.65
ndb struct na base pair step.slide: -1.214
ndb struct na base pair step.step name: NN_U822C823:G877A878_NN
ndb struct na base pair step.step number: 210
ndb struct na base pair step.tilt: -6.656
ndb struct na base pair step.tip: 11.011
ndb struct na base pair step.twist: 32.079
ndb struct na base pair step.x displacement: -4.186
ndb struct na base pair step.y displacement: -1.92

A,A,C,G,822,823,1 555,1 555,A,A,G,C,876,875,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 822
ndb struct na base pair step.i label seq id 2: 823
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 876
ndb struct na base pair step.j label seq id 2: 875
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 1.964
ndb struct na base pair step.helical twist: 28.261
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 823
ndb struct na base pair step.i auth seq id 2: 824
ndb struct na base pair step.inclination: 21.167
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 877
ndb struct na base pair step.j auth seq id 2: 876
ndb struct na base pair step.rise: 2.659
ndb struct na base pair step.roll: 10.115
ndb struct na base pair step.shift: 0.445
ndb struct na base pair step.slide: -1.487
ndb struct na base pair step.step name: NN_C823G824:C876G877_NN
ndb struct na base pair step.step number: 211
ndb struct na base pair step.tilt: -0.14
ndb struct na base pair step.tip: 0.292
ndb struct na base pair step.twist: 26.423
ndb struct na base pair step.x displacement: -4.764
ndb struct na base pair step.y displacement: -0.935

A,A,G,A,823,824,1 555,1 555,A,A,C,U,875,874,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 823
ndb struct na base pair step.i label seq id 2: 824
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 875
ndb struct na base pair step.j label seq id 2: 874
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 1.345
ndb struct na base pair step.helical twist: 22.88
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 824
ndb struct na base pair step.i auth seq id 2: 825
ndb struct na base pair step.inclination: 33.328
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 876
ndb struct na base pair step.j auth seq id 2: 875
ndb struct na base pair step.rise: 2.899
ndb struct na base pair step.roll: 12.475
ndb struct na base pair step.shift: -1.482
ndb struct na base pair step.slide: -2.322
ndb struct na base pair step.step name: NN_G824A825:U875C876_NN
ndb struct na base pair step.step number: 212
ndb struct na base pair step.tilt: -2.909
ndb struct na base pair step.tip: 7.772
ndb struct na base pair step.twist: 18.998
ndb struct na base pair step.x displacement: -9.007
ndb struct na base pair step.y displacement: 3.001

A,A,A,C,824,825,1 555,1 555,A,A,U,G,874,873,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 824
ndb struct na base pair step.i label seq id 2: 825
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 874
ndb struct na base pair step.j label seq id 2: 873
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.025
ndb struct na base pair step.helical twist: 38.009
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 825
ndb struct na base pair step.i auth seq id 2: 826
ndb struct na base pair step.inclination: 20.117
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 875
ndb struct na base pair step.j auth seq id 2: 874
ndb struct na base pair step.rise: 3.509
ndb struct na base pair step.roll: 12.412
ndb struct na base pair step.shift: -0.217
ndb struct na base pair step.slide: -3.221
ndb struct na base pair step.step name: NN_A825C826:G874U875_NN
ndb struct na base pair step.step number: 213
ndb struct na base pair step.tilt: -16.99
ndb struct na base pair step.tip: 27.538
ndb struct na base pair step.twist: 31.835
ndb struct na base pair step.x displacement: -6.413
ndb struct na base pair step.y displacement: -1.675

A,A,C,U,825,826,1 555,1 555,A,A,G,A,873,871,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 825
ndb struct na base pair step.i label seq id 2: 826
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 873
ndb struct na base pair step.j label seq id 2: 871
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.18
ndb struct na base pair step.helical twist: 115.602
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 826
ndb struct na base pair step.i auth seq id 2: 827
ndb struct na base pair step.inclination: -11.93
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 874
ndb struct na base pair step.j auth seq id 2: 872
ndb struct na base pair step.rise: 3.27
ndb struct na base pair step.roll: -20.135
ndb struct na base pair step.shift: -2.128
ndb struct na base pair step.slide: -0.634
ndb struct na base pair step.step name: NN_C826U827:A872G874_NN
ndb struct na base pair step.step number: 214
ndb struct na base pair step.tilt: 11.3
ndb struct na base pair step.tip: -6.695
ndb struct na base pair step.twist: 114.106
ndb struct na base pair step.x displacement: -0.16
ndb struct na base pair step.y displacement: 1.378

A,A,U,G,826,858,1 555,1 555,A,A,A,G,871,857,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 826
ndb struct na base pair step.i label seq id 2: 858
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 871
ndb struct na base pair step.j label seq id 2: 857
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 5.338
ndb struct na base pair step.helical twist: -154.07
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 827
ndb struct na base pair step.i auth seq id 2: 859
ndb struct na base pair step.inclination: 53.083
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 872
ndb struct na base pair step.j auth seq id 2: 858
ndb struct na base pair step.rise: 5.303
ndb struct na base pair step.roll: -102.166
ndb struct na base pair step.shift: 1.556
ndb struct na base pair step.slide: 1.547
ndb struct na base pair step.step name: NN_U827G859:G858A872_NN
ndb struct na base pair step.step number: 215
ndb struct na base pair step.tilt: 34.496
ndb struct na base pair step.tip: 17.923
ndb struct na base pair step.twist: -135.217
ndb struct na base pair step.x displacement: 0.045
ndb struct na base pair step.y displacement: 1.081

A,A,G,A,858,859,1 555,1 555,A,A,G,G,857,868,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 858
ndb struct na base pair step.i label seq id 2: 859
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 857
ndb struct na base pair step.j label seq id 2: 868
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.101
ndb struct na base pair step.helical twist: 57.086
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 859
ndb struct na base pair step.i auth seq id 2: 860
ndb struct na base pair step.inclination: 10.687
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 858
ndb struct na base pair step.j auth seq id 2: 869
ndb struct na base pair step.rise: 3.456
ndb struct na base pair step.roll: 9.463
ndb struct na base pair step.shift: 0.366
ndb struct na base pair step.slide: 1.232
ndb struct na base pair step.step name: NN_G859A860:G869G858_NN
ndb struct na base pair step.step number: 216
ndb struct na base pair step.tilt: 36.638
ndb struct na base pair step.tip: -41.377
ndb struct na base pair step.twist: 43.555
ndb struct na base pair step.x displacement: 0.68
ndb struct na base pair step.y displacement: 1.974

A,A,A,G,859,860,1 555,1 555,A,A,G,C,868,867,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 859
ndb struct na base pair step.i label seq id 2: 860
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 868
ndb struct na base pair step.j label seq id 2: 867
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.684
ndb struct na base pair step.helical twist: 56.553
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 860
ndb struct na base pair step.i auth seq id 2: 861
ndb struct na base pair step.inclination: 5.443
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 869
ndb struct na base pair step.j auth seq id 2: 868
ndb struct na base pair step.rise: 2.742
ndb struct na base pair step.roll: 5.15
ndb struct na base pair step.shift: 0.851
ndb struct na base pair step.slide: -0.945
ndb struct na base pair step.step name: NN_A860G861:C868G869_NN
ndb struct na base pair step.step number: 217
ndb struct na base pair step.tilt: 2.322
ndb struct na base pair step.tip: -2.455
ndb struct na base pair step.twist: 56.293
ndb struct na base pair step.x displacement: -1.237
ndb struct na base pair step.y displacement: -0.79

A,A,G,C,860,861,1 555,1 555,A,A,C,G,867,866,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 860
ndb struct na base pair step.i label seq id 2: 861
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 867
ndb struct na base pair step.j label seq id 2: 866
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.736
ndb struct na base pair step.helical twist: 36.648
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 861
ndb struct na base pair step.i auth seq id 2: 862
ndb struct na base pair step.inclination: 18.781
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 868
ndb struct na base pair step.j auth seq id 2: 867
ndb struct na base pair step.rise: 3.256
ndb struct na base pair step.roll: 11.537
ndb struct na base pair step.shift: 0.277
ndb struct na base pair step.slide: -1.148
ndb struct na base pair step.step name: NN_G861C862:G867C868_NN
ndb struct na base pair step.step number: 218
ndb struct na base pair step.tilt: 7.571
ndb struct na base pair step.tip: -12.326
ndb struct na base pair step.twist: 34.033
ndb struct na base pair step.x displacement: -3.334
ndb struct na base pair step.y displacement: 0.548

A,A,U,G,819,569,1 555,1 555,A,A,A,C,872,865,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 819
ndb struct na base pair step.i label seq id 2: 569
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 872
ndb struct na base pair step.j label seq id 2: 865
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: -2.362
ndb struct na base pair step.helical twist: -166.287
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 820
ndb struct na base pair step.i auth seq id 2: 570
ndb struct na base pair step.inclination: 83.372
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 873
ndb struct na base pair step.j auth seq id 2: 866
ndb struct na base pair step.rise: -0.453
ndb struct na base pair step.roll: -160.617
ndb struct na base pair step.shift: -3.191
ndb struct na base pair step.slide: -2.4
ndb struct na base pair step.step name: NN_U820G570:C866A873_NN
ndb struct na base pair step.step number: 219
ndb struct na base pair step.tilt: -18.93
ndb struct na base pair step.tip: -9.826
ndb struct na base pair step.twist: -82.481
ndb struct na base pair step.x displacement: 0.576
ndb struct na base pair step.y displacement: -1.533

A,A,G,U,569,570,1 555,1 555,A,A,C,A,865,864,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 569
ndb struct na base pair step.i label seq id 2: 570
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 865
ndb struct na base pair step.j label seq id 2: 864
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.271
ndb struct na base pair step.helical twist: 37.152
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 570
ndb struct na base pair step.i auth seq id 2: 571
ndb struct na base pair step.inclination: 6.851
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 866
ndb struct na base pair step.j auth seq id 2: 865
ndb struct na base pair step.rise: 3.494
ndb struct na base pair step.roll: 4.345
ndb struct na base pair step.shift: -0.341
ndb struct na base pair step.slide: -1.181
ndb struct na base pair step.step name: NN_G570U571:A865C866_NN
ndb struct na base pair step.step number: 220
ndb struct na base pair step.tilt: 4.69
ndb struct na base pair step.tip: -7.395
ndb struct na base pair step.twist: 36.617
ndb struct na base pair step.x displacement: -2.457
ndb struct na base pair step.y displacement: 1.187

A,A,G,A,580,582,1 555,1 555,A,A,G,C,759,757,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 580
ndb struct na base pair step.i label seq id 2: 582
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 759
ndb struct na base pair step.j label seq id 2: 757
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 4.173
ndb struct na base pair step.helical twist: 41.468
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 581
ndb struct na base pair step.i auth seq id 2: 583
ndb struct na base pair step.inclination: 27.009
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 760
ndb struct na base pair step.j auth seq id 2: 758
ndb struct na base pair step.rise: 5.267
ndb struct na base pair step.roll: 18.488
ndb struct na base pair step.shift: -1.056
ndb struct na base pair step.slide: -1.157
ndb struct na base pair step.step name: NN_G581A583:C758G760_NN
ndb struct na base pair step.step number: 221
ndb struct na base pair step.tilt: 2.894
ndb struct na base pair step.tip: -4.227
ndb struct na base pair step.twist: 37.173
ndb struct na base pair step.x displacement: -4.651
ndb struct na base pair step.y displacement: 1.964

A,A,A,G,582,583,1 555,1 555,A,A,C,U,757,756,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 582
ndb struct na base pair step.i label seq id 2: 583
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 757
ndb struct na base pair step.j label seq id 2: 756
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 1.956
ndb struct na base pair step.helical twist: 55.098
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 583
ndb struct na base pair step.i auth seq id 2: 584
ndb struct na base pair step.inclination: 9.599
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 758
ndb struct na base pair step.j auth seq id 2: 757
ndb struct na base pair step.rise: 2.585
ndb struct na base pair step.roll: 8.767
ndb struct na base pair step.shift: 1.442
ndb struct na base pair step.slide: -1.339
ndb struct na base pair step.step name: NN_A583G584:U757C758_NN
ndb struct na base pair step.step number: 222
ndb struct na base pair step.tilt: -13.682
ndb struct na base pair step.tip: 14.982
ndb struct na base pair step.twist: 52.828
ndb struct na base pair step.x displacement: -1.817
ndb struct na base pair step.y displacement: -2.135

A,A,G,G,583,584,1 555,1 555,A,A,U,C,756,755,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 583
ndb struct na base pair step.i label seq id 2: 584
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 756
ndb struct na base pair step.j label seq id 2: 755
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.582
ndb struct na base pair step.helical twist: 35.356
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 584
ndb struct na base pair step.i auth seq id 2: 585
ndb struct na base pair step.inclination: 2.559
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 757
ndb struct na base pair step.j auth seq id 2: 756
ndb struct na base pair step.rise: 2.628
ndb struct na base pair step.roll: 1.554
ndb struct na base pair step.shift: -0.245
ndb struct na base pair step.slide: -1.005
ndb struct na base pair step.step name: NN_G584G585:C756U757_NN
ndb struct na base pair step.step number: 223
ndb struct na base pair step.tilt: 0.25
ndb struct na base pair step.tip: -0.411
ndb struct na base pair step.twist: 35.322
ndb struct na base pair step.x displacement: -1.837
ndb struct na base pair step.y displacement: 0.433

A,A,G,C,584,585,1 555,1 555,A,A,C,G,755,754,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 584
ndb struct na base pair step.i label seq id 2: 585
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 755
ndb struct na base pair step.j label seq id 2: 754
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.607
ndb struct na base pair step.helical twist: 31.005
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 585
ndb struct na base pair step.i auth seq id 2: 586
ndb struct na base pair step.inclination: 3.488
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 756
ndb struct na base pair step.j auth seq id 2: 755
ndb struct na base pair step.rise: 2.688
ndb struct na base pair step.roll: 1.862
ndb struct na base pair step.shift: 0.446
ndb struct na base pair step.slide: -1.62
ndb struct na base pair step.step name: NN_G585C586:G755C756_NN
ndb struct na base pair step.step number: 224
ndb struct na base pair step.tilt: 1.58
ndb struct na base pair step.tip: -2.958
ndb struct na base pair step.twist: 30.911
ndb struct na base pair step.x displacement: -3.321
ndb struct na base pair step.y displacement: -0.588

A,A,G,A,638,639,1 555,1 555,A,A,C,U,598,597,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 638
ndb struct na base pair step.i label seq id 2: 639
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 598
ndb struct na base pair step.j label seq id 2: 597
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.482
ndb struct na base pair step.helical twist: 40.281
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 639
ndb struct na base pair step.i auth seq id 2: 640
ndb struct na base pair step.inclination: 11.54
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 599
ndb struct na base pair step.j auth seq id 2: 598
ndb struct na base pair step.rise: 3.026
ndb struct na base pair step.roll: 7.881
ndb struct na base pair step.shift: -0.82
ndb struct na base pair step.slide: -1.979
ndb struct na base pair step.step name: NN_G639A640:U598C599_NN
ndb struct na base pair step.step number: 225
ndb struct na base pair step.tilt: 4.946
ndb struct na base pair step.tip: -7.243
ndb struct na base pair step.twist: 39.235
ndb struct na base pair step.x displacement: -3.635
ndb struct na base pair step.y displacement: 1.668

A,A,A,A,639,641,1 555,1 555,A,A,U,U,597,640,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 639
ndb struct na base pair step.i label seq id 2: 641
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 597
ndb struct na base pair step.j label seq id 2: 640
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 0.167
ndb struct na base pair step.helical twist: 55.963
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 640
ndb struct na base pair step.i auth seq id 2: 642
ndb struct na base pair step.inclination: 13.142
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 598
ndb struct na base pair step.j auth seq id 2: 641
ndb struct na base pair step.rise: 0.985
ndb struct na base pair step.roll: 11.449
ndb struct na base pair step.shift: -1.324
ndb struct na base pair step.slide: 0.925
ndb struct na base pair step.step name: NN_A640A642:U641U598_NN
ndb struct na base pair step.step number: 226
ndb struct na base pair step.tilt: 34.779
ndb struct na base pair step.tip: -39.921
ndb struct na base pair step.twist: 43.074
ndb struct na base pair step.x displacement: 0.851
ndb struct na base pair step.y displacement: 1.819

A,A,A,C,641,642,1 555,1 555,A,A,U,G,640,596,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 641
ndb struct na base pair step.i label seq id 2: 642
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 640
ndb struct na base pair step.j label seq id 2: 596
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.386
ndb struct na base pair step.helical twist: 32.469
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 642
ndb struct na base pair step.i auth seq id 2: 643
ndb struct na base pair step.inclination: 13.824
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 641
ndb struct na base pair step.j auth seq id 2: 597
ndb struct na base pair step.rise: 2.879
ndb struct na base pair step.roll: 7.463
ndb struct na base pair step.shift: -2.432
ndb struct na base pair step.slide: -0.543
ndb struct na base pair step.step name: NN_A642C643:G597U641_NN
ndb struct na base pair step.step number: 227
ndb struct na base pair step.tilt: -12.624
ndb struct na base pair step.tip: 23.381
ndb struct na base pair step.twist: 29.048
ndb struct na base pair step.x displacement: -2.3
ndb struct na base pair step.y displacement: 2.103

A,A,C,U,642,643,1 555,1 555,A,A,G,A,596,595,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 642
ndb struct na base pair step.i label seq id 2: 643
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 596
ndb struct na base pair step.j label seq id 2: 595
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.146
ndb struct na base pair step.helical twist: 50.215
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 643
ndb struct na base pair step.i auth seq id 2: 644
ndb struct na base pair step.inclination: 15.67
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 597
ndb struct na base pair step.j auth seq id 2: 596
ndb struct na base pair step.rise: 3.764
ndb struct na base pair step.roll: 13.162
ndb struct na base pair step.shift: -0.284
ndb struct na base pair step.slide: -2.026
ndb struct na base pair step.step name: NN_C643U644:A596G597_NN
ndb struct na base pair step.step number: 228
ndb struct na base pair step.tilt: 0.498
ndb struct na base pair step.tip: -0.592
ndb struct na base pair step.twist: 48.565
ndb struct na base pair step.x displacement: -3.406
ndb struct na base pair step.y displacement: 0.373

A,A,U,G,643,644,1 555,1 555,A,A,A,U,595,593,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 643
ndb struct na base pair step.i label seq id 2: 644
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 595
ndb struct na base pair step.j label seq id 2: 593
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 0.995
ndb struct na base pair step.helical twist: 33.338
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 644
ndb struct na base pair step.i auth seq id 2: 645
ndb struct na base pair step.inclination: -14.715
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 596
ndb struct na base pair step.j auth seq id 2: 594
ndb struct na base pair step.rise: 1.512
ndb struct na base pair step.roll: -8.186
ndb struct na base pair step.shift: 1.778
ndb struct na base pair step.slide: -0.943
ndb struct na base pair step.step name: NN_U644G645:U594A596_NN
ndb struct na base pair step.step number: 229
ndb struct na base pair step.tilt: -11.627
ndb struct na base pair step.tip: 20.902
ndb struct na base pair step.twist: 30.232
ndb struct na base pair step.x displacement: -1.095
ndb struct na base pair step.y displacement: -3.878

A,A,G,G,644,645,1 555,1 555,A,A,U,U,593,592,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 644
ndb struct na base pair step.i label seq id 2: 645
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 593
ndb struct na base pair step.j label seq id 2: 592
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 1.772
ndb struct na base pair step.helical twist: 48.84
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 645
ndb struct na base pair step.i auth seq id 2: 646
ndb struct na base pair step.inclination: 38.006
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 594
ndb struct na base pair step.j auth seq id 2: 593
ndb struct na base pair step.rise: 3.643
ndb struct na base pair step.roll: 28.981
ndb struct na base pair step.shift: 0.51
ndb struct na base pair step.slide: -2.036
ndb struct na base pair step.step name: NN_G645G646:U593U594_NN
ndb struct na base pair step.step number: 230
ndb struct na base pair step.tilt: 14.895
ndb struct na base pair step.tip: -19.534
ndb struct na base pair step.twist: 36.888
ndb struct na base pair step.x displacement: -4.587
ndb struct na base pair step.y displacement: 0.475

A,A,G,C,645,646,1 555,1 555,A,A,U,G,592,591,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 645
ndb struct na base pair step.i label seq id 2: 646
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 592
ndb struct na base pair step.j label seq id 2: 591
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.782
ndb struct na base pair step.helical twist: 45.166
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 646
ndb struct na base pair step.i auth seq id 2: 647
ndb struct na base pair step.inclination: 9.313
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 593
ndb struct na base pair step.j auth seq id 2: 592
ndb struct na base pair step.rise: 3.005
ndb struct na base pair step.roll: 7.118
ndb struct na base pair step.shift: -0.146
ndb struct na base pair step.slide: -1.28
ndb struct na base pair step.step name: NN_G646C647:G592U593_NN
ndb struct na base pair step.step number: 231
ndb struct na base pair step.tilt: -3.777
ndb struct na base pair step.tip: 4.942
ndb struct na base pair step.twist: 44.479
ndb struct na base pair step.x displacement: -2.234
ndb struct na base pair step.y displacement: -0.111

A,A,C,A,646,647,1 555,1 555,A,A,G,U,591,590,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 646
ndb struct na base pair step.i label seq id 2: 647
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 591
ndb struct na base pair step.j label seq id 2: 590
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 1.847
ndb struct na base pair step.helical twist: 38.131
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 647
ndb struct na base pair step.i auth seq id 2: 648
ndb struct na base pair step.inclination: 44.523
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 592
ndb struct na base pair step.j auth seq id 2: 591
ndb struct na base pair step.rise: 4.406
ndb struct na base pair step.roll: 26.481
ndb struct na base pair step.shift: -0.109
ndb struct na base pair step.slide: -2.024
ndb struct na base pair step.step name: NN_C647A648:U591G592_NN
ndb struct na base pair step.step number: 232
ndb struct na base pair step.tilt: 0.498
ndb struct na base pair step.tip: -0.837
ndb struct na base pair step.twist: 27.681
ndb struct na base pair step.x displacement: -6.861
ndb struct na base pair step.y displacement: 0.238

A,A,A,A,647,648,1 555,1 555,A,A,U,U,590,589,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 647
ndb struct na base pair step.i label seq id 2: 648
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 590
ndb struct na base pair step.j label seq id 2: 589
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 1.688
ndb struct na base pair step.helical twist: 19.261
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 648
ndb struct na base pair step.i auth seq id 2: 649
ndb struct na base pair step.inclination: 0.886
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 591
ndb struct na base pair step.j auth seq id 2: 590
ndb struct na base pair step.rise: 2.091
ndb struct na base pair step.roll: 0.283
ndb struct na base pair step.shift: 0.218
ndb struct na base pair step.slide: -1.208
ndb struct na base pair step.step name: NN_A648A649:U590U591_NN
ndb struct na base pair step.step number: 233
ndb struct na base pair step.tilt: -9.649
ndb struct na base pair step.tip: 30.181
ndb struct na base pair step.twist: 16.688
ndb struct na base pair step.x displacement: -3.7
ndb struct na base pair step.y displacement: -3.661

A,A,A,G,648,649,1 555,1 555,A,A,U,U,589,588,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 648
ndb struct na base pair step.i label seq id 2: 649
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 589
ndb struct na base pair step.j label seq id 2: 588
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.804
ndb struct na base pair step.helical twist: 29.765
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 649
ndb struct na base pair step.i auth seq id 2: 650
ndb struct na base pair step.inclination: 27.968
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 590
ndb struct na base pair step.j auth seq id 2: 589
ndb struct na base pair step.rise: 4.021
ndb struct na base pair step.roll: 13.722
ndb struct na base pair step.shift: 0.675
ndb struct na base pair step.slide: -1.811
ndb struct na base pair step.step name: NN_A649G650:U589U590_NN
ndb struct na base pair step.step number: 234
ndb struct na base pair step.tilt: 6.406
ndb struct na base pair step.tip: -13.058
ndb struct na base pair step.twist: 25.7
ndb struct na base pair step.x displacement: -6.753
ndb struct na base pair step.y displacement: 0.192

A,A,G,C,649,650,1 555,1 555,A,A,U,G,588,587,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 649
ndb struct na base pair step.i label seq id 2: 650
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 588
ndb struct na base pair step.j label seq id 2: 587
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.638
ndb struct na base pair step.helical twist: 45.455
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 650
ndb struct na base pair step.i auth seq id 2: 651
ndb struct na base pair step.inclination: 5.217
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 589
ndb struct na base pair step.j auth seq id 2: 588
ndb struct na base pair step.rise: 3.544
ndb struct na base pair step.roll: 3.987
ndb struct na base pair step.shift: -1.543
ndb struct na base pair step.slide: -1.916
ndb struct na base pair step.step name: NN_G650C651:G588U589_NN
ndb struct na base pair step.step number: 235
ndb struct na base pair step.tilt: -11.517
ndb struct na base pair step.tip: 15.071
ndb struct na base pair step.twist: 43.874
ndb struct na base pair step.x displacement: -2.874
ndb struct na base pair step.y displacement: 0.858

A,A,C,A,650,752,1 555,1 555,A,A,G,U,587,651,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 650
ndb struct na base pair step.i label seq id 2: 752
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 587
ndb struct na base pair step.j label seq id 2: 651
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: -2.011
ndb struct na base pair step.helical twist: -173.168
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 651
ndb struct na base pair step.i auth seq id 2: 753
ndb struct na base pair step.inclination: 62.545
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 588
ndb struct na base pair step.j auth seq id 2: 652
ndb struct na base pair step.rise: -2.416
ndb struct na base pair step.roll: -121.457
ndb struct na base pair step.shift: 0.978
ndb struct na base pair step.slide: -2.995
ndb struct na base pair step.step name: NN_C651A753:U652G588_NN
ndb struct na base pair step.step number: 236
ndb struct na base pair step.tilt: -123.058
ndb struct na base pair step.tip: -63.37
ndb struct na base pair step.twist: -31.447
ndb struct na base pair step.x displacement: 0.321
ndb struct na base pair step.y displacement: 1.685

A,A,A,G,752,653,1 555,1 555,A,A,U,C,651,753,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 752
ndb struct na base pair step.i label seq id 2: 653
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 651
ndb struct na base pair step.j label seq id 2: 753
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: -2.775
ndb struct na base pair step.helical twist: -160.519
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 753
ndb struct na base pair step.i auth seq id 2: 654
ndb struct na base pair step.inclination: 8.287
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 652
ndb struct na base pair step.j auth seq id 2: 754
ndb struct na base pair step.rise: -4.074
ndb struct na base pair step.roll: -15.318
ndb struct na base pair step.shift: 1.045
ndb struct na base pair step.slide: -2.848
ndb struct na base pair step.step name: NN_A753G654:C754U652_NN
ndb struct na base pair step.step number: 237
ndb struct na base pair step.tilt: 158.206
ndb struct na base pair step.tip: 85.587
ndb struct na base pair step.twist: -44.355
ndb struct na base pair step.x displacement: 1.221
ndb struct na base pair step.y displacement: -1.78

A,A,G,A,653,654,1 555,1 555,A,A,C,U,753,750,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 653
ndb struct na base pair step.i label seq id 2: 654
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 753
ndb struct na base pair step.j label seq id 2: 750
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 4.195
ndb struct na base pair step.helical twist: 82.649
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 654
ndb struct na base pair step.i auth seq id 2: 655
ndb struct na base pair step.inclination: 13.832
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 754
ndb struct na base pair step.j auth seq id 2: 751
ndb struct na base pair step.rise: 4.227
ndb struct na base pair step.roll: 18.08
ndb struct na base pair step.shift: 2.03
ndb struct na base pair step.slide: -1.317
ndb struct na base pair step.step name: NN_G654A655:U751C754_NN
ndb struct na base pair step.step number: 238
ndb struct na base pair step.tilt: 16.637
ndb struct na base pair step.tip: -12.728
ndb struct na base pair step.twist: 79.547
ndb struct na base pair step.x displacement: -1.587
ndb struct na base pair step.y displacement: -0.994

A,A,A,G,654,655,1 555,1 555,A,A,U,C,750,749,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 654
ndb struct na base pair step.i label seq id 2: 655
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 750
ndb struct na base pair step.j label seq id 2: 749
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 1.965
ndb struct na base pair step.helical twist: 26.343
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 655
ndb struct na base pair step.i auth seq id 2: 656
ndb struct na base pair step.inclination: 13.512
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 751
ndb struct na base pair step.j auth seq id 2: 750
ndb struct na base pair step.rise: 2.506
ndb struct na base pair step.roll: 6.027
ndb struct na base pair step.shift: 0.495
ndb struct na base pair step.slide: -1.101
ndb struct na base pair step.step name: NN_A655G656:C750U751_NN
ndb struct na base pair step.step number: 239
ndb struct na base pair step.tilt: -7.213
ndb struct na base pair step.tip: 16.173
ndb struct na base pair step.twist: 24.637
ndb struct na base pair step.x displacement: -3.556
ndb struct na base pair step.y displacement: -2.453

A,A,G,U,655,656,1 555,1 555,A,A,C,A,749,748,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 655
ndb struct na base pair step.i label seq id 2: 656
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 749
ndb struct na base pair step.j label seq id 2: 748
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.356
ndb struct na base pair step.helical twist: 29.258
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 656
ndb struct na base pair step.i auth seq id 2: 657
ndb struct na base pair step.inclination: 15.792
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 750
ndb struct na base pair step.j auth seq id 2: 749
ndb struct na base pair step.rise: 2.755
ndb struct na base pair step.roll: 7.833
ndb struct na base pair step.shift: -0.075
ndb struct na base pair step.slide: -1.006
ndb struct na base pair step.step name: NN_G656U657:A749C750_NN
ndb struct na base pair step.step number: 240
ndb struct na base pair step.tilt: -5.677
ndb struct na base pair step.tip: 11.445
ndb struct na base pair step.twist: 27.646
ndb struct na base pair step.x displacement: -3.356
ndb struct na base pair step.y displacement: -0.841

A,A,U,C,656,657,1 555,1 555,A,A,A,G,748,747,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 656
ndb struct na base pair step.i label seq id 2: 657
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 748
ndb struct na base pair step.j label seq id 2: 747
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.315
ndb struct na base pair step.helical twist: 44.646
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 657
ndb struct na base pair step.i auth seq id 2: 658
ndb struct na base pair step.inclination: -6.348
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 749
ndb struct na base pair step.j auth seq id 2: 748
ndb struct na base pair step.rise: 3.32
ndb struct na base pair step.roll: -4.811
ndb struct na base pair step.shift: -0.732
ndb struct na base pair step.slide: -0.569
ndb struct na base pair step.step name: NN_U657C658:G748A749_NN
ndb struct na base pair step.step number: 241
ndb struct na base pair step.tilt: 2.627
ndb struct na base pair step.tip: -3.466
ndb struct na base pair step.twist: 44.325
ndb struct na base pair step.x displacement: -0.301
ndb struct na base pair step.y displacement: 1.209

A,A,C,U,657,658,1 555,1 555,A,A,G,A,747,745,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 657
ndb struct na base pair step.i label seq id 2: 658
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 747
ndb struct na base pair step.j label seq id 2: 745
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 0.218
ndb struct na base pair step.helical twist: 42.366
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 658
ndb struct na base pair step.i auth seq id 2: 659
ndb struct na base pair step.inclination: 37.751
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 748
ndb struct na base pair step.j auth seq id 2: 746
ndb struct na base pair step.rise: 5.262
ndb struct na base pair step.roll: 23.82
ndb struct na base pair step.shift: 1.686
ndb struct na base pair step.slide: -3.816
ndb struct na base pair step.step name: NN_C658U659:A746G748_NN
ndb struct na base pair step.step number: 242
ndb struct na base pair step.tilt: -23.995
ndb struct na base pair step.tip: 38.029
ndb struct na base pair step.twist: 25.911
ndb struct na base pair step.x displacement: -7.866
ndb struct na base pair step.y displacement: -4.937

A,A,U,C,658,659,1 555,1 555,A,A,A,G,745,744,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 658
ndb struct na base pair step.i label seq id 2: 659
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 745
ndb struct na base pair step.j label seq id 2: 744
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.027
ndb struct na base pair step.helical twist: 40.299
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 659
ndb struct na base pair step.i auth seq id 2: 660
ndb struct na base pair step.inclination: 1.199
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 746
ndb struct na base pair step.j auth seq id 2: 745
ndb struct na base pair step.rise: 3.056
ndb struct na base pair step.roll: 0.823
ndb struct na base pair step.shift: 0.253
ndb struct na base pair step.slide: -1.665
ndb struct na base pair step.step name: NN_U659C660:G745A746_NN
ndb struct na base pair step.step number: 243
ndb struct na base pair step.tilt: 6.232
ndb struct na base pair step.tip: -9.08
ndb struct na base pair step.twist: 39.825
ndb struct na base pair step.x displacement: -2.504
ndb struct na base pair step.y displacement: 0.291

A,A,C,G,659,660,1 555,1 555,A,A,G,C,744,743,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 659
ndb struct na base pair step.i label seq id 2: 660
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 744
ndb struct na base pair step.j label seq id 2: 743
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.029
ndb struct na base pair step.helical twist: 69.538
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 660
ndb struct na base pair step.i auth seq id 2: 661
ndb struct na base pair step.inclination: -16.029
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 745
ndb struct na base pair step.j auth seq id 2: 744
ndb struct na base pair step.rise: 3.049
ndb struct na base pair step.roll: -17.475
ndb struct na base pair step.shift: 1.792
ndb struct na base pair step.slide: -5.237
ndb struct na base pair step.step name: NN_C660G661:C744G745_NN
ndb struct na base pair step.step number: 244
ndb struct na base pair step.tilt: -34.266
ndb struct na base pair step.tip: 31.431
ndb struct na base pair step.twist: 59.081
ndb struct na base pair step.x displacement: -3.939
ndb struct na base pair step.y displacement: -2.851

A,A,G,U,660,661,1 555,1 555,A,A,C,A,743,742,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 660
ndb struct na base pair step.i label seq id 2: 661
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 743
ndb struct na base pair step.j label seq id 2: 742
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 1.428
ndb struct na base pair step.helical twist: 46.729
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 661
ndb struct na base pair step.i auth seq id 2: 662
ndb struct na base pair step.inclination: 5.397
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 744
ndb struct na base pair step.j auth seq id 2: 743
ndb struct na base pair step.rise: 2.238
ndb struct na base pair step.roll: 3.096
ndb struct na base pair step.shift: 1.087
ndb struct na base pair step.slide: -0.772
ndb struct na base pair step.step name: NN_G661U662:A743C744_NN
ndb struct na base pair step.step number: 245
ndb struct na base pair step.tilt: 45.904
ndb struct na base pair step.tip: -80.018
ndb struct na base pair step.twist: 8.411
ndb struct na base pair step.x displacement: -1.231
ndb struct na base pair step.y displacement: 2.455

A,A,U,A,661,662,1 555,1 555,A,A,A,G,742,741,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 661
ndb struct na base pair step.i label seq id 2: 662
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 742
ndb struct na base pair step.j label seq id 2: 741
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.123
ndb struct na base pair step.helical twist: 30.71
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 662
ndb struct na base pair step.i auth seq id 2: 663
ndb struct na base pair step.inclination: -9.883
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 743
ndb struct na base pair step.j auth seq id 2: 742
ndb struct na base pair step.rise: 3.28
ndb struct na base pair step.roll: -5.157
ndb struct na base pair step.shift: -0.921
ndb struct na base pair step.slide: -1.289
ndb struct na base pair step.step name: NN_U662A663:G742A743_NN
ndb struct na base pair step.step number: 246
ndb struct na base pair step.tilt: 7.656
ndb struct na base pair step.tip: -14.672
ndb struct na base pair step.twist: 29.321
ndb struct na base pair step.x displacement: -1.419
ndb struct na base pair step.y displacement: 3.246

A,A,A,G,662,663,1 555,1 555,A,A,G,G,741,740,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 662
ndb struct na base pair step.i label seq id 2: 663
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 741
ndb struct na base pair step.j label seq id 2: 740
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.291
ndb struct na base pair step.helical twist: 26.324
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 663
ndb struct na base pair step.i auth seq id 2: 664
ndb struct na base pair step.inclination: 14.732
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 742
ndb struct na base pair step.j auth seq id 2: 741
ndb struct na base pair step.rise: 3.109
ndb struct na base pair step.roll: 6.618
ndb struct na base pair step.shift: -1.524
ndb struct na base pair step.slide: -1.946
ndb struct na base pair step.step name: NN_A663G664:G741G742_NN
ndb struct na base pair step.step number: 247
ndb struct na base pair step.tilt: 3.671
ndb struct na base pair step.tip: -8.172
ndb struct na base pair step.twist: 25.232
ndb struct na base pair step.x displacement: -5.77
ndb struct na base pair step.y displacement: 4.178

A,A,G,G,663,665,1 555,1 555,A,A,G,U,740,739,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 663
ndb struct na base pair step.i label seq id 2: 665
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 740
ndb struct na base pair step.j label seq id 2: 739
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.366
ndb struct na base pair step.helical twist: 30.874
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 664
ndb struct na base pair step.i auth seq id 2: 666
ndb struct na base pair step.inclination: 7.329
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 741
ndb struct na base pair step.j auth seq id 2: 740
ndb struct na base pair step.rise: 3.023
ndb struct na base pair step.roll: 3.86
ndb struct na base pair step.shift: 0.773
ndb struct na base pair step.slide: -3.184
ndb struct na base pair step.step name: NN_G664G666:U740G741_NN
ndb struct na base pair step.step number: 248
ndb struct na base pair step.tilt: -6.955
ndb struct na base pair step.tip: 13.206
ndb struct na base pair step.twist: 29.856
ndb struct na base pair step.x displacement: -6.61
ndb struct na base pair step.y displacement: -2.584

A,A,G,G,665,666,1 555,1 555,A,A,U,C,739,738,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 665
ndb struct na base pair step.i label seq id 2: 666
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 739
ndb struct na base pair step.j label seq id 2: 738
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.345
ndb struct na base pair step.helical twist: 26.892
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 666
ndb struct na base pair step.i auth seq id 2: 667
ndb struct na base pair step.inclination: 2.86
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 740
ndb struct na base pair step.j auth seq id 2: 739
ndb struct na base pair step.rise: 3.453
ndb struct na base pair step.roll: 1.33
ndb struct na base pair step.shift: -1.434
ndb struct na base pair step.slide: -2.011
ndb struct na base pair step.step name: NN_G666G667:C739U740_NN
ndb struct na base pair step.step number: 249
ndb struct na base pair step.tilt: 0.112
ndb struct na base pair step.tip: -0.241
ndb struct na base pair step.twist: 26.86
ndb struct na base pair step.x displacement: -4.679
ndb struct na base pair step.y displacement: 3.113

A,A,G,G,666,667,1 555,1 555,A,A,C,C,738,737,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 666
ndb struct na base pair step.i label seq id 2: 667
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 738
ndb struct na base pair step.j label seq id 2: 737
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.432
ndb struct na base pair step.helical twist: 37.431
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 667
ndb struct na base pair step.i auth seq id 2: 668
ndb struct na base pair step.inclination: 12.217
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 739
ndb struct na base pair step.j auth seq id 2: 738
ndb struct na base pair step.rise: 2.71
ndb struct na base pair step.roll: 7.782
ndb struct na base pair step.shift: -0.616
ndb struct na base pair step.slide: -1.277
ndb struct na base pair step.step name: NN_G667G668:C738C739_NN
ndb struct na base pair step.step number: 250
ndb struct na base pair step.tilt: -2.395
ndb struct na base pair step.tip: 3.76
ndb struct na base pair step.twist: 36.566
ndb struct na base pair step.x displacement: -2.803
ndb struct na base pair step.y displacement: 0.71

A,A,G,G,667,668,1 555,1 555,A,A,C,C,737,736,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 667
ndb struct na base pair step.i label seq id 2: 668
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 737
ndb struct na base pair step.j label seq id 2: 736
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.236
ndb struct na base pair step.helical twist: 35.74
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 668
ndb struct na base pair step.i auth seq id 2: 669
ndb struct na base pair step.inclination: 0.061
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 738
ndb struct na base pair step.j auth seq id 2: 737
ndb struct na base pair step.rise: 2.315
ndb struct na base pair step.roll: 0.037
ndb struct na base pair step.shift: 0.2
ndb struct na base pair step.slide: -0.924
ndb struct na base pair step.step name: NN_G668G669:C737C738_NN
ndb struct na base pair step.step number: 251
ndb struct na base pair step.tilt: -6.919
ndb struct na base pair step.tip: 11.341
ndb struct na base pair step.twist: 35.085
ndb struct na base pair step.x displacement: -1.51
ndb struct na base pair step.y displacement: -1.028

A,A,G,G,668,669,1 555,1 555,A,A,C,C,736,735,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 668
ndb struct na base pair step.i label seq id 2: 669
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 736
ndb struct na base pair step.j label seq id 2: 735
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.902
ndb struct na base pair step.helical twist: 30.431
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 669
ndb struct na base pair step.i auth seq id 2: 670
ndb struct na base pair step.inclination: 3.867
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 737
ndb struct na base pair step.j auth seq id 2: 736
ndb struct na base pair step.rise: 2.976
ndb struct na base pair step.roll: 2.028
ndb struct na base pair step.shift: 0.38
ndb struct na base pair step.slide: -1.244
ndb struct na base pair step.step name: NN_G669G670:C736C737_NN
ndb struct na base pair step.step number: 252
ndb struct na base pair step.tilt: 1.308
ndb struct na base pair step.tip: -2.494
ndb struct na base pair step.twist: 30.337
ndb struct na base pair step.x displacement: -2.734
ndb struct na base pair step.y displacement: -0.488

A,A,G,G,669,670,1 555,1 555,A,A,C,C,735,734,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 669
ndb struct na base pair step.i label seq id 2: 670
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 735
ndb struct na base pair step.j label seq id 2: 734
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.625
ndb struct na base pair step.helical twist: 34.376
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 670
ndb struct na base pair step.i auth seq id 2: 671
ndb struct na base pair step.inclination: 15.902
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 736
ndb struct na base pair step.j auth seq id 2: 735
ndb struct na base pair step.rise: 4.502
ndb struct na base pair step.roll: 9.255
ndb struct na base pair step.shift: -0.267
ndb struct na base pair step.slide: -2.71
ndb struct na base pair step.step name: NN_G670G671:C735C736_NN
ndb struct na base pair step.step number: 253
ndb struct na base pair step.tilt: -5.098
ndb struct na base pair step.tip: 8.759
ndb struct na base pair step.twist: 32.758
ndb struct na base pair step.x displacement: -6.428
ndb struct na base pair step.y displacement: -0.564

A,A,G,U,670,671,1 555,1 555,A,A,C,G,734,733,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 670
ndb struct na base pair step.i label seq id 2: 671
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 734
ndb struct na base pair step.j label seq id 2: 733
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.735
ndb struct na base pair step.helical twist: 46.737
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 671
ndb struct na base pair step.i auth seq id 2: 672
ndb struct na base pair step.inclination: -4.89
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 735
ndb struct na base pair step.j auth seq id 2: 734
ndb struct na base pair step.rise: 3.591
ndb struct na base pair step.roll: -3.875
ndb struct na base pair step.shift: 0.101
ndb struct na base pair step.slide: -1.971
ndb struct na base pair step.step name: NN_G671U672:G734C735_NN
ndb struct na base pair step.step number: 254
ndb struct na base pair step.tilt: 0.077
ndb struct na base pair step.tip: -0.097
ndb struct na base pair step.twist: 46.585
ndb struct na base pair step.x displacement: -2.122
ndb struct na base pair step.y displacement: -0.12

A,A,U,A,671,672,1 555,1 555,A,A,G,U,733,716,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 671
ndb struct na base pair step.i label seq id 2: 672
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 733
ndb struct na base pair step.j label seq id 2: 716
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 1.888
ndb struct na base pair step.helical twist: 24.796
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 672
ndb struct na base pair step.i auth seq id 2: 673
ndb struct na base pair step.inclination: 3.907
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 734
ndb struct na base pair step.j auth seq id 2: 717
ndb struct na base pair step.rise: 2.957
ndb struct na base pair step.roll: 1.564
ndb struct na base pair step.shift: -0.701
ndb struct na base pair step.slide: -0.844
ndb struct na base pair step.step name: NN_U672A673:U717G734_NN
ndb struct na base pair step.step number: 255
ndb struct na base pair step.tilt: 15
ndb struct na base pair step.tip: -37.475
ndb struct na base pair step.twist: 19.739
ndb struct na base pair step.x displacement: -2.356
ndb struct na base pair step.y displacement: 5.391

A,A,A,G,672,673,1 555,1 555,A,A,U,A,716,715,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 672
ndb struct na base pair step.i label seq id 2: 673
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 716
ndb struct na base pair step.j label seq id 2: 715
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.531
ndb struct na base pair step.helical twist: 30.423
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 673
ndb struct na base pair step.i auth seq id 2: 674
ndb struct na base pair step.inclination: 4.998
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 717
ndb struct na base pair step.j auth seq id 2: 716
ndb struct na base pair step.rise: 2.545
ndb struct na base pair step.roll: 2.619
ndb struct na base pair step.shift: -0.677
ndb struct na base pair step.slide: -0.239
ndb struct na base pair step.step name: NN_A673G674:A716U717_NN
ndb struct na base pair step.step number: 256
ndb struct na base pair step.tilt: -0.74
ndb struct na base pair step.tip: 1.411
ndb struct na base pair step.twist: 30.304
ndb struct na base pair step.x displacement: -0.863
ndb struct na base pair step.y displacement: 1.176

A,A,G,A,673,674,1 555,1 555,A,A,A,A,715,714,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 673
ndb struct na base pair step.i label seq id 2: 674
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 715
ndb struct na base pair step.j label seq id 2: 714
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.394
ndb struct na base pair step.helical twist: 20.557
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 674
ndb struct na base pair step.i auth seq id 2: 675
ndb struct na base pair step.inclination: 16.736
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 716
ndb struct na base pair step.j auth seq id 2: 715
ndb struct na base pair step.rise: 3.033
ndb struct na base pair step.roll: 5.859
ndb struct na base pair step.shift: 0.497
ndb struct na base pair step.slide: -1.342
ndb struct na base pair step.step name: NN_G674A675:A715A716_NN
ndb struct na base pair step.step number: 257
ndb struct na base pair step.tilt: -3.646
ndb struct na base pair step.tip: 10.414
ndb struct na base pair step.twist: 19.376
ndb struct na base pair step.x displacement: -5.969
ndb struct na base pair step.y displacement: -2.766

A,A,A,A,674,675,1 555,1 555,A,A,A,G,714,713,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 674
ndb struct na base pair step.i label seq id 2: 675
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 714
ndb struct na base pair step.j label seq id 2: 713
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.165
ndb struct na base pair step.helical twist: 41.56
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 675
ndb struct na base pair step.i auth seq id 2: 676
ndb struct na base pair step.inclination: 1.419
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 715
ndb struct na base pair step.j auth seq id 2: 714
ndb struct na base pair step.rise: 3.184
ndb struct na base pair step.roll: 1.006
ndb struct na base pair step.shift: -0.189
ndb struct na base pair step.slide: -0.943
ndb struct na base pair step.step name: NN_A675A676:G714A715_NN
ndb struct na base pair step.step number: 258
ndb struct na base pair step.tilt: -3.742
ndb struct na base pair step.tip: 5.281
ndb struct na base pair step.twist: 41.387
ndb struct na base pair step.x displacement: -1.432
ndb struct na base pair step.y displacement: -0.12

A,A,A,U,675,676,1 555,1 555,A,A,G,G,713,712,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 675
ndb struct na base pair step.i label seq id 2: 676
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 713
ndb struct na base pair step.j label seq id 2: 712
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.497
ndb struct na base pair step.helical twist: 33.4
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 676
ndb struct na base pair step.i auth seq id 2: 677
ndb struct na base pair step.inclination: 3.732
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 714
ndb struct na base pair step.j auth seq id 2: 713
ndb struct na base pair step.rise: 2.485
ndb struct na base pair step.roll: 2.143
ndb struct na base pair step.shift: -0.936
ndb struct na base pair step.slide: -0.311
ndb struct na base pair step.step name: NN_A676U677:G713G714_NN
ndb struct na base pair step.step number: 259
ndb struct na base pair step.tilt: -1.379
ndb struct na base pair step.tip: 2.402
ndb struct na base pair step.twist: 33.306
ndb struct na base pair step.x displacement: -0.811
ndb struct na base pair step.y displacement: 1.454

A,A,U,U,676,677,1 555,1 555,A,A,G,A,712,711,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 676
ndb struct na base pair step.i label seq id 2: 677
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 712
ndb struct na base pair step.j label seq id 2: 711
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.969
ndb struct na base pair step.helical twist: 48.015
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 677
ndb struct na base pair step.i auth seq id 2: 678
ndb struct na base pair step.inclination: 12.801
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 713
ndb struct na base pair step.j auth seq id 2: 712
ndb struct na base pair step.rise: 3.284
ndb struct na base pair step.roll: 10.344
ndb struct na base pair step.shift: 1.393
ndb struct na base pair step.slide: -1.22
ndb struct na base pair step.step name: NN_U677U678:A712G713_NN
ndb struct na base pair step.step number: 260
ndb struct na base pair step.tilt: 0.074
ndb struct na base pair step.tip: -0.091
ndb struct na base pair step.twist: 46.952
ndb struct na base pair step.x displacement: -2.288
ndb struct na base pair step.y displacement: -1.707

A,A,U,C,677,678,1 555,1 555,A,A,A,G,711,710,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 677
ndb struct na base pair step.i label seq id 2: 678
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 711
ndb struct na base pair step.j label seq id 2: 710
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.797
ndb struct na base pair step.helical twist: 38.647
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 678
ndb struct na base pair step.i auth seq id 2: 679
ndb struct na base pair step.inclination: 18.756
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 712
ndb struct na base pair step.j auth seq id 2: 711
ndb struct na base pair step.rise: 3.666
ndb struct na base pair step.roll: 12.216
ndb struct na base pair step.shift: 0.095
ndb struct na base pair step.slide: -2.273
ndb struct na base pair step.step name: NN_U678C679:G711A712_NN
ndb struct na base pair step.step number: 261
ndb struct na base pair step.tilt: -0.165
ndb struct na base pair step.tip: 0.254
ndb struct na base pair step.twist: 36.736
ndb struct na base pair step.x displacement: -4.961
ndb struct na base pair step.y displacement: -0.164

A,A,C,C,678,679,1 555,1 555,A,A,G,G,710,709,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 678
ndb struct na base pair step.i label seq id 2: 679
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 710
ndb struct na base pair step.j label seq id 2: 709
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.83
ndb struct na base pair step.helical twist: 29.283
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 679
ndb struct na base pair step.i auth seq id 2: 680
ndb struct na base pair step.inclination: -7.931
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 711
ndb struct na base pair step.j auth seq id 2: 710
ndb struct na base pair step.rise: 2.693
ndb struct na base pair step.roll: -3.992
ndb struct na base pair step.shift: 0.152
ndb struct na base pair step.slide: -1.398
ndb struct na base pair step.step name: NN_C679C680:G710G711_NN
ndb struct na base pair step.step number: 262
ndb struct na base pair step.tilt: -2.745
ndb struct na base pair step.tip: 5.454
ndb struct na base pair step.twist: 28.889
ndb struct na base pair step.x displacement: -2.032
ndb struct na base pair step.y displacement: -0.805

A,A,C,A,679,680,1 555,1 555,A,A,G,U,709,708,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 679
ndb struct na base pair step.i label seq id 2: 680
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 709
ndb struct na base pair step.j label seq id 2: 708
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 0.149
ndb struct na base pair step.helical twist: 26.406
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 680
ndb struct na base pair step.i auth seq id 2: 681
ndb struct na base pair step.inclination: 48.462
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 710
ndb struct na base pair step.j auth seq id 2: 709
ndb struct na base pair step.rise: 3.387
ndb struct na base pair step.roll: 19.221
ndb struct na base pair step.shift: -0.428
ndb struct na base pair step.slide: -2.472
ndb struct na base pair step.step name: NN_C680A681:U709G710_NN
ndb struct na base pair step.step number: 263
ndb struct na base pair step.tilt: 8.504
ndb struct na base pair step.tip: -21.441
ndb struct na base pair step.twist: 16.075
ndb struct na base pair step.x displacement: -8.884
ndb struct na base pair step.y displacement: 2.472

A,A,A,G,680,681,1 555,1 555,A,A,U,C,708,707,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 680
ndb struct na base pair step.i label seq id 2: 681
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 708
ndb struct na base pair step.j label seq id 2: 707
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.576
ndb struct na base pair step.helical twist: 27.855
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 681
ndb struct na base pair step.i auth seq id 2: 682
ndb struct na base pair step.inclination: 18.413
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 709
ndb struct na base pair step.j auth seq id 2: 708
ndb struct na base pair step.rise: 3.064
ndb struct na base pair step.roll: 8.682
ndb struct na base pair step.shift: -0.164
ndb struct na base pair step.slide: -1.065
ndb struct na base pair step.step name: NN_A681G682:C708U709_NN
ndb struct na base pair step.step number: 264
ndb struct na base pair step.tilt: -4.522
ndb struct na base pair step.tip: 9.591
ndb struct na base pair step.twist: 26.11
ndb struct na base pair step.x displacement: -4.062
ndb struct na base pair step.y displacement: -0.622

A,A,G,G,681,682,1 555,1 555,A,A,C,U,707,706,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 681
ndb struct na base pair step.i label seq id 2: 682
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 707
ndb struct na base pair step.j label seq id 2: 706
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.298
ndb struct na base pair step.helical twist: 38.671
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 682
ndb struct na base pair step.i auth seq id 2: 683
ndb struct na base pair step.inclination: 22.531
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 708
ndb struct na base pair step.j auth seq id 2: 707
ndb struct na base pair step.rise: 2.933
ndb struct na base pair step.roll: 14.514
ndb struct na base pair step.shift: -0.256
ndb struct na base pair step.slide: -1.199
ndb struct na base pair step.step name: NN_G682G683:U707C708_NN
ndb struct na base pair step.step number: 265
ndb struct na base pair step.tilt: -6.261
ndb struct na base pair step.tip: 9.72
ndb struct na base pair step.twist: 35.406
ndb struct na base pair step.x displacement: -3.306
ndb struct na base pair step.y displacement: -0.259

A,A,G,U,682,683,1 555,1 555,A,A,U,A,706,705,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 682
ndb struct na base pair step.i label seq id 2: 683
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 706
ndb struct na base pair step.j label seq id 2: 705
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.304
ndb struct na base pair step.helical twist: 50.308
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 683
ndb struct na base pair step.i auth seq id 2: 684
ndb struct na base pair step.inclination: 11.822
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 707
ndb struct na base pair step.j auth seq id 2: 706
ndb struct na base pair step.rise: 3.371
ndb struct na base pair step.roll: 9.968
ndb struct na base pair step.shift: -0.782
ndb struct na base pair step.slide: -0.415
ndb struct na base pair step.step name: NN_G683U684:A706U707_NN
ndb struct na base pair step.step number: 266
ndb struct na base pair step.tilt: -6.38
ndb struct na base pair step.tip: 7.567
ndb struct na base pair step.twist: 48.985
ndb struct na base pair step.x displacement: -1.227
ndb struct na base pair step.y displacement: 0.448

A,A,U,G,683,684,1 555,1 555,A,A,A,G,705,704,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 683
ndb struct na base pair step.i label seq id 2: 684
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 705
ndb struct na base pair step.j label seq id 2: 704
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.564
ndb struct na base pair step.helical twist: 64.259
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 684
ndb struct na base pair step.i auth seq id 2: 685
ndb struct na base pair step.inclination: 10.918
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 706
ndb struct na base pair step.j auth seq id 2: 705
ndb struct na base pair step.rise: 3.986
ndb struct na base pair step.roll: 11.46
ndb struct na base pair step.shift: -0.214
ndb struct na base pair step.slide: -1.338
ndb struct na base pair step.step name: NN_U684G685:G705A706_NN
ndb struct na base pair step.step number: 267
ndb struct na base pair step.tilt: 16.264
ndb struct na base pair step.tip: -15.495
ndb struct na base pair step.twist: 61.418
ndb struct na base pair step.x displacement: -1.84
ndb struct na base pair step.y displacement: 1.027

A,A,G,U,684,685,1 555,1 555,A,A,G,A,704,703,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 684
ndb struct na base pair step.i label seq id 2: 685
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 704
ndb struct na base pair step.j label seq id 2: 703
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: -0.129
ndb struct na base pair step.helical twist: 26.834
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 685
ndb struct na base pair step.i auth seq id 2: 686
ndb struct na base pair step.inclination: 33.594
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 705
ndb struct na base pair step.j auth seq id 2: 704
ndb struct na base pair step.rise: 2.823
ndb struct na base pair step.roll: 14.33
ndb struct na base pair step.shift: -3.694
ndb struct na base pair step.slide: -1.659
ndb struct na base pair step.step name: NN_G685U686:A704G705_NN
ndb struct na base pair step.step number: 268
ndb struct na base pair step.tilt: 10.258
ndb struct na base pair step.tip: -24.048
ndb struct na base pair step.twist: 20.317
ndb struct na base pair step.x displacement: -5.319
ndb struct na base pair step.y displacement: 9.208

A,A,U,A,685,686,1 555,1 555,A,A,A,G,703,702,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 685
ndb struct na base pair step.i label seq id 2: 686
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 703
ndb struct na base pair step.j label seq id 2: 702
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 0.117
ndb struct na base pair step.helical twist: -39.472
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 686
ndb struct na base pair step.i auth seq id 2: 687
ndb struct na base pair step.inclination: 52.232
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 704
ndb struct na base pair step.j auth seq id 2: 703
ndb struct na base pair step.rise: 3.402
ndb struct na base pair step.roll: -28.986
ndb struct na base pair step.shift: 4.778
ndb struct na base pair step.slide: 1.217
ndb struct na base pair step.step name: NN_U686A687:G703A704_NN
ndb struct na base pair step.step number: 269
ndb struct na base pair step.tilt: 19.799
ndb struct na base pair step.tip: 35.677
ndb struct na base pair step.twist: -18.343
ndb struct na base pair step.x displacement: 0.774
ndb struct na base pair step.y displacement: 8.834

A,A,G,A,600,601,1 555,1 555,A,A,C,U,636,635,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 600
ndb struct na base pair step.i label seq id 2: 601
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 636
ndb struct na base pair step.j label seq id 2: 635
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.149
ndb struct na base pair step.helical twist: 33.104
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 601
ndb struct na base pair step.i auth seq id 2: 602
ndb struct na base pair step.inclination: 14.31
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 637
ndb struct na base pair step.j auth seq id 2: 636
ndb struct na base pair step.rise: 2.932
ndb struct na base pair step.roll: 8.065
ndb struct na base pair step.shift: 1.276
ndb struct na base pair step.slide: -2.43
ndb struct na base pair step.step name: NN_G601A602:U636C637_NN
ndb struct na base pair step.step number: 270
ndb struct na base pair step.tilt: -2.967
ndb struct na base pair step.tip: 5.264
ndb struct na base pair step.twist: 32
ndb struct na base pair step.x displacement: -5.341
ndb struct na base pair step.y displacement: -2.635

A,A,A,U,601,602,1 555,1 555,A,A,U,A,635,634,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 601
ndb struct na base pair step.i label seq id 2: 602
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 635
ndb struct na base pair step.j label seq id 2: 634
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.265
ndb struct na base pair step.helical twist: 28.947
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 602
ndb struct na base pair step.i auth seq id 2: 603
ndb struct na base pair step.inclination: -1.443
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 636
ndb struct na base pair step.j auth seq id 2: 635
ndb struct na base pair step.rise: 2.401
ndb struct na base pair step.roll: -0.716
ndb struct na base pair step.shift: -0.486
ndb struct na base pair step.slide: -0.906
ndb struct na base pair step.step name: NN_A602U603:A635U636_NN
ndb struct na base pair step.step number: 271
ndb struct na base pair step.tilt: 6.236
ndb struct na base pair step.tip: -12.571
ndb struct na base pair step.twist: 28.272
ndb struct na base pair step.x displacement: -1.697
ndb struct na base pair step.y displacement: 1.969

A,A,U,G,602,603,1 555,1 555,A,A,A,C,634,633,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 602
ndb struct na base pair step.i label seq id 2: 603
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 634
ndb struct na base pair step.j label seq id 2: 633
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.298
ndb struct na base pair step.helical twist: 42.528
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 603
ndb struct na base pair step.i auth seq id 2: 604
ndb struct na base pair step.inclination: 32.039
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 635
ndb struct na base pair step.j auth seq id 2: 634
ndb struct na base pair step.rise: 3.153
ndb struct na base pair step.roll: 22.141
ndb struct na base pair step.shift: -1.411
ndb struct na base pair step.slide: -1.097
ndb struct na base pair step.step name: NN_U603G604:C634A635_NN
ndb struct na base pair step.step number: 272
ndb struct na base pair step.tilt: -4.511
ndb struct na base pair step.tip: 6.527
ndb struct na base pair step.twist: 36.267
ndb struct na base pair step.x displacement: -3.547
ndb struct na base pair step.y displacement: 1.53

A,A,G,U,603,604,1 555,1 555,A,A,C,G,633,632,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 603
ndb struct na base pair step.i label seq id 2: 604
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 633
ndb struct na base pair step.j label seq id 2: 632
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.705
ndb struct na base pair step.helical twist: 48.147
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 604
ndb struct na base pair step.i auth seq id 2: 605
ndb struct na base pair step.inclination: 8.456
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 634
ndb struct na base pair step.j auth seq id 2: 633
ndb struct na base pair step.rise: 2.959
ndb struct na base pair step.roll: 6.838
ndb struct na base pair step.shift: -0.335
ndb struct na base pair step.slide: -0.861
ndb struct na base pair step.step name: NN_G604U605:G633C634_NN
ndb struct na base pair step.step number: 273
ndb struct na base pair step.tilt: 9.358
ndb struct na base pair step.tip: -11.572
ndb struct na base pair step.twist: 46.812
ndb struct na base pair step.x displacement: -1.527
ndb struct na base pair step.y displacement: 1.056

A,A,A,C,608,610,1 555,1 555,A,A,A,A,629,628,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 608
ndb struct na base pair step.i label seq id 2: 610
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 629
ndb struct na base pair step.j label seq id 2: 628
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 4.491
ndb struct na base pair step.helical twist: 168.439
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 609
ndb struct na base pair step.i auth seq id 2: 611
ndb struct na base pair step.inclination: -7.637
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 630
ndb struct na base pair step.j auth seq id 2: 629
ndb struct na base pair step.rise: 4.381
ndb struct na base pair step.roll: -15.013
ndb struct na base pair step.shift: 1.639
ndb struct na base pair step.slide: 3.787
ndb struct na base pair step.step name: NN_A609C611:A629A630_NN
ndb struct na base pair step.step number: 274
ndb struct na base pair step.tilt: 153.277
ndb struct na base pair step.tip: -77.969
ndb struct na base pair step.twist: 126.779
ndb struct na base pair step.x displacement: 2.004
ndb struct na base pair step.y displacement: 0.201

A,A,C,C,610,611,1 555,1 555,A,A,A,G,628,627,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 610
ndb struct na base pair step.i label seq id 2: 611
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 628
ndb struct na base pair step.j label seq id 2: 627
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: -0.494
ndb struct na base pair step.helical twist: 179.057
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 611
ndb struct na base pair step.i auth seq id 2: 612
ndb struct na base pair step.inclination: -70.409
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 629
ndb struct na base pair step.j auth seq id 2: 628
ndb struct na base pair step.rise: -0.569
ndb struct na base pair step.roll: -140.79
ndb struct na base pair step.shift: -2.274
ndb struct na base pair step.slide: -2.701
ndb struct na base pair step.step name: NN_C611C612:G628A629_NN
ndb struct na base pair step.step number: 275
ndb struct na base pair step.tilt: 88.157
ndb struct na base pair step.tip: -44.087
ndb struct na base pair step.twist: 172.192
ndb struct na base pair step.x displacement: -1.366
ndb struct na base pair step.y displacement: 1.127

A,A,C,C,611,612,1 555,1 555,A,A,G,G,627,626,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 611
ndb struct na base pair step.i label seq id 2: 612
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 627
ndb struct na base pair step.j label seq id 2: 626
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.808
ndb struct na base pair step.helical twist: 48.135
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 612
ndb struct na base pair step.i auth seq id 2: 613
ndb struct na base pair step.inclination: 24.807
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 628
ndb struct na base pair step.j auth seq id 2: 627
ndb struct na base pair step.rise: 3.594
ndb struct na base pair step.roll: 19.663
ndb struct na base pair step.shift: -0.163
ndb struct na base pair step.slide: -1.285
ndb struct na base pair step.step name: NN_C612C613:G627G628_NN
ndb struct na base pair step.step number: 276
ndb struct na base pair step.tilt: -5.42
ndb struct na base pair step.tip: 6.838
ndb struct na base pair step.twist: 43.834
ndb struct na base pair step.x displacement: -3.167
ndb struct na base pair step.y displacement: -0.239

A,A,C,C,612,613,1 555,1 555,A,A,G,G,626,625,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 612
ndb struct na base pair step.i label seq id 2: 613
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 626
ndb struct na base pair step.j label seq id 2: 625
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.947
ndb struct na base pair step.helical twist: 33.188
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 613
ndb struct na base pair step.i auth seq id 2: 614
ndb struct na base pair step.inclination: -2.754
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 627
ndb struct na base pair step.j auth seq id 2: 626
ndb struct na base pair step.rise: 2.842
ndb struct na base pair step.roll: -1.57
ndb struct na base pair step.shift: 0.822
ndb struct na base pair step.slide: -0.95
ndb struct na base pair step.step name: NN_C613C614:G626G627_NN
ndb struct na base pair step.step number: 277
ndb struct na base pair step.tilt: 3.19
ndb struct na base pair step.tip: -5.595
ndb struct na base pair step.twist: 33.002
ndb struct na base pair step.x displacement: -1.429
ndb struct na base pair step.y displacement: -0.964

A,A,C,G,613,614,1 555,1 555,A,A,G,U,625,624,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 613
ndb struct na base pair step.i label seq id 2: 614
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 625
ndb struct na base pair step.j label seq id 2: 624
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.67
ndb struct na base pair step.helical twist: 18.751
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 614
ndb struct na base pair step.i auth seq id 2: 615
ndb struct na base pair step.inclination: -2.884
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 626
ndb struct na base pair step.j auth seq id 2: 625
ndb struct na base pair step.rise: 2.581
ndb struct na base pair step.roll: -0.939
ndb struct na base pair step.shift: 0.908
ndb struct na base pair step.slide: -1.714
ndb struct na base pair step.step name: NN_C614G615:U625G626_NN
ndb struct na base pair step.step number: 278
ndb struct na base pair step.tilt: 0.141
ndb struct na base pair step.tip: -0.434
ndb struct na base pair step.twist: 18.727
ndb struct na base pair step.x displacement: -4.86
ndb struct na base pair step.y displacement: -2.725

A,A,G,G,614,615,1 555,1 555,A,A,U,C,624,623,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 614
ndb struct na base pair step.i label seq id 2: 615
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 624
ndb struct na base pair step.j label seq id 2: 623
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.031
ndb struct na base pair step.helical twist: 32.456
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 615
ndb struct na base pair step.i auth seq id 2: 616
ndb struct na base pair step.inclination: 7.639
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 625
ndb struct na base pair step.j auth seq id 2: 624
ndb struct na base pair step.rise: 3.314
ndb struct na base pair step.roll: 4.255
ndb struct na base pair step.shift: -0.412
ndb struct na base pair step.slide: -1.74
ndb struct na base pair step.step name: NN_G615G616:C624U625_NN
ndb struct na base pair step.step number: 279
ndb struct na base pair step.tilt: 2.177
ndb struct na base pair step.tip: -3.909
ndb struct na base pair step.twist: 32.112
ndb struct na base pair step.x displacement: -3.841
ndb struct na base pair step.y displacement: 1.109

A,A,G,G,615,616,1 555,1 555,A,A,C,C,623,622,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 615
ndb struct na base pair step.i label seq id 2: 616
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 623
ndb struct na base pair step.j label seq id 2: 622
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.305
ndb struct na base pair step.helical twist: 41.634
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 616
ndb struct na base pair step.i auth seq id 2: 617
ndb struct na base pair step.inclination: 21.928
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 624
ndb struct na base pair step.j auth seq id 2: 623
ndb struct na base pair step.rise: 4.407
ndb struct na base pair step.roll: 15.253
ndb struct na base pair step.shift: -0.338
ndb struct na base pair step.slide: -2.323
ndb struct na base pair step.step name: NN_G616G617:C623C624_NN
ndb struct na base pair step.step number: 280
ndb struct na base pair step.tilt: 0.213
ndb struct na base pair step.tip: -0.306
ndb struct na base pair step.twist: 38.855
ndb struct na base pair step.x displacement: -5.242
ndb struct na base pair step.y displacement: 0.502

A,A,G,C,616,617,1 555,1 555,A,A,C,A,622,621,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 616
ndb struct na base pair step.i label seq id 2: 617
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 622
ndb struct na base pair step.j label seq id 2: 621
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.414
ndb struct na base pair step.helical twist: 53.193
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 617
ndb struct na base pair step.i auth seq id 2: 618
ndb struct na base pair step.inclination: 6.744
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 623
ndb struct na base pair step.j auth seq id 2: 622
ndb struct na base pair step.rise: 3.183
ndb struct na base pair step.roll: 6.002
ndb struct na base pair step.shift: -3.638
ndb struct na base pair step.slide: -2.741
ndb struct na base pair step.step name: NN_G617C618:A622C623_NN
ndb struct na base pair step.step number: 281
ndb struct na base pair step.tilt: -9.062
ndb struct na base pair step.tip: 10.182
ndb struct na base pair step.twist: 52.15
ndb struct na base pair step.x displacement: -3.451
ndb struct na base pair step.y displacement: 3.474

A,A,G,C,687,688,1 555,1 555,A,A,C,G,698,697,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 687
ndb struct na base pair step.i label seq id 2: 688
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 698
ndb struct na base pair step.j label seq id 2: 697
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.559
ndb struct na base pair step.helical twist: 41.464
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 688
ndb struct na base pair step.i auth seq id 2: 689
ndb struct na base pair step.inclination: -6.323
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 699
ndb struct na base pair step.j auth seq id 2: 698
ndb struct na base pair step.rise: 3.395
ndb struct na base pair step.roll: -4.469
ndb struct na base pair step.shift: -0.7
ndb struct na base pair step.slide: -1.619
ndb struct na base pair step.step name: NN_G688C689:G698C699_NN
ndb struct na base pair step.step number: 282
ndb struct na base pair step.tilt: -0.997
ndb struct na base pair step.tip: 1.41
ndb struct na base pair step.twist: 41.222
ndb struct na base pair step.x displacement: -1.778
ndb struct na base pair step.y displacement: 0.875

A,A,C,G,688,689,1 555,1 555,A,A,G,U,697,696,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 688
ndb struct na base pair step.i label seq id 2: 689
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 697
ndb struct na base pair step.j label seq id 2: 696
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.45
ndb struct na base pair step.helical twist: 62.946
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 689
ndb struct na base pair step.i auth seq id 2: 690
ndb struct na base pair step.inclination: 3.793
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 698
ndb struct na base pair step.j auth seq id 2: 697
ndb struct na base pair step.rise: 3.737
ndb struct na base pair step.roll: 3.949
ndb struct na base pair step.shift: -0.975
ndb struct na base pair step.slide: -2.303
ndb struct na base pair step.step name: NN_C689G690:U697G698_NN
ndb struct na base pair step.step number: 283
ndb struct na base pair step.tilt: 8.749
ndb struct na base pair step.tip: -8.405
ndb struct na base pair step.twist: 62.284
ndb struct na base pair step.x displacement: -2.4
ndb struct na base pair step.y displacement: 1.366

A,A,G,G,689,690,1 555,1 555,A,A,U,A,696,695,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 689
ndb struct na base pair step.i label seq id 2: 690
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 696
ndb struct na base pair step.j label seq id 2: 695
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.658
ndb struct na base pair step.helical twist: 31.929
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 690
ndb struct na base pair step.i auth seq id 2: 691
ndb struct na base pair step.inclination: 22.087
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 697
ndb struct na base pair step.j auth seq id 2: 696
ndb struct na base pair step.rise: 3.409
ndb struct na base pair step.roll: 11.821
ndb struct na base pair step.shift: 1.525
ndb struct na base pair step.slide: -1.969
ndb struct na base pair step.step name: NN_G690G691:A696U697_NN
ndb struct na base pair step.step number: 284
ndb struct na base pair step.tilt: 5.102
ndb struct na base pair step.tip: -9.533
ndb struct na base pair step.twist: 29.28
ndb struct na base pair step.x displacement: -5.661
ndb struct na base pair step.y displacement: -1.873

A,A,G,G,721,723,1 555,1 555,A,A,G,A,732,664,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 721
ndb struct na base pair step.i label seq id 2: 723
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 732
ndb struct na base pair step.j label seq id 2: 664
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 1.409
ndb struct na base pair step.helical twist: -174.99
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 722
ndb struct na base pair step.i auth seq id 2: 724
ndb struct na base pair step.inclination: -55.023
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 733
ndb struct na base pair step.j auth seq id 2: 665
ndb struct na base pair step.rise: -1.731
ndb struct na base pair step.roll: 108.199
ndb struct na base pair step.shift: -0.112
ndb struct na base pair step.slide: -3.964
ndb struct na base pair step.step name: NN_G722G724:A665G733_NN
ndb struct na base pair step.step number: 285
ndb struct na base pair step.tilt: 136.645
ndb struct na base pair step.tip: 69.489
ndb struct na base pair step.twist: -57.131
ndb struct na base pair step.x displacement: 2.043
ndb struct na base pair step.y displacement: -0.131

A,A,G,G,723,724,1 555,1 555,A,A,A,C,664,731,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 723
ndb struct na base pair step.i label seq id 2: 724
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 664
ndb struct na base pair step.j label seq id 2: 731
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.32
ndb struct na base pair step.helical twist: -14.2
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 724
ndb struct na base pair step.i auth seq id 2: 725
ndb struct na base pair step.inclination: -41.231
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 665
ndb struct na base pair step.j auth seq id 2: 732
ndb struct na base pair step.rise: 3.24
ndb struct na base pair step.roll: 9.205
ndb struct na base pair step.shift: -0.269
ndb struct na base pair step.slide: 0.103
ndb struct na base pair step.step name: NN_G724G725:C732A665_NN
ndb struct na base pair step.step number: 286
ndb struct na base pair step.tilt: 3.802
ndb struct na base pair step.tip: 17.028
ndb struct na base pair step.twist: -10.135
ndb struct na base pair step.x displacement: -8.898
ndb struct na base pair step.y displacement: 2.415

A,A,G,C,724,725,1 555,1 555,A,A,C,G,731,730,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 724
ndb struct na base pair step.i label seq id 2: 725
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 731
ndb struct na base pair step.j label seq id 2: 730
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.657
ndb struct na base pair step.helical twist: 37.167
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 725
ndb struct na base pair step.i auth seq id 2: 726
ndb struct na base pair step.inclination: -2.527
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 732
ndb struct na base pair step.j auth seq id 2: 731
ndb struct na base pair step.rise: 3.392
ndb struct na base pair step.roll: -1.594
ndb struct na base pair step.shift: -1.075
ndb struct na base pair step.slide: -2.621
ndb struct na base pair step.step name: NN_G725C726:G731C732_NN
ndb struct na base pair step.step number: 287
ndb struct na base pair step.tilt: -9.291
ndb struct na base pair step.tip: 14.727
ndb struct na base pair step.twist: 35.992
ndb struct na base pair step.x displacement: -3.879
ndb struct na base pair step.y displacement: 0.33

A,A,C,G,725,726,1 555,1 555,A,A,G,G,730,729,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 725
ndb struct na base pair step.i label seq id 2: 726
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 730
ndb struct na base pair step.j label seq id 2: 729
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 4.26
ndb struct na base pair step.helical twist: 48.045
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 726
ndb struct na base pair step.i auth seq id 2: 727
ndb struct na base pair step.inclination: -9.979
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 731
ndb struct na base pair step.j auth seq id 2: 730
ndb struct na base pair step.rise: 2.826
ndb struct na base pair step.roll: -8.024
ndb struct na base pair step.shift: -5.235
ndb struct na base pair step.slide: -2.454
ndb struct na base pair step.step name: NN_C726G727:G730G731_NN
ndb struct na base pair step.step number: 288
ndb struct na base pair step.tilt: -11.185
ndb struct na base pair step.tip: 13.911
ndb struct na base pair step.twist: 46.143
ndb struct na base pair step.x displacement: -2.314
ndb struct na base pair step.y displacement: 5.454

A,A,G,U,760,761,1 555,1 555,A,A,C,A,579,578,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 760
ndb struct na base pair step.i label seq id 2: 761
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 579
ndb struct na base pair step.j label seq id 2: 578
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.004
ndb struct na base pair step.helical twist: 35.528
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 761
ndb struct na base pair step.i auth seq id 2: 762
ndb struct na base pair step.inclination: 5.041
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 580
ndb struct na base pair step.j auth seq id 2: 579
ndb struct na base pair step.rise: 3.114
ndb struct na base pair step.roll: 3.073
ndb struct na base pair step.shift: 0.221
ndb struct na base pair step.slide: -1.204
ndb struct na base pair step.step name: NN_G761U762:A579C580_NN
ndb struct na base pair step.step number: 289
ndb struct na base pair step.tilt: 0.376
ndb struct na base pair step.tip: -0.616
ndb struct na base pair step.twist: 35.397
ndb struct na base pair step.x displacement: -2.394
ndb struct na base pair step.y displacement: -0.311

A,A,U,G,761,762,1 555,1 555,A,A,A,C,578,577,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 761
ndb struct na base pair step.i label seq id 2: 762
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 578
ndb struct na base pair step.j label seq id 2: 577
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.135
ndb struct na base pair step.helical twist: 24.15
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 762
ndb struct na base pair step.i auth seq id 2: 763
ndb struct na base pair step.inclination: 9.358
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 579
ndb struct na base pair step.j auth seq id 2: 578
ndb struct na base pair step.rise: 3.676
ndb struct na base pair step.roll: 3.838
ndb struct na base pair step.shift: -0.15
ndb struct na base pair step.slide: -2.364
ndb struct na base pair step.step name: NN_U762G763:C578A579_NN
ndb struct na base pair step.step number: 290
ndb struct na base pair step.tilt: -7.319
ndb struct na base pair step.tip: 17.845
ndb struct na base pair step.twist: 22.711
ndb struct na base pair step.x displacement: -6.965
ndb struct na base pair step.y displacement: -2.149

A,A,G,C,762,763,1 555,1 555,A,A,C,G,577,576,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 762
ndb struct na base pair step.i label seq id 2: 763
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 577
ndb struct na base pair step.j label seq id 2: 576
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.991
ndb struct na base pair step.helical twist: 38.839
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 763
ndb struct na base pair step.i auth seq id 2: 764
ndb struct na base pair step.inclination: -0.027
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 578
ndb struct na base pair step.j auth seq id 2: 577
ndb struct na base pair step.rise: 3.026
ndb struct na base pair step.roll: -0.018
ndb struct na base pair step.shift: 0.407
ndb struct na base pair step.slide: -1.428
ndb struct na base pair step.step name: NN_G763C764:G577C578_NN
ndb struct na base pair step.step number: 291
ndb struct na base pair step.tilt: -2.83
ndb struct na base pair step.tip: 4.259
ndb struct na base pair step.twist: 38.74
ndb struct na base pair step.x displacement: -2.146
ndb struct na base pair step.y displacement: -0.93

A,A,C,G,763,764,1 555,1 555,A,A,G,A,576,815,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 763
ndb struct na base pair step.i label seq id 2: 764
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 576
ndb struct na base pair step.j label seq id 2: 815
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.625
ndb struct na base pair step.helical twist: 15.799
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 764
ndb struct na base pair step.i auth seq id 2: 765
ndb struct na base pair step.inclination: 7.514
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 577
ndb struct na base pair step.j auth seq id 2: 816
ndb struct na base pair step.rise: 3.412
ndb struct na base pair step.roll: 2.012
ndb struct na base pair step.shift: 2.072
ndb struct na base pair step.slide: -2.177
ndb struct na base pair step.step name: NN_C764G765:A816G577_NN
ndb struct na base pair step.step number: 292
ndb struct na base pair step.tilt: 5.759
ndb struct na base pair step.tip: -21.501
ndb struct na base pair step.twist: 14.581
ndb struct na base pair step.x displacement: -9.607
ndb struct na base pair step.y displacement: -2.712

A,A,G,C,768,769,1 555,1 555,A,A,C,G,809,808,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 768
ndb struct na base pair step.i label seq id 2: 769
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 809
ndb struct na base pair step.j label seq id 2: 808
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.229
ndb struct na base pair step.helical twist: 48.454
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 769
ndb struct na base pair step.i auth seq id 2: 770
ndb struct na base pair step.inclination: 15.409
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 810
ndb struct na base pair step.j auth seq id 2: 809
ndb struct na base pair step.rise: 3.646
ndb struct na base pair step.roll: 12.519
ndb struct na base pair step.shift: -0.157
ndb struct na base pair step.slide: -1.265
ndb struct na base pair step.step name: NN_G769C770:G809C810_NN
ndb struct na base pair step.step number: 293
ndb struct na base pair step.tilt: -0.724
ndb struct na base pair step.tip: 0.891
ndb struct na base pair step.twist: 46.898
ndb struct na base pair step.x displacement: -2.578
ndb struct na base pair step.y displacement: 0.131

A,A,C,G,769,770,1 555,1 555,A,A,G,C,808,807,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 769
ndb struct na base pair step.i label seq id 2: 770
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 808
ndb struct na base pair step.j label seq id 2: 807
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 0.939
ndb struct na base pair step.helical twist: 23.213
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 770
ndb struct na base pair step.i auth seq id 2: 771
ndb struct na base pair step.inclination: 35.815
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 809
ndb struct na base pair step.j auth seq id 2: 808
ndb struct na base pair step.rise: 2.207
ndb struct na base pair step.roll: 13.522
ndb struct na base pair step.shift: -0.459
ndb struct na base pair step.slide: -1.489
ndb struct na base pair step.step name: NN_C770G771:C808G809_NN
ndb struct na base pair step.step number: 294
ndb struct na base pair step.tilt: 0.142
ndb struct na base pair step.tip: -0.376
ndb struct na base pair step.twist: 18.912
ndb struct na base pair step.x displacement: -6.185
ndb struct na base pair step.y displacement: 1.167

A,A,G,U,770,771,1 555,1 555,A,A,C,A,807,806,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 770
ndb struct na base pair step.i label seq id 2: 771
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 807
ndb struct na base pair step.j label seq id 2: 806
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.706
ndb struct na base pair step.helical twist: 33.013
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 771
ndb struct na base pair step.i auth seq id 2: 772
ndb struct na base pair step.inclination: 1.469
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 808
ndb struct na base pair step.j auth seq id 2: 807
ndb struct na base pair step.rise: 2.789
ndb struct na base pair step.roll: 0.834
ndb struct na base pair step.shift: 0.665
ndb struct na base pair step.slide: -0.797
ndb struct na base pair step.step name: NN_G771U772:A807C808_NN
ndb struct na base pair step.step number: 295
ndb struct na base pair step.tilt: -2.721
ndb struct na base pair step.tip: 4.793
ndb struct na base pair step.twist: 32.894
ndb struct na base pair step.x displacement: -1.522
ndb struct na base pair step.y displacement: -1.559

A,A,U,G,771,772,1 555,1 555,A,A,A,C,806,805,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 771
ndb struct na base pair step.i label seq id 2: 772
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 806
ndb struct na base pair step.j label seq id 2: 805
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 0.54
ndb struct na base pair step.helical twist: 30.319
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 772
ndb struct na base pair step.i auth seq id 2: 773
ndb struct na base pair step.inclination: 46.985
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 807
ndb struct na base pair step.j auth seq id 2: 806
ndb struct na base pair step.rise: 2.215
ndb struct na base pair step.roll: 22.046
ndb struct na base pair step.shift: 0.018
ndb struct na base pair step.slide: -1.391
ndb struct na base pair step.step name: NN_U772G773:C806A807_NN
ndb struct na base pair step.step number: 296
ndb struct na base pair step.tilt: -0.101
ndb struct na base pair step.tip: 0.216
ndb struct na base pair step.twist: 20.943
ndb struct na base pair step.x displacement: -4.893
ndb struct na base pair step.y displacement: -0.045

A,A,C,A,778,779,1 555,1 555,A,A,G,A,802,801,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 778
ndb struct na base pair step.i label seq id 2: 779
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 802
ndb struct na base pair step.j label seq id 2: 801
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.113
ndb struct na base pair step.helical twist: 66.972
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 779
ndb struct na base pair step.i auth seq id 2: 780
ndb struct na base pair step.inclination: 18.012
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 803
ndb struct na base pair step.j auth seq id 2: 802
ndb struct na base pair step.rise: 2.919
ndb struct na base pair step.roll: 19.598
ndb struct na base pair step.shift: -2.457
ndb struct na base pair step.slide: 0.097
ndb struct na base pair step.step name: NN_C779A780:A802G803_NN
ndb struct na base pair step.step number: 297
ndb struct na base pair step.tilt: -8.887
ndb struct na base pair step.tip: 8.168
ndb struct na base pair step.twist: 63.806
ndb struct na base pair step.x displacement: -0.643
ndb struct na base pair step.y displacement: 1.896

A,A,A,A,779,781,1 555,1 555,A,A,A,G,801,799,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 779
ndb struct na base pair step.i label seq id 2: 781
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 801
ndb struct na base pair step.j label seq id 2: 799
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 4.289
ndb struct na base pair step.helical twist: 46.37
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 780
ndb struct na base pair step.i auth seq id 2: 782
ndb struct na base pair step.inclination: 20.798
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 802
ndb struct na base pair step.j auth seq id 2: 800
ndb struct na base pair step.rise: 5.645
ndb struct na base pair step.roll: 15.646
ndb struct na base pair step.shift: 0.951
ndb struct na base pair step.slide: -0.728
ndb struct na base pair step.step name: NN_A780A782:G800A802_NN
ndb struct na base pair step.step number: 298
ndb struct na base pair step.tilt: -18.457
ndb struct na base pair step.tip: 24.534
ndb struct na base pair step.twist: 39.858
ndb struct na base pair step.x displacement: -3.113
ndb struct na base pair step.y displacement: -3.789

A,A,A,C,781,782,1 555,1 555,A,A,G,G,799,798,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 781
ndb struct na base pair step.i label seq id 2: 782
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 799
ndb struct na base pair step.j label seq id 2: 798
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.327
ndb struct na base pair step.helical twist: 67.821
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 782
ndb struct na base pair step.i auth seq id 2: 783
ndb struct na base pair step.inclination: 12.231
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 800
ndb struct na base pair step.j auth seq id 2: 799
ndb struct na base pair step.rise: 2.512
ndb struct na base pair step.roll: 13.564
ndb struct na base pair step.shift: 0.572
ndb struct na base pair step.slide: -1.012
ndb struct na base pair step.step name: NN_A782C783:G799G800_NN
ndb struct na base pair step.step number: 299
ndb struct na base pair step.tilt: 5.385
ndb struct na base pair step.tip: -4.856
ndb struct na base pair step.twist: 66.417
ndb struct na base pair step.x displacement: -1.295
ndb struct na base pair step.y displacement: -0.359

A,A,C,A,782,783,1 555,1 555,A,A,G,U,798,797,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 782
ndb struct na base pair step.i label seq id 2: 783
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 798
ndb struct na base pair step.j label seq id 2: 797
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.028
ndb struct na base pair step.helical twist: 26.191
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 783
ndb struct na base pair step.i auth seq id 2: 784
ndb struct na base pair step.inclination: 38.879
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 799
ndb struct na base pair step.j auth seq id 2: 798
ndb struct na base pair step.rise: 4.206
ndb struct na base pair step.roll: 16.338
ndb struct na base pair step.shift: -1.45
ndb struct na base pair step.slide: -2.209
ndb struct na base pair step.step name: NN_C783A784:U798G799_NN
ndb struct na base pair step.step number: 300
ndb struct na base pair step.tilt: -1.71
ndb struct na base pair step.tip: 4.07
ndb struct na base pair step.twist: 20.469
ndb struct na base pair step.x displacement: -9.635
ndb struct na base pair step.y displacement: 2.702

A,A,A,G,783,784,1 555,1 555,A,A,U,C,797,796,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 783
ndb struct na base pair step.i label seq id 2: 784
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 797
ndb struct na base pair step.j label seq id 2: 796
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.844
ndb struct na base pair step.helical twist: 30.922
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 784
ndb struct na base pair step.i auth seq id 2: 785
ndb struct na base pair step.inclination: 6.755
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 798
ndb struct na base pair step.j auth seq id 2: 797
ndb struct na base pair step.rise: 3.746
ndb struct na base pair step.roll: 3.46
ndb struct na base pair step.shift: 0.46
ndb struct na base pair step.slide: -2.309
ndb struct na base pair step.step name: NN_A784G785:C797U798_NN
ndb struct na base pair step.step number: 301
ndb struct na base pair step.tilt: -14.388
ndb struct na base pair step.tip: 28.087
ndb struct na base pair step.twist: 27.227
ndb struct na base pair step.x displacement: -5.052
ndb struct na base pair step.y displacement: -3.859

A,A,G,G,784,785,1 555,1 555,A,A,C,C,796,795,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 784
ndb struct na base pair step.i label seq id 2: 785
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 796
ndb struct na base pair step.j label seq id 2: 795
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.214
ndb struct na base pair step.helical twist: 37.713
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 785
ndb struct na base pair step.i auth seq id 2: 786
ndb struct na base pair step.inclination: 21.383
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 797
ndb struct na base pair step.j auth seq id 2: 796
ndb struct na base pair step.rise: 4.345
ndb struct na base pair step.roll: 13.435
ndb struct na base pair step.shift: -0.167
ndb struct na base pair step.slide: -2.119
ndb struct na base pair step.step name: NN_G785G786:C796C797_NN
ndb struct na base pair step.step number: 302
ndb struct na base pair step.tilt: 7.927
ndb struct na base pair step.tip: -12.616
ndb struct na base pair step.twist: 34.443
ndb struct na base pair step.x displacement: -5.387
ndb struct na base pair step.y displacement: 1.502

A,A,G,A,785,786,1 555,1 555,A,A,C,C,795,794,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 785
ndb struct na base pair step.i label seq id 2: 786
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 795
ndb struct na base pair step.j label seq id 2: 794
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.976
ndb struct na base pair step.helical twist: 63.403
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 786
ndb struct na base pair step.i auth seq id 2: 787
ndb struct na base pair step.inclination: 6.886
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 796
ndb struct na base pair step.j auth seq id 2: 795
ndb struct na base pair step.rise: 2.976
ndb struct na base pair step.roll: 7.224
ndb struct na base pair step.shift: 0.524
ndb struct na base pair step.slide: 0.2
ndb struct na base pair step.step name: NN_G786A787:C795C796_NN
ndb struct na base pair step.step number: 303
ndb struct na base pair step.tilt: -0.629
ndb struct na base pair step.tip: 0.599
ndb struct na base pair step.twist: 63.03
ndb struct na base pair step.x displacement: -0.1
ndb struct na base pair step.y displacement: -0.523

A,A,A,U,786,787,1 555,1 555,A,A,C,A,794,793,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 786
ndb struct na base pair step.i label seq id 2: 787
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 794
ndb struct na base pair step.j label seq id 2: 793
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.887
ndb struct na base pair step.helical twist: 37.563
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 787
ndb struct na base pair step.i auth seq id 2: 788
ndb struct na base pair step.inclination: 3.243
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 795
ndb struct na base pair step.j auth seq id 2: 794
ndb struct na base pair step.rise: 3.73
ndb struct na base pair step.roll: 2.081
ndb struct na base pair step.shift: -5.482
ndb struct na base pair step.slide: -1.277
ndb struct na base pair step.step name: NN_A787U788:A794C795_NN
ndb struct na base pair step.step number: 304
ndb struct na base pair step.tilt: 5.226
ndb struct na base pair step.tip: -8.144
ndb struct na base pair step.twist: 37.155
ndb struct na base pair step.x displacement: -2.259
ndb struct na base pair step.y displacement: 9.206

A,A,U,A,1505,1518,1 555,1 555,A,A,A,G,791,1515,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 1505
ndb struct na base pair step.i label seq id 2: 1518
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 791
ndb struct na base pair step.j label seq id 2: 1515
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: -1.736
ndb struct na base pair step.helical twist: -164.022
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1506
ndb struct na base pair step.i auth seq id 2: 1519
ndb struct na base pair step.inclination: 68.479
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 792
ndb struct na base pair step.j auth seq id 2: 1516
ndb struct na base pair step.rise: -1.137
ndb struct na base pair step.roll: -134.221
ndb struct na base pair step.shift: 6.65
ndb struct na base pair step.slide: -2.044
ndb struct na base pair step.step name: NN_U1506A1519:G1516A792_NN
ndb struct na base pair step.step number: 305
ndb struct na base pair step.tilt: -0.961
ndb struct na base pair step.tip: -0.49
ndb struct na base pair step.twist: -138.127
ndb struct na base pair step.x displacement: 0.784
ndb struct na base pair step.y displacement: 3.36

A,A,A,C,1518,1519,1 555,1 555,A,A,G,G,1515,1514,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 1518
ndb struct na base pair step.i label seq id 2: 1519
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 1515
ndb struct na base pair step.j label seq id 2: 1514
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.537
ndb struct na base pair step.helical twist: 47.142
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1519
ndb struct na base pair step.i auth seq id 2: 1520
ndb struct na base pair step.inclination: -0.152
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1516
ndb struct na base pair step.j auth seq id 2: 1515
ndb struct na base pair step.rise: 2.184
ndb struct na base pair step.roll: -0.122
ndb struct na base pair step.shift: 5.05
ndb struct na base pair step.slide: -3.879
ndb struct na base pair step.step name: NN_A1519C1520:G1515G1516_NN
ndb struct na base pair step.step number: 306
ndb struct na base pair step.tilt: 3.453
ndb struct na base pair step.tip: -4.32
ndb struct na base pair step.twist: 47.023
ndb struct na base pair step.x displacement: -4.843
ndb struct na base pair step.y displacement: -6.11

A,A,G,G,828,829,1 555,1 555,A,A,C,C,856,855,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 828
ndb struct na base pair step.i label seq id 2: 829
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 856
ndb struct na base pair step.j label seq id 2: 855
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.746
ndb struct na base pair step.helical twist: 32.826
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 829
ndb struct na base pair step.i auth seq id 2: 830
ndb struct na base pair step.inclination: 8.704
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 857
ndb struct na base pair step.j auth seq id 2: 856
ndb struct na base pair step.rise: 2.993
ndb struct na base pair step.roll: 4.898
ndb struct na base pair step.shift: -0.012
ndb struct na base pair step.slide: -1.434
ndb struct na base pair step.step name: NN_G829G830:C856C857_NN
ndb struct na base pair step.step number: 307
ndb struct na base pair step.tilt: 2.172
ndb struct na base pair step.tip: -3.86
ndb struct na base pair step.twist: 32.398
ndb struct na base pair step.x displacement: -3.28
ndb struct na base pair step.y displacement: 0.351

A,A,G,A,829,830,1 555,1 555,A,A,C,U,855,854,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 829
ndb struct na base pair step.i label seq id 2: 830
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 855
ndb struct na base pair step.j label seq id 2: 854
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.164
ndb struct na base pair step.helical twist: 35.592
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 830
ndb struct na base pair step.i auth seq id 2: 831
ndb struct na base pair step.inclination: 15.197
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 856
ndb struct na base pair step.j auth seq id 2: 855
ndb struct na base pair step.rise: 2.555
ndb struct na base pair step.roll: 9.191
ndb struct na base pair step.shift: 0.62
ndb struct na base pair step.slide: -1.207
ndb struct na base pair step.step name: NN_G830A831:U855C856_NN
ndb struct na base pair step.step number: 308
ndb struct na base pair step.tilt: -0.41
ndb struct na base pair step.tip: 0.678
ndb struct na base pair step.twist: 34.42
ndb struct na base pair step.x displacement: -2.957
ndb struct na base pair step.y displacement: -1.058

A,A,A,G,830,831,1 555,1 555,A,A,U,U,854,853,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 830
ndb struct na base pair step.i label seq id 2: 831
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 854
ndb struct na base pair step.j label seq id 2: 853
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 0.165
ndb struct na base pair step.helical twist: 16.086
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 831
ndb struct na base pair step.i auth seq id 2: 832
ndb struct na base pair step.inclination: 35.047
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 855
ndb struct na base pair step.j auth seq id 2: 854
ndb struct na base pair step.rise: 2.423
ndb struct na base pair step.roll: 8.64
ndb struct na base pair step.shift: -1.311
ndb struct na base pair step.slide: -3.953
ndb struct na base pair step.step name: NN_A831G832:U854U855_NN
ndb struct na base pair step.step number: 309
ndb struct na base pair step.tilt: -8.682
ndb struct na base pair step.tip: 35.215
ndb struct na base pair step.twist: 10.448
ndb struct na base pair step.x displacement: -17.125
ndb struct na base pair step.y displacement: 1.67

A,A,G,G,831,832,1 555,1 555,A,A,U,C,853,852,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 831
ndb struct na base pair step.i label seq id 2: 832
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 853
ndb struct na base pair step.j label seq id 2: 852
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.745
ndb struct na base pair step.helical twist: 50.443
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 832
ndb struct na base pair step.i auth seq id 2: 833
ndb struct na base pair step.inclination: 31.664
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 854
ndb struct na base pair step.j auth seq id 2: 853
ndb struct na base pair step.rise: 4.89
ndb struct na base pair step.roll: 25.446
ndb struct na base pair step.shift: 1.823
ndb struct na base pair step.slide: -3.787
ndb struct na base pair step.step name: NN_G832G833:C853U854_NN
ndb struct na base pair step.step number: 310
ndb struct na base pair step.tilt: 15.14
ndb struct na base pair step.tip: -18.84
ndb struct na base pair step.twist: 41.307
ndb struct na base pair step.x displacement: -6.807
ndb struct na base pair step.y displacement: -0.733

A,A,G,U,832,833,1 555,1 555,A,A,C,G,852,851,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 832
ndb struct na base pair step.i label seq id 2: 833
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 852
ndb struct na base pair step.j label seq id 2: 851
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.764
ndb struct na base pair step.helical twist: 35.628
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 833
ndb struct na base pair step.i auth seq id 2: 834
ndb struct na base pair step.inclination: 9.145
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 853
ndb struct na base pair step.j auth seq id 2: 852
ndb struct na base pair step.rise: 2.93
ndb struct na base pair step.roll: 5.526
ndb struct na base pair step.shift: -0.818
ndb struct na base pair step.slide: -1.595
ndb struct na base pair step.step name: NN_G833U834:G852C853_NN
ndb struct na base pair step.step number: 311
ndb struct na base pair step.tilt: -8.221
ndb struct na base pair step.tip: 13.605
ndb struct na base pair step.twist: 34.266
ndb struct na base pair step.x displacement: -3.32
ndb struct na base pair step.y displacement: 0.276

A,A,U,U,833,834,1 555,1 555,A,A,G,G,851,850,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 833
ndb struct na base pair step.i label seq id 2: 834
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 851
ndb struct na base pair step.j label seq id 2: 850
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.289
ndb struct na base pair step.helical twist: 35.308
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 834
ndb struct na base pair step.i auth seq id 2: 835
ndb struct na base pair step.inclination: 18.555
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 852
ndb struct na base pair step.j auth seq id 2: 851
ndb struct na base pair step.rise: 2.706
ndb struct na base pair step.roll: 11.053
ndb struct na base pair step.shift: 0.854
ndb struct na base pair step.slide: -1.195
ndb struct na base pair step.step name: NN_U834U835:G851G852_NN
ndb struct na base pair step.step number: 312
ndb struct na base pair step.tilt: 3.911
ndb struct na base pair step.tip: -6.566
ndb struct na base pair step.twist: 33.363
ndb struct na base pair step.x displacement: -3.257
ndb struct na base pair step.y displacement: -0.952

A,A,U,G,834,835,1 555,1 555,A,A,G,U,850,849,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 834
ndb struct na base pair step.i label seq id 2: 835
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 850
ndb struct na base pair step.j label seq id 2: 849
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: -0.283
ndb struct na base pair step.helical twist: 21.047
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 835
ndb struct na base pair step.i auth seq id 2: 836
ndb struct na base pair step.inclination: 49.007
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 851
ndb struct na base pair step.j auth seq id 2: 850
ndb struct na base pair step.rise: 2.12
ndb struct na base pair step.roll: 15.523
ndb struct na base pair step.shift: 0.257
ndb struct na base pair step.slide: -2.043
ndb struct na base pair step.step name: NN_U835G836:U850G851_NN
ndb struct na base pair step.step number: 313
ndb struct na base pair step.tilt: -6.274
ndb struct na base pair step.tip: 19.807
ndb struct na base pair step.twist: 12.799
ndb struct na base pair step.x displacement: -7.886
ndb struct na base pair step.y displacement: -1.632

A,A,G,U,835,836,1 555,1 555,A,A,U,G,849,848,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 835
ndb struct na base pair step.i label seq id 2: 836
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 849
ndb struct na base pair step.j label seq id 2: 848
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.765
ndb struct na base pair step.helical twist: 46.587
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 836
ndb struct na base pair step.i auth seq id 2: 837
ndb struct na base pair step.inclination: -12.907
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 850
ndb struct na base pair step.j auth seq id 2: 849
ndb struct na base pair step.rise: 3.458
ndb struct na base pair step.roll: -10.109
ndb struct na base pair step.shift: -0.415
ndb struct na base pair step.slide: -1.736
ndb struct na base pair step.step name: NN_G836U837:G849U850_NN
ndb struct na base pair step.step number: 314
ndb struct na base pair step.tilt: -6.064
ndb struct na base pair step.tip: 7.742
ndb struct na base pair step.twist: 45.151
ndb struct na base pair step.x displacement: -1.242
ndb struct na base pair step.y displacement: -0.047

A,A,U,G,836,837,1 555,1 555,A,A,G,C,848,847,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 836
ndb struct na base pair step.i label seq id 2: 837
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 848
ndb struct na base pair step.j label seq id 2: 847
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 1.862
ndb struct na base pair step.helical twist: 36.861
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 837
ndb struct na base pair step.i auth seq id 2: 838
ndb struct na base pair step.inclination: 29.753
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 849
ndb struct na base pair step.j auth seq id 2: 848
ndb struct na base pair step.rise: 3.694
ndb struct na base pair step.roll: 18.004
ndb struct na base pair step.shift: -0.562
ndb struct na base pair step.slide: -2.709
ndb struct na base pair step.step name: NN_U837G838:C848G849_NN
ndb struct na base pair step.step number: 315
ndb struct na base pair step.tilt: 4.589
ndb struct na base pair step.tip: -7.583
ndb struct na base pair step.twist: 31.977
ndb struct na base pair step.x displacement: -6.518
ndb struct na base pair step.y displacement: 1.458

A,A,G,C,837,838,1 555,1 555,A,A,C,G,847,846,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 837
ndb struct na base pair step.i label seq id 2: 838
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 847
ndb struct na base pair step.j label seq id 2: 846
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.221
ndb struct na base pair step.helical twist: 37.987
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 838
ndb struct na base pair step.i auth seq id 2: 839
ndb struct na base pair step.inclination: -5.128
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 848
ndb struct na base pair step.j auth seq id 2: 847
ndb struct na base pair step.rise: 3.041
ndb struct na base pair step.roll: -3.333
ndb struct na base pair step.shift: -1.254
ndb struct na base pair step.slide: -1.688
ndb struct na base pair step.step name: NN_G838C839:G847C848_NN
ndb struct na base pair step.step number: 316
ndb struct na base pair step.tilt: -1.611
ndb struct na base pair step.tip: 2.479
ndb struct na base pair step.twist: 37.813
ndb struct na base pair step.x displacement: -2.186
ndb struct na base pair step.y displacement: 1.73

A,A,C,C,838,839,1 555,1 555,A,A,G,G,846,845,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 838
ndb struct na base pair step.i label seq id 2: 839
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 846
ndb struct na base pair step.j label seq id 2: 845
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.424
ndb struct na base pair step.helical twist: 48.117
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 839
ndb struct na base pair step.i auth seq id 2: 840
ndb struct na base pair step.inclination: 14.756
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 847
ndb struct na base pair step.j auth seq id 2: 846
ndb struct na base pair step.rise: 3.984
ndb struct na base pair step.roll: 11.848
ndb struct na base pair step.shift: 0.235
ndb struct na base pair step.slide: -1.433
ndb struct na base pair step.step name: NN_C839C840:G846G847_NN
ndb struct na base pair step.step number: 317
ndb struct na base pair step.tilt: -9.548
ndb struct na base pair step.tip: 11.892
ndb struct na base pair step.twist: 45.784
ndb struct na base pair step.x displacement: -2.84
ndb struct na base pair step.y displacement: -1.161

A,A,G,G,884,885,1 555,1 555,A,A,C,U,911,910,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 884
ndb struct na base pair step.i label seq id 2: 885
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 911
ndb struct na base pair step.j label seq id 2: 910
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 1.067
ndb struct na base pair step.helical twist: 26.063
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 885
ndb struct na base pair step.i auth seq id 2: 886
ndb struct na base pair step.inclination: 20.22
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 912
ndb struct na base pair step.j auth seq id 2: 911
ndb struct na base pair step.rise: 2.306
ndb struct na base pair step.roll: 8.804
ndb struct na base pair step.shift: 1.16
ndb struct na base pair step.slide: -1.997
ndb struct na base pair step.step name: NN_G885G886:U911C912_NN
ndb struct na base pair step.step number: 318
ndb struct na base pair step.tilt: -7.669
ndb struct na base pair step.tip: 17.613
ndb struct na base pair step.twist: 23.341
ndb struct na base pair step.x displacement: -5.741
ndb struct na base pair step.y displacement: -3.717

A,A,G,G,885,886,1 555,1 555,A,A,U,C,910,909,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 885
ndb struct na base pair step.i label seq id 2: 886
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 910
ndb struct na base pair step.j label seq id 2: 909
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.524
ndb struct na base pair step.helical twist: 32.99
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 886
ndb struct na base pair step.i auth seq id 2: 887
ndb struct na base pair step.inclination: 22.805
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 911
ndb struct na base pair step.j auth seq id 2: 910
ndb struct na base pair step.rise: 3.446
ndb struct na base pair step.roll: 12.477
ndb struct na base pair step.shift: 0.112
ndb struct na base pair step.slide: -1.555
ndb struct na base pair step.step name: NN_G886G887:C910U911_NN
ndb struct na base pair step.step number: 319
ndb struct na base pair step.tilt: 8.909
ndb struct na base pair step.tip: -16.283
ndb struct na base pair step.twist: 29.299
ndb struct na base pair step.x displacement: -4.795
ndb struct na base pair step.y displacement: 1.271

A,A,G,G,886,887,1 555,1 555,A,A,C,A,909,908,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 886
ndb struct na base pair step.i label seq id 2: 887
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 909
ndb struct na base pair step.j label seq id 2: 908
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.869
ndb struct na base pair step.helical twist: 66.033
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 887
ndb struct na base pair step.i auth seq id 2: 888
ndb struct na base pair step.inclination: 14.529
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 910
ndb struct na base pair step.j auth seq id 2: 909
ndb struct na base pair step.rise: 3.177
ndb struct na base pair step.roll: 15.712
ndb struct na base pair step.shift: -1.003
ndb struct na base pair step.slide: -1.059
ndb struct na base pair step.step name: NN_G887G888:A909C910_NN
ndb struct na base pair step.step number: 320
ndb struct na base pair step.tilt: 0.798
ndb struct na base pair step.tip: -0.738
ndb struct na base pair step.twist: 64.338
ndb struct na base pair step.x displacement: -1.567
ndb struct na base pair step.y displacement: 0.95

A,A,G,U,887,890,1 555,1 555,A,A,A,A,908,906,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 887
ndb struct na base pair step.i label seq id 2: 890
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 908
ndb struct na base pair step.j label seq id 2: 906
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 5.695
ndb struct na base pair step.helical twist: 32.095
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 888
ndb struct na base pair step.i auth seq id 2: 891
ndb struct na base pair step.inclination: -24.354
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 909
ndb struct na base pair step.j auth seq id 2: 907
ndb struct na base pair step.rise: 7.282
ndb struct na base pair step.roll: -12.591
ndb struct na base pair step.shift: 0.363
ndb struct na base pair step.slide: 0.04
ndb struct na base pair step.step name: NN_G888U891:A907A909_NN
ndb struct na base pair step.step number: 321
ndb struct na base pair step.tilt: -14.636
ndb struct na base pair step.tip: 28.31
ndb struct na base pair step.twist: 25.762
ndb struct na base pair step.x displacement: 5.083
ndb struct na base pair step.y displacement: -6.48

A,A,U,C,890,892,1 555,1 555,A,A,A,U,906,243,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 890
ndb struct na base pair step.i label seq id 2: 892
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 906
ndb struct na base pair step.j label seq id 2: 243
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: -0.414
ndb struct na base pair step.helical twist: 30.073
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 891
ndb struct na base pair step.i auth seq id 2: 893
ndb struct na base pair step.inclination: 50.342
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 907
ndb struct na base pair step.j auth seq id 2: 244
ndb struct na base pair step.rise: 4.645
ndb struct na base pair step.roll: 22.976
ndb struct na base pair step.shift: -1.601
ndb struct na base pair step.slide: -4.737
ndb struct na base pair step.step name: NN_U891C893:U244A907_NN
ndb struct na base pair step.step number: 322
ndb struct na base pair step.tilt: -3.414
ndb struct na base pair step.tip: 7.48
ndb struct na base pair step.twist: 19.234
ndb struct na base pair step.x displacement: -12.883
ndb struct na base pair step.y displacement: 2.528

A,A,C,G,892,893,1 555,1 555,A,A,U,U,243,904,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 892
ndb struct na base pair step.i label seq id 2: 893
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 243
ndb struct na base pair step.j label seq id 2: 904
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 4.513
ndb struct na base pair step.helical twist: 53.447
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 893
ndb struct na base pair step.i auth seq id 2: 894
ndb struct na base pair step.inclination: -11.589
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 244
ndb struct na base pair step.j auth seq id 2: 905
ndb struct na base pair step.rise: 4.335
ndb struct na base pair step.roll: -10.362
ndb struct na base pair step.shift: 4.334
ndb struct na base pair step.slide: -0.324
ndb struct na base pair step.step name: NN_C893G894:U905U244_NN
ndb struct na base pair step.step number: 323
ndb struct na base pair step.tilt: 2.589
ndb struct na base pair step.tip: -2.895
ndb struct na base pair step.twist: 52.446
ndb struct na base pair step.x displacement: 0.534
ndb struct na base pair step.y displacement: -4.596

A,A,G,G,893,894,1 555,1 555,A,A,U,U,904,903,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 893
ndb struct na base pair step.i label seq id 2: 894
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 904
ndb struct na base pair step.j label seq id 2: 903
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.525
ndb struct na base pair step.helical twist: 30.055
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 894
ndb struct na base pair step.i auth seq id 2: 895
ndb struct na base pair step.inclination: 10.643
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 905
ndb struct na base pair step.j auth seq id 2: 904
ndb struct na base pair step.rise: 2.683
ndb struct na base pair step.roll: 5.485
ndb struct na base pair step.shift: -1.129
ndb struct na base pair step.slide: -1.033
ndb struct na base pair step.step name: NN_G894G895:U904U905_NN
ndb struct na base pair step.step number: 324
ndb struct na base pair step.tilt: -2.08
ndb struct na base pair step.tip: 4.036
ndb struct na base pair step.twist: 29.49
ndb struct na base pair step.x displacement: -2.897
ndb struct na base pair step.y displacement: 1.835

A,A,G,C,894,895,1 555,1 555,A,A,U,G,903,902,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 894
ndb struct na base pair step.i label seq id 2: 895
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 903
ndb struct na base pair step.j label seq id 2: 902
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.998
ndb struct na base pair step.helical twist: 44.252
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 895
ndb struct na base pair step.i auth seq id 2: 896
ndb struct na base pair step.inclination: 5.682
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 904
ndb struct na base pair step.j auth seq id 2: 903
ndb struct na base pair step.rise: 3.145
ndb struct na base pair step.roll: 4.251
ndb struct na base pair step.shift: 0.239
ndb struct na base pair step.slide: -1.371
ndb struct na base pair step.step name: NN_G895C896:G903U904_NN
ndb struct na base pair step.step number: 325
ndb struct na base pair step.tilt: 8.427
ndb struct na base pair step.tip: -11.265
ndb struct na base pair step.twist: 43.283
ndb struct na base pair step.x displacement: -2.197
ndb struct na base pair step.y displacement: 0.429

A,A,C,C,895,896,1 555,1 555,A,A,G,G,902,901,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 895
ndb struct na base pair step.i label seq id 2: 896
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 902
ndb struct na base pair step.j label seq id 2: 901
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.244
ndb struct na base pair step.helical twist: 42.223
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 896
ndb struct na base pair step.i auth seq id 2: 897
ndb struct na base pair step.inclination: 19.124
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 903
ndb struct na base pair step.j auth seq id 2: 902
ndb struct na base pair step.rise: 4.309
ndb struct na base pair step.roll: 13.299
ndb struct na base pair step.shift: 0.025
ndb struct na base pair step.slide: -2.008
ndb struct na base pair step.step name: NN_C896C897:G902G903_NN
ndb struct na base pair step.step number: 326
ndb struct na base pair step.tilt: -14.195
ndb struct na base pair step.tip: 20.412
ndb struct na base pair step.twist: 37.658
ndb struct na base pair step.x displacement: -4.465
ndb struct na base pair step.y displacement: -1.826

A,A,C,G,896,897,1 555,1 555,A,A,G,A,901,900,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 896
ndb struct na base pair step.i label seq id 2: 897
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 901
ndb struct na base pair step.j label seq id 2: 900
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.109
ndb struct na base pair step.helical twist: 42.999
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 897
ndb struct na base pair step.i auth seq id 2: 898
ndb struct na base pair step.inclination: -14.269
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 902
ndb struct na base pair step.j auth seq id 2: 901
ndb struct na base pair step.rise: 1.95
ndb struct na base pair step.roll: -10.364
ndb struct na base pair step.shift: -3.311
ndb struct na base pair step.slide: -1.359
ndb struct na base pair step.step name: NN_C897G898:A901G902_NN
ndb struct na base pair step.step number: 327
ndb struct na base pair step.tilt: 1.361
ndb struct na base pair step.tip: -1.874
ndb struct na base pair step.twist: 41.768
ndb struct na base pair step.x displacement: -1.207
ndb struct na base pair step.y displacement: 4.601

A,A,G,G,927,928,1 555,1 555,A,A,U,C,1389,1387,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 927
ndb struct na base pair step.i label seq id 2: 928
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 1389
ndb struct na base pair step.j label seq id 2: 1387
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 5.789
ndb struct na base pair step.helical twist: 70.319
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 928
ndb struct na base pair step.i auth seq id 2: 929
ndb struct na base pair step.inclination: 4.281
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1390
ndb struct na base pair step.j auth seq id 2: 1388
ndb struct na base pair step.rise: 6.309
ndb struct na base pair step.roll: 4.765
ndb struct na base pair step.shift: -0.283
ndb struct na base pair step.slide: 0.051
ndb struct na base pair step.step name: NN_G928G929:C1388U1390_NN
ndb struct na base pair step.step number: 328
ndb struct na base pair step.tilt: -34.173
ndb struct na base pair step.tip: 30.702
ndb struct na base pair step.twist: 62.244
ndb struct na base pair step.x displacement: -0.293
ndb struct na base pair step.y displacement: -2.171

A,A,G,C,928,929,1 555,1 555,A,A,C,G,1387,1386,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 928
ndb struct na base pair step.i label seq id 2: 929
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 1387
ndb struct na base pair step.j label seq id 2: 1386
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.694
ndb struct na base pair step.helical twist: 30.578
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 929
ndb struct na base pair step.i auth seq id 2: 930
ndb struct na base pair step.inclination: 1.934
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1388
ndb struct na base pair step.j auth seq id 2: 1387
ndb struct na base pair step.rise: 2.799
ndb struct na base pair step.roll: 1.018
ndb struct na base pair step.shift: -0.195
ndb struct na base pair step.slide: -2.15
ndb struct na base pair step.step name: NN_G929C930:G1387C1388_NN
ndb struct na base pair step.step number: 329
ndb struct na base pair step.tilt: 3.168
ndb struct na base pair step.tip: -6.019
ndb struct na base pair step.twist: 30.4
ndb struct na base pair step.x displacement: -4.246
ndb struct na base pair step.y displacement: 0.898

A,A,C,C,929,930,1 555,1 555,A,A,G,G,1386,1385,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 929
ndb struct na base pair step.i label seq id 2: 930
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 1386
ndb struct na base pair step.j label seq id 2: 1385
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.923
ndb struct na base pair step.helical twist: 24.444
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 930
ndb struct na base pair step.i auth seq id 2: 931
ndb struct na base pair step.inclination: 15.689
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1387
ndb struct na base pair step.j auth seq id 2: 1386
ndb struct na base pair step.rise: 3.84
ndb struct na base pair step.roll: 6.49
ndb struct na base pair step.shift: 0.12
ndb struct na base pair step.slide: -2.38
ndb struct na base pair step.step name: NN_C930C931:G1386G1387_NN
ndb struct na base pair step.step number: 330
ndb struct na base pair step.tilt: -6.25
ndb struct na base pair step.tip: 15.107
ndb struct na base pair step.twist: 22.746
ndb struct na base pair step.x displacement: -7.788
ndb struct na base pair step.y displacement: -2.37

A,A,C,C,930,931,1 555,1 555,A,A,G,G,1385,1384,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 930
ndb struct na base pair step.i label seq id 2: 931
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 1385
ndb struct na base pair step.j label seq id 2: 1384
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.665
ndb struct na base pair step.helical twist: 36.173
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 931
ndb struct na base pair step.i auth seq id 2: 932
ndb struct na base pair step.inclination: 1.09
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1386
ndb struct na base pair step.j auth seq id 2: 1385
ndb struct na base pair step.rise: 2.683
ndb struct na base pair step.roll: 0.676
ndb struct na base pair step.shift: -0.036
ndb struct na base pair step.slide: -0.906
ndb struct na base pair step.step name: NN_C931C932:G1385G1386_NN
ndb struct na base pair step.step number: 331
ndb struct na base pair step.tilt: -1.294
ndb struct na base pair step.tip: 2.084
ndb struct na base pair step.twist: 36.144
ndb struct na base pair step.x displacement: -1.537
ndb struct na base pair step.y displacement: -0.091

A,A,C,G,931,932,1 555,1 555,A,A,G,C,1384,1383,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 931
ndb struct na base pair step.i label seq id 2: 932
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 1384
ndb struct na base pair step.j label seq id 2: 1383
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 1.15
ndb struct na base pair step.helical twist: 29.462
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 932
ndb struct na base pair step.i auth seq id 2: 933
ndb struct na base pair step.inclination: 41.922
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1385
ndb struct na base pair step.j auth seq id 2: 1384
ndb struct na base pair step.rise: 2.332
ndb struct na base pair step.roll: 19.486
ndb struct na base pair step.shift: -0.195
ndb struct na base pair step.slide: -0.856
ndb struct na base pair step.step name: NN_C932G933:C1384G1385_NN
ndb struct na base pair step.step number: 332
ndb struct na base pair step.tilt: 4.106
ndb struct na base pair step.tip: -8.834
ndb struct na base pair step.twist: 21.823
ndb struct na base pair step.x displacement: -4.247
ndb struct na base pair step.y displacement: 0.923

A,A,G,A,932,934,1 555,1 555,A,A,C,U,1383,1379,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 932
ndb struct na base pair step.i label seq id 2: 934
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 1383
ndb struct na base pair step.j label seq id 2: 1379
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 4.494
ndb struct na base pair step.helical twist: 115.877
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 933
ndb struct na base pair step.i auth seq id 2: 935
ndb struct na base pair step.inclination: -9.891
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1384
ndb struct na base pair step.j auth seq id 2: 1380
ndb struct na base pair step.rise: 4.707
ndb struct na base pair step.roll: -16.742
ndb struct na base pair step.shift: 4.766
ndb struct na base pair step.slide: 2.343
ndb struct na base pair step.step name: NN_G933A935:U1380C1384_NN
ndb struct na base pair step.step number: 333
ndb struct na base pair step.tilt: 0.903
ndb struct na base pair step.tip: -0.533
ndb struct na base pair step.twist: 115.1
ndb struct na base pair step.x displacement: 1.633
ndb struct na base pair step.y displacement: -2.799

A,A,A,C,934,935,1 555,1 555,A,A,U,G,1379,1378,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 934
ndb struct na base pair step.i label seq id 2: 935
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 1379
ndb struct na base pair step.j label seq id 2: 1378
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.021
ndb struct na base pair step.helical twist: 24.632
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 935
ndb struct na base pair step.i auth seq id 2: 936
ndb struct na base pair step.inclination: 1.251
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1380
ndb struct na base pair step.j auth seq id 2: 1379
ndb struct na base pair step.rise: 3.195
ndb struct na base pair step.roll: 0.524
ndb struct na base pair step.shift: -0.192
ndb struct na base pair step.slide: -2.588
ndb struct na base pair step.step name: NN_A935C936:G1379U1380_NN
ndb struct na base pair step.step number: 334
ndb struct na base pair step.tilt: -8.326
ndb struct na base pair step.tip: 19.899
ndb struct na base pair step.twist: 23.197
ndb struct na base pair step.x displacement: -6.224
ndb struct na base pair step.y displacement: -2.05

A,A,C,A,935,936,1 555,1 555,A,A,G,C,1378,1377,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 935
ndb struct na base pair step.i label seq id 2: 936
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 1378
ndb struct na base pair step.j label seq id 2: 1377
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.444
ndb struct na base pair step.helical twist: 57.998
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 936
ndb struct na base pair step.i auth seq id 2: 937
ndb struct na base pair step.inclination: -0.108
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1379
ndb struct na base pair step.j auth seq id 2: 1378
ndb struct na base pair step.rise: 2.506
ndb struct na base pair step.roll: -0.105
ndb struct na base pair step.shift: 0.32
ndb struct na base pair step.slide: -0.01
ndb struct na base pair step.step name: NN_C936A937:C1378G1379_NN
ndb struct na base pair step.step number: 335
ndb struct na base pair step.tilt: -8.144
ndb struct na base pair step.tip: 8.423
ndb struct na base pair step.twist: 57.473
ndb struct na base pair step.x displacement: -0.006
ndb struct na base pair step.y displacement: -0.659

A,A,U,A,959,1224,1 555,1 555,A,A,U,U,955,954,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 959
ndb struct na base pair step.i label seq id 2: 1224
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 955
ndb struct na base pair step.j label seq id 2: 954
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 0.124
ndb struct na base pair step.helical twist: 172.471
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 960
ndb struct na base pair step.i auth seq id 2: 1225
ndb struct na base pair step.inclination: -26.474
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 956
ndb struct na base pair step.j auth seq id 2: 955
ndb struct na base pair step.rise: 0.979
ndb struct na base pair step.roll: -52.409
ndb struct na base pair step.shift: 1.073
ndb struct na base pair step.slide: 2.457
ndb struct na base pair step.step name: NN_U960A1225:U955U956_NN
ndb struct na base pair step.step number: 336
ndb struct na base pair step.tilt: -153.578
ndb struct na base pair step.tip: 77.578
ndb struct na base pair step.twist: 129.555
ndb struct na base pair step.x displacement: 1.271
ndb struct na base pair step.y displacement: -0.653

A,A,A,C,1224,1225,1 555,1 555,A,A,U,G,954,953,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 1224
ndb struct na base pair step.i label seq id 2: 1225
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 954
ndb struct na base pair step.j label seq id 2: 953
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.052
ndb struct na base pair step.helical twist: 34.744
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1225
ndb struct na base pair step.i auth seq id 2: 1226
ndb struct na base pair step.inclination: -7.25
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 955
ndb struct na base pair step.j auth seq id 2: 954
ndb struct na base pair step.rise: 2.519
ndb struct na base pair step.roll: -4.242
ndb struct na base pair step.shift: -1.308
ndb struct na base pair step.slide: -0.876
ndb struct na base pair step.step name: NN_A1225C1226:G954U955_NN
ndb struct na base pair step.step number: 337
ndb struct na base pair step.tilt: 11.443
ndb struct na base pair step.tip: -19.556
ndb struct na base pair step.twist: 32.592
ndb struct na base pair step.x displacement: -0.998
ndb struct na base pair step.y displacement: 3.455

A,A,C,C,1225,1227,1 555,1 555,A,A,G,G,953,952,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 1225
ndb struct na base pair step.i label seq id 2: 1227
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 953
ndb struct na base pair step.j label seq id 2: 952
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 1.993
ndb struct na base pair step.helical twist: 61.522
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1226
ndb struct na base pair step.i auth seq id 2: 1228
ndb struct na base pair step.inclination: 29.141
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 954
ndb struct na base pair step.j auth seq id 2: 953
ndb struct na base pair step.rise: 3.074
ndb struct na base pair step.roll: 28.496
ndb struct na base pair step.shift: -2.515
ndb struct na base pair step.slide: -0.063
ndb struct na base pair step.step name: NN_C1226C1228:G953G954_NN
ndb struct na base pair step.step number: 338
ndb struct na base pair step.tilt: 16.923
ndb struct na base pair step.tip: -17.306
ndb struct na base pair step.twist: 52.585
ndb struct na base pair step.x displacement: -1.203
ndb struct na base pair step.y displacement: 3.137

A,A,C,A,1227,1228,1 555,1 555,A,A,G,U,952,951,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 1227
ndb struct na base pair step.i label seq id 2: 1228
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 952
ndb struct na base pair step.j label seq id 2: 951
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 4.387
ndb struct na base pair step.helical twist: 42.065
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1228
ndb struct na base pair step.i auth seq id 2: 1229
ndb struct na base pair step.inclination: 33.303
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 953
ndb struct na base pair step.j auth seq id 2: 952
ndb struct na base pair step.rise: 5.983
ndb struct na base pair step.roll: 22.721
ndb struct na base pair step.shift: -1.856
ndb struct na base pair step.slide: -1.513
ndb struct na base pair step.step name: NN_C1228A1229:U952G953_NN
ndb struct na base pair step.step number: 339
ndb struct na base pair step.tilt: -1.952
ndb struct na base pair step.tip: 2.861
ndb struct na base pair step.twist: 35.584
ndb struct na base pair step.x displacement: -6.186
ndb struct na base pair step.y displacement: 2.235

A,A,A,C,1228,1229,1 555,1 555,A,A,U,G,951,950,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 1228
ndb struct na base pair step.i label seq id 2: 1229
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 951
ndb struct na base pair step.j label seq id 2: 950
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.883
ndb struct na base pair step.helical twist: 29.491
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1229
ndb struct na base pair step.i auth seq id 2: 1230
ndb struct na base pair step.inclination: 6.146
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 952
ndb struct na base pair step.j auth seq id 2: 951
ndb struct na base pair step.rise: 3.112
ndb struct na base pair step.roll: 3.119
ndb struct na base pair step.shift: 0.333
ndb struct na base pair step.slide: -1.646
ndb struct na base pair step.step name: NN_A1229C1230:G951U952_NN
ndb struct na base pair step.step number: 340
ndb struct na base pair step.tilt: -2.681
ndb struct na base pair step.tip: 5.283
ndb struct na base pair step.twist: 29.209
ndb struct na base pair step.x displacement: -3.846
ndb struct na base pair step.y displacement: -1.181

A,A,C,G,1229,1230,1 555,1 555,A,A,G,U,950,949,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 1229
ndb struct na base pair step.i label seq id 2: 1230
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 950
ndb struct na base pair step.j label seq id 2: 949
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 1.838
ndb struct na base pair step.helical twist: 26.486
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1230
ndb struct na base pair step.i auth seq id 2: 1231
ndb struct na base pair step.inclination: 16.266
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 951
ndb struct na base pair step.j auth seq id 2: 950
ndb struct na base pair step.rise: 3.028
ndb struct na base pair step.roll: 7.059
ndb struct na base pair step.shift: 0.538
ndb struct na base pair step.slide: -1.752
ndb struct na base pair step.step name: NN_C1230G1231:U950G951_NN
ndb struct na base pair step.step number: 341
ndb struct na base pair step.tilt: -12.604
ndb struct na base pair step.tip: 29.044
ndb struct na base pair step.twist: 22.259
ndb struct na base pair step.x displacement: -5.341
ndb struct na base pair step.y displacement: -3.882

A,A,G,U,1230,1231,1 555,1 555,A,A,U,A,949,948,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 1230
ndb struct na base pair step.i label seq id 2: 1231
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 949
ndb struct na base pair step.j label seq id 2: 948
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.163
ndb struct na base pair step.helical twist: 47.471
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1231
ndb struct na base pair step.i auth seq id 2: 1232
ndb struct na base pair step.inclination: 3.756
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 950
ndb struct na base pair step.j auth seq id 2: 949
ndb struct na base pair step.rise: 3.245
ndb struct na base pair step.roll: 3.015
ndb struct na base pair step.shift: 0.066
ndb struct na base pair step.slide: -1.058
ndb struct na base pair step.step name: NN_G1231U1232:A949U950_NN
ndb struct na base pair step.step number: 342
ndb struct na base pair step.tilt: 5.674
ndb struct na base pair step.tip: -7.068
ndb struct na base pair step.twist: 47.059
ndb struct na base pair step.x displacement: -1.554
ndb struct na base pair step.y displacement: 0.368

A,A,U,G,1231,1232,1 555,1 555,A,A,A,C,948,947,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 1231
ndb struct na base pair step.i label seq id 2: 1232
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 948
ndb struct na base pair step.j label seq id 2: 947
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.081
ndb struct na base pair step.helical twist: 35.639
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1232
ndb struct na base pair step.i auth seq id 2: 1233
ndb struct na base pair step.inclination: 37.724
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 949
ndb struct na base pair step.j auth seq id 2: 948
ndb struct na base pair step.rise: 4.083
ndb struct na base pair step.roll: 21.346
ndb struct na base pair step.shift: 0.82
ndb struct na base pair step.slide: -2.168
ndb struct na base pair step.step name: NN_U1232G1233:C948A949_NN
ndb struct na base pair step.step number: 343
ndb struct na base pair step.tilt: 8.517
ndb struct na base pair step.tip: -15.052
ndb struct na base pair step.twist: 27.425
ndb struct na base pair step.x displacement: -6.876
ndb struct na base pair step.y displacement: -0.01

A,A,G,C,1232,1233,1 555,1 555,A,A,C,G,947,946,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 1232
ndb struct na base pair step.i label seq id 2: 1233
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 947
ndb struct na base pair step.j label seq id 2: 946
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.034
ndb struct na base pair step.helical twist: 39.839
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1233
ndb struct na base pair step.i auth seq id 2: 1234
ndb struct na base pair step.inclination: 7.659
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 948
ndb struct na base pair step.j auth seq id 2: 947
ndb struct na base pair step.rise: 3.393
ndb struct na base pair step.roll: 5.192
ndb struct na base pair step.shift: 0.11
ndb struct na base pair step.slide: -2.347
ndb struct na base pair step.step name: NN_G1233C1234:G947C948_NN
ndb struct na base pair step.step number: 344
ndb struct na base pair step.tilt: -4.964
ndb struct na base pair step.tip: 7.322
ndb struct na base pair step.twist: 39.212
ndb struct na base pair step.x displacement: -4.039
ndb struct na base pair step.y displacement: -0.73

A,A,C,U,1233,1234,1 555,1 555,A,A,G,A,946,945,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 1233
ndb struct na base pair step.i label seq id 2: 1234
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 946
ndb struct na base pair step.j label seq id 2: 945
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.508
ndb struct na base pair step.helical twist: 32.142
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1234
ndb struct na base pair step.i auth seq id 2: 1235
ndb struct na base pair step.inclination: 19.313
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 947
ndb struct na base pair step.j auth seq id 2: 946
ndb struct na base pair step.rise: 3.299
ndb struct na base pair step.roll: 10.49
ndb struct na base pair step.shift: 0.762
ndb struct na base pair step.slide: -1.667
ndb struct na base pair step.step name: NN_C1234U1235:A946G947_NN
ndb struct na base pair step.step number: 345
ndb struct na base pair step.tilt: -3.097
ndb struct na base pair step.tip: 5.701
ndb struct na base pair step.twist: 30.27
ndb struct na base pair step.x displacement: -4.731
ndb struct na base pair step.y displacement: -1.885

A,A,U,A,1234,1235,1 555,1 555,A,A,A,G,945,944,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 1234
ndb struct na base pair step.i label seq id 2: 1235
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 945
ndb struct na base pair step.j label seq id 2: 944
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.423
ndb struct na base pair step.helical twist: 29.281
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1235
ndb struct na base pair step.i auth seq id 2: 1236
ndb struct na base pair step.inclination: -22.522
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 946
ndb struct na base pair step.j auth seq id 2: 945
ndb struct na base pair step.rise: 3.038
ndb struct na base pair step.roll: -10.428
ndb struct na base pair step.shift: -0.945
ndb struct na base pair step.slide: -1.914
ndb struct na base pair step.step name: NN_U1235A1236:G945A946_NN
ndb struct na base pair step.step number: 346
ndb struct na base pair step.tilt: 16.597
ndb struct na base pair step.tip: -35.846
ndb struct na base pair step.twist: 21.86
ndb struct na base pair step.x displacement: -1.615
ndb struct na base pair step.y displacement: 5.326

A,A,A,C,1235,1236,1 555,1 555,A,A,G,G,944,1336,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 1235
ndb struct na base pair step.i label seq id 2: 1236
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 944
ndb struct na base pair step.j label seq id 2: 1336
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 4.051
ndb struct na base pair step.helical twist: 35.022
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1236
ndb struct na base pair step.i auth seq id 2: 1237
ndb struct na base pair step.inclination: 13.762
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 945
ndb struct na base pair step.j auth seq id 2: 1337
ndb struct na base pair step.rise: 4
ndb struct na base pair step.roll: 8.184
ndb struct na base pair step.shift: 0.585
ndb struct na base pair step.slide: 1.191
ndb struct na base pair step.step name: NN_A1236C1237:G1337G945_NN
ndb struct na base pair step.step number: 347
ndb struct na base pair step.tilt: -4.816
ndb struct na base pair step.tip: 8.099
ndb struct na base pair step.twist: 33.749
ndb struct na base pair step.x displacement: 0.435
ndb struct na base pair step.y displacement: -1.881

A,A,C,G,1236,941,1 555,1 555,A,A,G,G,1336,943,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 1236
ndb struct na base pair step.i label seq id 2: 941
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 1336
ndb struct na base pair step.j label seq id 2: 943
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.886
ndb struct na base pair step.helical twist: 112.365
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1237
ndb struct na base pair step.i auth seq id 2: 942
ndb struct na base pair step.inclination: -49.834
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1337
ndb struct na base pair step.j auth seq id 2: 944
ndb struct na base pair step.rise: -2.762
ndb struct na base pair step.roll: -72.13
ndb struct na base pair step.shift: -2.342
ndb struct na base pair step.slide: -6.335
ndb struct na base pair step.step name: NN_C1237G942:G944G1337_NN
ndb struct na base pair step.step number: 348
ndb struct na base pair step.tilt: -75.825
ndb struct na base pair step.tip: 52.387
ndb struct na base pair step.twist: 48.815
ndb struct na base pair step.x displacement: -3.542
ndb struct na base pair step.y displacement: 1.125

A,A,G,U,941,942,1 555,1 555,A,A,G,A,943,1339,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 941
ndb struct na base pair step.i label seq id 2: 942
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 943
ndb struct na base pair step.j label seq id 2: 1339
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 0.442
ndb struct na base pair step.helical twist: -47.667
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 942
ndb struct na base pair step.i auth seq id 2: 943
ndb struct na base pair step.inclination: -12.252
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 944
ndb struct na base pair step.j auth seq id 2: 1340
ndb struct na base pair step.rise: -1.676
ndb struct na base pair step.roll: 9.667
ndb struct na base pair step.shift: -5.732
ndb struct na base pair step.slide: -0.946
ndb struct na base pair step.step name: NN_G942U943:A1340G944_NN
ndb struct na base pair step.step number: 349
ndb struct na base pair step.tilt: 15.898
ndb struct na base pair step.tip: 20.15
ndb struct na base pair step.twist: -44.081
ndb struct na base pair step.x displacement: 1.323
ndb struct na base pair step.y displacement: -7.344

A,A,U,G,942,940,1 555,1 555,A,A,A,C,1339,1341,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 942
ndb struct na base pair step.i label seq id 2: 940
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 1339
ndb struct na base pair step.j label seq id 2: 1341
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: -1.801
ndb struct na base pair step.helical twist: -62.599
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 943
ndb struct na base pair step.i auth seq id 2: 941
ndb struct na base pair step.inclination: 26.026
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1340
ndb struct na base pair step.j auth seq id 2: 1342
ndb struct na base pair step.rise: -4.113
ndb struct na base pair step.roll: -26.186
ndb struct na base pair step.shift: -0.915
ndb struct na base pair step.slide: 4.54
ndb struct na base pair step.step name: NN_U943G941:C1342A1340_NN
ndb struct na base pair step.step number: 350
ndb struct na base pair step.tilt: 12.826
ndb struct na base pair step.tip: 12.748
ndb struct na base pair step.twist: -56.014
ndb struct na base pair step.x displacement: -5.518
ndb struct na base pair step.y displacement: -1.443

A,A,G,C,940,939,1 555,1 555,A,A,C,G,1341,1342,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 940
ndb struct na base pair step.i label seq id 2: 939
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 1341
ndb struct na base pair step.j label seq id 2: 1342
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: -1.057
ndb struct na base pair step.helical twist: -46.365
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 941
ndb struct na base pair step.i auth seq id 2: 940
ndb struct na base pair step.inclination: 49.246
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1342
ndb struct na base pair step.j auth seq id 2: 1343
ndb struct na base pair step.rise: -2.944
ndb struct na base pair step.roll: -34.508
ndb struct na base pair step.shift: -0.129
ndb struct na base pair step.slide: 1.284
ndb struct na base pair step.step name: NN_G941C940:G1343C1342_NN
ndb struct na base pair step.step number: 351
ndb struct na base pair step.tilt: -7.469
ndb struct na base pair step.tip: -10.659
ndb struct na base pair step.twist: -30.544
ndb struct na base pair step.x displacement: -3.843
ndb struct na base pair step.y displacement: 0.315

A,A,C,G,939,938,1 555,1 555,A,A,G,C,1342,1343,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 939
ndb struct na base pair step.i label seq id 2: 938
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 1342
ndb struct na base pair step.j label seq id 2: 1343
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: -2.746
ndb struct na base pair step.helical twist: -45.034
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 940
ndb struct na base pair step.i auth seq id 2: 939
ndb struct na base pair step.inclination: 9.392
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1343
ndb struct na base pair step.j auth seq id 2: 1344
ndb struct na base pair step.rise: -2.822
ndb struct na base pair step.roll: -7.144
ndb struct na base pair step.shift: -0.497
ndb struct na base pair step.slide: 0.559
ndb struct na base pair step.step name: NN_C940G939:C1344G1343_NN
ndb struct na base pair step.step number: 352
ndb struct na base pair step.tilt: -6.363
ndb struct na base pair step.tip: -8.365
ndb struct na base pair step.twist: -44.058
ndb struct na base pair step.x displacement: -1.283
ndb struct na base pair step.y displacement: -0.156

A,A,G,C,938,933,1 555,1 555,A,A,C,A,1343,937,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 938
ndb struct na base pair step.i label seq id 2: 933
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 1343
ndb struct na base pair step.j label seq id 2: 937
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: -2.276
ndb struct na base pair step.helical twist: -90.233
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 939
ndb struct na base pair step.i auth seq id 2: 934
ndb struct na base pair step.inclination: 2.443
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1344
ndb struct na base pair step.j auth seq id 2: 938
ndb struct na base pair step.rise: -2.271
ndb struct na base pair step.roll: -3.462
ndb struct na base pair step.shift: -1.61
ndb struct na base pair step.slide: -0.039
ndb struct na base pair step.step name: NN_G939C934:A938C1344_NN
ndb struct na base pair step.step number: 353
ndb struct na base pair step.tilt: -0.366
ndb struct na base pair step.tip: -0.258
ndb struct na base pair step.twist: -90.18
ndb struct na base pair step.x displacement: -0.021
ndb struct na base pair step.y displacement: -1.131

A,A,C,U,933,1344,1 555,1 555,A,A,A,U,937,1375,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 933
ndb struct na base pair step.i label seq id 2: 1344
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 937
ndb struct na base pair step.j label seq id 2: 1375
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 0.554
ndb struct na base pair step.helical twist: 179.278
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 934
ndb struct na base pair step.i auth seq id 2: 1345
ndb struct na base pair step.inclination: -8.332
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 938
ndb struct na base pair step.j auth seq id 2: 1376
ndb struct na base pair step.rise: 0.451
ndb struct na base pair step.roll: -16.662
ndb struct na base pair step.shift: -4.175
ndb struct na base pair step.slide: 3.697
ndb struct na base pair step.step name: NN_C934U1345:U1376A938_NN
ndb struct na base pair step.step number: 354
ndb struct na base pair step.tilt: -153.33
ndb struct na base pair step.tip: 76.67
ndb struct na base pair step.twist: 176.76
ndb struct na base pair step.x displacement: 1.849
ndb struct na base pair step.y displacement: 2.081

A,A,C,G,971,972,1 555,1 555,A,A,G,C,962,961,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 971
ndb struct na base pair step.i label seq id 2: 972
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 962
ndb struct na base pair step.j label seq id 2: 961
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.466
ndb struct na base pair step.helical twist: 40.522
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 972
ndb struct na base pair step.i auth seq id 2: 973
ndb struct na base pair step.inclination: 25.612
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 963
ndb struct na base pair step.j auth seq id 2: 962
ndb struct na base pair step.rise: 4.437
ndb struct na base pair step.roll: 17.005
ndb struct na base pair step.shift: -1.842
ndb struct na base pair step.slide: -2.314
ndb struct na base pair step.step name: NN_C972G973:C962G963_NN
ndb struct na base pair step.step number: 355
ndb struct na base pair step.tilt: 10.899
ndb struct na base pair step.tip: -16.416
ndb struct na base pair step.twist: 35.314
ndb struct na base pair step.x displacement: -5.499
ndb struct na base pair step.y displacement: 4.044

A,A,G,U,972,981,1 555,1 555,A,A,C,C,961,1222,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 972
ndb struct na base pair step.i label seq id 2: 981
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 961
ndb struct na base pair step.j label seq id 2: 1222
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 4.297
ndb struct na base pair step.helical twist: 158.236
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 973
ndb struct na base pair step.i auth seq id 2: 982
ndb struct na base pair step.inclination: 24.488
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 962
ndb struct na base pair step.j auth seq id 2: 1223
ndb struct na base pair step.rise: 4.823
ndb struct na base pair step.roll: 48.015
ndb struct na base pair step.shift: -2.696
ndb struct na base pair step.slide: -3.96
ndb struct na base pair step.step name: NN_G973U982:C1223C962_NN
ndb struct na base pair step.step number: 356
ndb struct na base pair step.tilt: 30.743
ndb struct na base pair step.tip: -15.68
ndb struct na base pair step.twist: 155.189
ndb struct na base pair step.x displacement: -2.221
ndb struct na base pair step.y displacement: 1.504

A,A,U,C,981,1321,1 555,1 555,A,A,C,G,1222,1221,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 981
ndb struct na base pair step.i label seq id 2: 1321
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 1222
ndb struct na base pair step.j label seq id 2: 1221
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: -4.844
ndb struct na base pair step.helical twist: 83.852
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 982
ndb struct na base pair step.i auth seq id 2: 1322
ndb struct na base pair step.inclination: -10.216
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1223
ndb struct na base pair step.j auth seq id 2: 1222
ndb struct na base pair step.rise: -1.64
ndb struct na base pair step.roll: -9.99
ndb struct na base pair step.shift: -4.289
ndb struct na base pair step.slide: 3.648
ndb struct na base pair step.step name: NN_U982C1322:G1222C1223_NN
ndb struct na base pair step.step number: 357
ndb struct na base pair step.tilt: 82.923
ndb struct na base pair step.tip: -84.797
ndb struct na base pair step.twist: 8.221
ndb struct na base pair step.x displacement: 2.209
ndb struct na base pair step.y displacement: -1.115

A,A,C,C,1321,983,1 555,1 555,A,A,G,G,1221,1220,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 1321
ndb struct na base pair step.i label seq id 2: 983
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 1221
ndb struct na base pair step.j label seq id 2: 1220
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: -1.999
ndb struct na base pair step.helical twist: -176.283
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1322
ndb struct na base pair step.i auth seq id 2: 984
ndb struct na base pair step.inclination: -11.412
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1222
ndb struct na base pair step.j auth seq id 2: 1221
ndb struct na base pair step.rise: -1.582
ndb struct na base pair step.roll: 22.776
ndb struct na base pair step.shift: 2.961
ndb struct na base pair step.slide: -2.938
ndb struct na base pair step.step name: NN_C1322C984:G1221G1222_NN
ndb struct na base pair step.step number: 358
ndb struct na base pair step.tilt: 157.473
ndb struct na base pair step.tip: 78.9
ndb struct na base pair step.twist: -159.388
ndb struct na base pair step.x displacement: 1.493
ndb struct na base pair step.y displacement: 1.324

A,A,C,C,983,984,1 555,1 555,A,A,G,G,1220,1219,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 983
ndb struct na base pair step.i label seq id 2: 984
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 1220
ndb struct na base pair step.j label seq id 2: 1219
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.067
ndb struct na base pair step.helical twist: 42.595
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 984
ndb struct na base pair step.i auth seq id 2: 985
ndb struct na base pair step.inclination: 25.063
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1221
ndb struct na base pair step.j auth seq id 2: 1220
ndb struct na base pair step.rise: 4.132
ndb struct na base pair step.roll: 17.306
ndb struct na base pair step.shift: -0.691
ndb struct na base pair step.slide: -1.761
ndb struct na base pair step.step name: NN_C984C985:G1220G1221_NN
ndb struct na base pair step.step number: 359
ndb struct na base pair step.tilt: -15.312
ndb struct na base pair step.tip: 22.176
ndb struct na base pair step.twist: 36.029
ndb struct na base pair step.x displacement: -4.527
ndb struct na base pair step.y displacement: -0.908

A,A,C,U,984,985,1 555,1 555,A,A,G,A,1219,1218,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 984
ndb struct na base pair step.i label seq id 2: 985
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 1219
ndb struct na base pair step.j label seq id 2: 1218
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.747
ndb struct na base pair step.helical twist: 39.046
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 985
ndb struct na base pair step.i auth seq id 2: 986
ndb struct na base pair step.inclination: 4.747
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1220
ndb struct na base pair step.j auth seq id 2: 1219
ndb struct na base pair step.rise: 2.796
ndb struct na base pair step.roll: 3.167
ndb struct na base pair step.shift: 0.285
ndb struct na base pair step.slide: -0.669
ndb struct na base pair step.step name: NN_C985U986:A1219G1220_NN
ndb struct na base pair step.step number: 360
ndb struct na base pair step.tilt: 2.619
ndb struct na base pair step.tip: -3.926
ndb struct na base pair step.twist: 38.838
ndb struct na base pair step.x displacement: -1.326
ndb struct na base pair step.y displacement: -0.159

A,A,U,G,985,986,1 555,1 555,A,A,A,C,1218,1217,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 985
ndb struct na base pair step.i label seq id 2: 986
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 1218
ndb struct na base pair step.j label seq id 2: 1217
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.318
ndb struct na base pair step.helical twist: 23.579
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 986
ndb struct na base pair step.i auth seq id 2: 987
ndb struct na base pair step.inclination: 25.246
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1219
ndb struct na base pair step.j auth seq id 2: 1218
ndb struct na base pair step.rise: 2.99
ndb struct na base pair step.roll: 9.983
ndb struct na base pair step.shift: 0.698
ndb struct na base pair step.slide: -1.072
ndb struct na base pair step.step name: NN_U986G987:C1218A1219_NN
ndb struct na base pair step.step number: 361
ndb struct na base pair step.tilt: 2.215
ndb struct na base pair step.tip: -5.601
ndb struct na base pair step.twist: 21.275
ndb struct na base pair step.x displacement: -5.479
ndb struct na base pair step.y displacement: -1.074

A,A,G,G,986,987,1 555,1 555,A,A,C,C,1217,1216,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 986
ndb struct na base pair step.i label seq id 2: 987
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 1217
ndb struct na base pair step.j label seq id 2: 1216
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 1.993
ndb struct na base pair step.helical twist: 35.726
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 987
ndb struct na base pair step.i auth seq id 2: 988
ndb struct na base pair step.inclination: 29.708
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1218
ndb struct na base pair step.j auth seq id 2: 1217
ndb struct na base pair step.rise: 3.332
ndb struct na base pair step.roll: 17.427
ndb struct na base pair step.shift: 0.021
ndb struct na base pair step.slide: -1.903
ndb struct na base pair step.step name: NN_G987G988:C1217C1218_NN
ndb struct na base pair step.step number: 362
ndb struct na base pair step.tilt: 5.001
ndb struct na base pair step.tip: -8.524
ndb struct na base pair step.twist: 30.914
ndb struct na base pair step.x displacement: -5.312
ndb struct na base pair step.y displacement: 0.6

A,A,G,U,987,988,1 555,1 555,A,A,C,A,1216,1215,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 987
ndb struct na base pair step.i label seq id 2: 988
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 1216
ndb struct na base pair step.j label seq id 2: 1215
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.61
ndb struct na base pair step.helical twist: 31.535
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 988
ndb struct na base pair step.i auth seq id 2: 989
ndb struct na base pair step.inclination: -2.756
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1217
ndb struct na base pair step.j auth seq id 2: 1216
ndb struct na base pair step.rise: 3.451
ndb struct na base pair step.roll: -1.497
ndb struct na base pair step.shift: 2.04
ndb struct na base pair step.slide: -1.838
ndb struct na base pair step.step name: NN_G988U989:A1216C1217_NN
ndb struct na base pair step.step number: 363
ndb struct na base pair step.tilt: 1.265
ndb struct na base pair step.tip: -2.33
ndb struct na base pair step.twist: 31.476
ndb struct na base pair step.x displacement: -3.08
ndb struct na base pair step.y displacement: -3.499

A,A,U,C,988,989,1 555,1 555,A,A,A,G,1215,1214,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 988
ndb struct na base pair step.i label seq id 2: 989
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 1215
ndb struct na base pair step.j label seq id 2: 1214
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.69
ndb struct na base pair step.helical twist: 32.339
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 989
ndb struct na base pair step.i auth seq id 2: 990
ndb struct na base pair step.inclination: 23.727
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1216
ndb struct na base pair step.j auth seq id 2: 1215
ndb struct na base pair step.rise: 3.658
ndb struct na base pair step.roll: 12.749
ndb struct na base pair step.shift: -2.199
ndb struct na base pair step.slide: -2.796
ndb struct na base pair step.step name: NN_U989C990:G1215A1216_NN
ndb struct na base pair step.step number: 364
ndb struct na base pair step.tilt: -7.469
ndb struct na base pair step.tip: 13.9
ndb struct na base pair step.twist: 28.847
ndb struct na base pair step.x displacement: -7.341
ndb struct na base pair step.y displacement: 2.588

A,A,A,U,1305,1306,1 555,1 555,A,A,G,U,1330,1329,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 1305
ndb struct na base pair step.i label seq id 2: 1306
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 1330
ndb struct na base pair step.j label seq id 2: 1329
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.882
ndb struct na base pair step.helical twist: 53.097
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1306
ndb struct na base pair step.i auth seq id 2: 1307
ndb struct na base pair step.inclination: 4.641
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1331
ndb struct na base pair step.j auth seq id 2: 1330
ndb struct na base pair step.rise: 3.922
ndb struct na base pair step.roll: 4.144
ndb struct na base pair step.shift: -0.984
ndb struct na base pair step.slide: -0.983
ndb struct na base pair step.step name: NN_A1306U1307:U1330G1331_NN
ndb struct na base pair step.step number: 365
ndb struct na base pair step.tilt: -2.604
ndb struct na base pair step.tip: 2.917
ndb struct na base pair step.twist: 52.888
ndb struct na base pair step.x displacement: -1.416
ndb struct na base pair step.y displacement: 0.902

A,A,U,U,1306,1307,1 555,1 555,A,A,U,A,1329,1328,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 1306
ndb struct na base pair step.i label seq id 2: 1307
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 1329
ndb struct na base pair step.j label seq id 2: 1328
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.645
ndb struct na base pair step.helical twist: 45.63
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1307
ndb struct na base pair step.i auth seq id 2: 1308
ndb struct na base pair step.inclination: 5.573
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1330
ndb struct na base pair step.j auth seq id 2: 1329
ndb struct na base pair step.rise: 2.969
ndb struct na base pair step.roll: 4.288
ndb struct na base pair step.shift: -0.538
ndb struct na base pair step.slide: -1.659
ndb struct na base pair step.step name: NN_U1307U1308:A1329U1330_NN
ndb struct na base pair step.step number: 366
ndb struct na base pair step.tilt: 9.445
ndb struct na base pair step.tip: -12.275
ndb struct na base pair step.twist: 44.497
ndb struct na base pair step.x displacement: -2.466
ndb struct na base pair step.y displacement: 1.414

A,A,U,G,1307,1308,1 555,1 555,A,A,A,C,1328,1327,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 1307
ndb struct na base pair step.i label seq id 2: 1308
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 1328
ndb struct na base pair step.j label seq id 2: 1327
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.384
ndb struct na base pair step.helical twist: 20.923
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1308
ndb struct na base pair step.i auth seq id 2: 1309
ndb struct na base pair step.inclination: -21.783
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1329
ndb struct na base pair step.j auth seq id 2: 1328
ndb struct na base pair step.rise: 2.764
ndb struct na base pair step.roll: -7.692
ndb struct na base pair step.shift: -0.007
ndb struct na base pair step.slide: -2.325
ndb struct na base pair step.step name: NN_U1308G1309:C1328A1329_NN
ndb struct na base pair step.step number: 367
ndb struct na base pair step.tilt: -3.363
ndb struct na base pair step.tip: 9.523
ndb struct na base pair step.twist: 19.182
ndb struct na base pair step.x displacement: -3.188
ndb struct na base pair step.y displacement: -1.385

A,A,G,G,1308,1309,1 555,1 555,A,A,C,C,1327,1326,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 1308
ndb struct na base pair step.i label seq id 2: 1309
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 1327
ndb struct na base pair step.j label seq id 2: 1326
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.822
ndb struct na base pair step.helical twist: 38.093
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1309
ndb struct na base pair step.i auth seq id 2: 1310
ndb struct na base pair step.inclination: 16.477
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1328
ndb struct na base pair step.j auth seq id 2: 1327
ndb struct na base pair step.rise: 3.623
ndb struct na base pair step.roll: 10.478
ndb struct na base pair step.shift: -0.376
ndb struct na base pair step.slide: -1.572
ndb struct na base pair step.step name: NN_G1309G1310:C1327C1328_NN
ndb struct na base pair step.step number: 368
ndb struct na base pair step.tilt: 10.917
ndb struct na base pair step.tip: -17.166
ndb struct na base pair step.twist: 35.062
ndb struct na base pair step.x displacement: -3.776
ndb struct na base pair step.y displacement: 2.001

A,A,G,A,1309,1310,1 555,1 555,A,A,C,U,1326,1325,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 1309
ndb struct na base pair step.i label seq id 2: 1310
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 1326
ndb struct na base pair step.j label seq id 2: 1325
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.645
ndb struct na base pair step.helical twist: 26.867
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1310
ndb struct na base pair step.i auth seq id 2: 1311
ndb struct na base pair step.inclination: 17.969
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1327
ndb struct na base pair step.j auth seq id 2: 1326
ndb struct na base pair step.rise: 3.126
ndb struct na base pair step.roll: 8.21
ndb struct na base pair step.shift: -0.462
ndb struct na base pair step.slide: -1.213
ndb struct na base pair step.step name: NN_G1310A1311:U1326C1327_NN
ndb struct na base pair step.step number: 369
ndb struct na base pair step.tilt: -2.295
ndb struct na base pair step.tip: 5.023
ndb struct na base pair step.twist: 25.502
ndb struct na base pair step.x displacement: -4.525
ndb struct na base pair step.y displacement: 0.46

A,A,A,G,1310,1311,1 555,1 555,A,A,U,C,1325,1324,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 1310
ndb struct na base pair step.i label seq id 2: 1311
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 1325
ndb struct na base pair step.j label seq id 2: 1324
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.986
ndb struct na base pair step.helical twist: 34.255
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1311
ndb struct na base pair step.i auth seq id 2: 1312
ndb struct na base pair step.inclination: 12.546
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1326
ndb struct na base pair step.j auth seq id 2: 1325
ndb struct na base pair step.rise: 3.687
ndb struct na base pair step.roll: 7.32
ndb struct na base pair step.shift: 0.69
ndb struct na base pair step.slide: -2.5
ndb struct na base pair step.step name: NN_A1311G1312:C1325U1326_NN
ndb struct na base pair step.step number: 370
ndb struct na base pair step.tilt: -3.989
ndb struct na base pair step.tip: 6.837
ndb struct na base pair step.twist: 33.255
ndb struct na base pair step.x displacement: -5.438
ndb struct na base pair step.y displacement: -1.821

A,A,G,U,1311,1312,1 555,1 555,A,A,C,A,1324,1323,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 1311
ndb struct na base pair step.i label seq id 2: 1312
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 1324
ndb struct na base pair step.j label seq id 2: 1323
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.243
ndb struct na base pair step.helical twist: 34.948
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1312
ndb struct na base pair step.i auth seq id 2: 1313
ndb struct na base pair step.inclination: 1.123
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1325
ndb struct na base pair step.j auth seq id 2: 1324
ndb struct na base pair step.rise: 3.299
ndb struct na base pair step.roll: 0.674
ndb struct na base pair step.shift: 0.193
ndb struct na base pair step.slide: -2.545
ndb struct na base pair step.step name: NN_G1312U1313:A1324C1325_NN
ndb struct na base pair step.step number: 371
ndb struct na base pair step.tilt: -1.117
ndb struct na base pair step.tip: 1.86
ndb struct na base pair step.twist: 34.925
ndb struct na base pair step.x displacement: -4.339
ndb struct na base pair step.y displacement: -0.49

A,A,U,C,1312,1313,1 555,1 555,A,A,A,G,1323,1322,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 1312
ndb struct na base pair step.i label seq id 2: 1313
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 1323
ndb struct na base pair step.j label seq id 2: 1322
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.412
ndb struct na base pair step.helical twist: 32.036
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1313
ndb struct na base pair step.i auth seq id 2: 1314
ndb struct na base pair step.inclination: -0.227
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1324
ndb struct na base pair step.j auth seq id 2: 1323
ndb struct na base pair step.rise: 3.401
ndb struct na base pair step.roll: -0.125
ndb struct na base pair step.shift: -0.259
ndb struct na base pair step.slide: -2.192
ndb struct na base pair step.step name: NN_U1313C1314:G1323A1324_NN
ndb struct na base pair step.step number: 372
ndb struct na base pair step.tilt: -0.375
ndb struct na base pair step.tip: 0.679
ndb struct na base pair step.twist: 32.033
ndb struct na base pair step.x displacement: -3.948
ndb struct na base pair step.y displacement: 0.398

A,A,C,U,1313,1314,1 555,1 555,A,A,G,A,1322,1318,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 1313
ndb struct na base pair step.i label seq id 2: 1314
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 1322
ndb struct na base pair step.j label seq id 2: 1318
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.207
ndb struct na base pair step.helical twist: 76.443
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1314
ndb struct na base pair step.i auth seq id 2: 1315
ndb struct na base pair step.inclination: 1.357
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1323
ndb struct na base pair step.j auth seq id 2: 1319
ndb struct na base pair step.rise: 2.625
ndb struct na base pair step.roll: 1.677
ndb struct na base pair step.shift: -3.452
ndb struct na base pair step.slide: -2.421
ndb struct na base pair step.step name: NN_C1314U1315:A1319G1323_NN
ndb struct na base pair step.step number: 373
ndb struct na base pair step.tilt: 9.333
ndb struct na base pair step.tip: -7.556
ndb struct na base pair step.twist: 75.942
ndb struct na base pair step.x displacement: -1.993
ndb struct na base pair step.y displacement: 2.993

A,A,U,G,1314,1315,1 555,1 555,A,A,A,A,1318,977,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 1314
ndb struct na base pair step.i label seq id 2: 1315
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 1318
ndb struct na base pair step.j label seq id 2: 977
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.573
ndb struct na base pair step.helical twist: 42.645
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1315
ndb struct na base pair step.i auth seq id 2: 1316
ndb struct na base pair step.inclination: -13.506
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1319
ndb struct na base pair step.j auth seq id 2: 978
ndb struct na base pair step.rise: 2.993
ndb struct na base pair step.roll: -9.688
ndb struct na base pair step.shift: 1.52
ndb struct na base pair step.slide: -1.958
ndb struct na base pair step.step name: NN_U1315G1316:A978A1319_NN
ndb struct na base pair step.step number: 374
ndb struct na base pair step.tilt: 8.117
ndb struct na base pair step.tip: -11.316
ndb struct na base pair step.twist: 40.812
ndb struct na base pair step.x displacement: -1.689
ndb struct na base pair step.y displacement: -1.251

A,A,G,A,1315,1317,1 555,1 555,A,A,A,C,977,1319,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 1315
ndb struct na base pair step.i label seq id 2: 1317
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 977
ndb struct na base pair step.j label seq id 2: 1319
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 4.644
ndb struct na base pair step.helical twist: 156.828
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1316
ndb struct na base pair step.i auth seq id 2: 1318
ndb struct na base pair step.inclination: -23.482
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 978
ndb struct na base pair step.j auth seq id 2: 1320
ndb struct na base pair step.rise: 4.7
ndb struct na base pair step.roll: -41.742
ndb struct na base pair step.shift: -3.042
ndb struct na base pair step.slide: -3.668
ndb struct na base pair step.step name: NN_G1316A1318:C1320A978_NN
ndb struct na base pair step.step number: 375
ndb struct na base pair step.tilt: -150.834
ndb struct na base pair step.tip: 84.852
ndb struct na base pair step.twist: 18.932
ndb struct na base pair step.x displacement: -0.799
ndb struct na base pair step.y displacement: -2.327

A,A,A,C,1317,978,1 555,1 555,A,A,C,C,1319,1316,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 1317
ndb struct na base pair step.i label seq id 2: 978
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 1319
ndb struct na base pair step.j label seq id 2: 1316
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 1.415
ndb struct na base pair step.helical twist: 150.272
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1318
ndb struct na base pair step.i auth seq id 2: 979
ndb struct na base pair step.inclination: -32.161
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1320
ndb struct na base pair step.j auth seq id 2: 1317
ndb struct na base pair step.rise: 0.378
ndb struct na base pair step.roll: -60.431
ndb struct na base pair step.shift: -0.241
ndb struct na base pair step.slide: -4.903
ndb struct na base pair step.step name: NN_A1318C979:C1317C1320_NN
ndb struct na base pair step.step number: 376
ndb struct na base pair step.tilt: 108.217
ndb struct na base pair step.tip: -57.593
ndb struct na base pair step.twist: 113.823
ndb struct na base pair step.x displacement: -2.416
ndb struct na base pair step.y displacement: 0.341

A,A,C,A,1044,1045,1 555,1 555,A,A,G,A,992,1212,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 1044
ndb struct na base pair step.i label seq id 2: 1045
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 992
ndb struct na base pair step.j label seq id 2: 1212
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.269
ndb struct na base pair step.helical twist: -67.859
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1045
ndb struct na base pair step.i auth seq id 2: 1046
ndb struct na base pair step.inclination: 7.749
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 993
ndb struct na base pair step.j auth seq id 2: 1213
ndb struct na base pair step.rise: 3.631
ndb struct na base pair step.roll: -8.404
ndb struct na base pair step.shift: 2.065
ndb struct na base pair step.slide: -2.133
ndb struct na base pair step.step name: NN_C1045A1046:A1213G993_NN
ndb struct na base pair step.step number: 377
ndb struct na base pair step.tilt: 29.465
ndb struct na base pair step.tip: 27.169
ndb struct na base pair step.twist: -61.3
ndb struct na base pair step.x displacement: 2.219
ndb struct na base pair step.y displacement: 2.931

A,A,A,G,1045,1046,1 555,1 555,A,A,A,C,1212,1209,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 1045
ndb struct na base pair step.i label seq id 2: 1046
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 1212
ndb struct na base pair step.j label seq id 2: 1209
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.863
ndb struct na base pair step.helical twist: 145.648
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1046
ndb struct na base pair step.i auth seq id 2: 1047
ndb struct na base pair step.inclination: 5.711
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1213
ndb struct na base pair step.j auth seq id 2: 1210
ndb struct na base pair step.rise: 3.9
ndb struct na base pair step.roll: 10.911
ndb struct na base pair step.shift: 4.041
ndb struct na base pair step.slide: 1.298
ndb struct na base pair step.step name: NN_A1046G1047:C1210A1213_NN
ndb struct na base pair step.step number: 378
ndb struct na base pair step.tilt: -6.664
ndb struct na base pair step.tip: 3.488
ndb struct na base pair step.twist: 145.426
ndb struct na base pair step.x displacement: 0.619
ndb struct na base pair step.y displacement: -2.151

A,A,G,G,1046,1047,1 555,1 555,A,A,C,C,1209,1208,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 1046
ndb struct na base pair step.i label seq id 2: 1047
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 1209
ndb struct na base pair step.j label seq id 2: 1208
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 4.088
ndb struct na base pair step.helical twist: 17.685
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1047
ndb struct na base pair step.i auth seq id 2: 1048
ndb struct na base pair step.inclination: -22.457
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1210
ndb struct na base pair step.j auth seq id 2: 1209
ndb struct na base pair step.rise: 3.567
ndb struct na base pair step.roll: -6.729
ndb struct na base pair step.shift: 1.2
ndb struct na base pair step.slide: -1.927
ndb struct na base pair step.step name: NN_G1047G1048:C1209C1210_NN
ndb struct na base pair step.step number: 379
ndb struct na base pair step.tilt: 0.931
ndb struct na base pair step.tip: -3.107
ndb struct na base pair step.twist: 16.337
ndb struct na base pair step.x displacement: -1.376
ndb struct na base pair step.y displacement: -3.225

A,A,G,G,1047,1049,1 555,1 555,A,A,C,C,1208,1207,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 1047
ndb struct na base pair step.i label seq id 2: 1049
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 1208
ndb struct na base pair step.j label seq id 2: 1207
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.24
ndb struct na base pair step.helical twist: 37.483
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1048
ndb struct na base pair step.i auth seq id 2: 1050
ndb struct na base pair step.inclination: 17.822
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1209
ndb struct na base pair step.j auth seq id 2: 1208
ndb struct na base pair step.rise: 3.915
ndb struct na base pair step.roll: 11.256
ndb struct na base pair step.shift: -0.762
ndb struct na base pair step.slide: -1.3
ndb struct na base pair step.step name: NN_G1048G1050:C1208C1209_NN
ndb struct na base pair step.step number: 380
ndb struct na base pair step.tilt: 4.882
ndb struct na base pair step.tip: -7.73
ndb struct na base pair step.twist: 35.486
ndb struct na base pair step.x displacement: -3.684
ndb struct na base pair step.y displacement: 1.907

A,A,G,C,1049,1050,1 555,1 555,A,A,C,G,1207,1206,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 1049
ndb struct na base pair step.i label seq id 2: 1050
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 1207
ndb struct na base pair step.j label seq id 2: 1206
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.579
ndb struct na base pair step.helical twist: 37.788
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1050
ndb struct na base pair step.i auth seq id 2: 1051
ndb struct na base pair step.inclination: 12.978
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1208
ndb struct na base pair step.j auth seq id 2: 1207
ndb struct na base pair step.rise: 3.252
ndb struct na base pair step.roll: 8.201
ndb struct na base pair step.shift: -0.163
ndb struct na base pair step.slide: -2.321
ndb struct na base pair step.step name: NN_G1050C1051:G1207C1208_NN
ndb struct na base pair step.step number: 381
ndb struct na base pair step.tilt: -12.068
ndb struct na base pair step.tip: 19.097
ndb struct na base pair step.twist: 34.952
ndb struct na base pair step.x displacement: -4.566
ndb struct na base pair step.y displacement: -1.193

A,A,C,U,1050,1051,1 555,1 555,A,A,G,U,1206,1204,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 1050
ndb struct na base pair step.i label seq id 2: 1051
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 1206
ndb struct na base pair step.j label seq id 2: 1204
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.046
ndb struct na base pair step.helical twist: 49.419
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1051
ndb struct na base pair step.i auth seq id 2: 1052
ndb struct na base pair step.inclination: 7.004
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1207
ndb struct na base pair step.j auth seq id 2: 1205
ndb struct na base pair step.rise: 2.261
ndb struct na base pair step.roll: 5.838
ndb struct na base pair step.shift: 0.792
ndb struct na base pair step.slide: -1.241
ndb struct na base pair step.step name: NN_C1051U1052:U1205G1207_NN
ndb struct na base pair step.step number: 382
ndb struct na base pair step.tilt: -3.792
ndb struct na base pair step.tip: 4.549
ndb struct na base pair step.twist: 48.957
ndb struct na base pair step.x displacement: -1.772
ndb struct na base pair step.y displacement: -1.134

A,A,U,A,1051,1054,1 555,1 555,A,A,U,C,1204,1199,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 1051
ndb struct na base pair step.i label seq id 2: 1054
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 1204
ndb struct na base pair step.j label seq id 2: 1199
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.388
ndb struct na base pair step.helical twist: 78.706
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1052
ndb struct na base pair step.i auth seq id 2: 1055
ndb struct na base pair step.inclination: -14.205
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1205
ndb struct na base pair step.j auth seq id 2: 1200
ndb struct na base pair step.rise: 2.779
ndb struct na base pair step.roll: -17.887
ndb struct na base pair step.shift: -2.808
ndb struct na base pair step.slide: 0.65
ndb struct na base pair step.step name: NN_U1052A1055:C1200U1205_NN
ndb struct na base pair step.step number: 383
ndb struct na base pair step.tilt: 6.863
ndb struct na base pair step.tip: -5.45
ndb struct na base pair step.twist: 76.709
ndb struct na base pair step.x displacement: 0.908
ndb struct na base pair step.y displacement: 2.366

A,A,A,U,1054,1055,1 555,1 555,A,A,C,A,1199,1203,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 1054
ndb struct na base pair step.i label seq id 2: 1055
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 1199
ndb struct na base pair step.j label seq id 2: 1203
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.406
ndb struct na base pair step.helical twist: -27.119
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1055
ndb struct na base pair step.i auth seq id 2: 1056
ndb struct na base pair step.inclination: -33.589
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1200
ndb struct na base pair step.j auth seq id 2: 1204
ndb struct na base pair step.rise: 4.268
ndb struct na base pair step.roll: 11.306
ndb struct na base pair step.shift: -0.154
ndb struct na base pair step.slide: -3.452
ndb struct na base pair step.step name: NN_A1055U1056:A1204C1200_NN
ndb struct na base pair step.step number: 384
ndb struct na base pair step.tilt: 24.098
ndb struct na base pair step.tip: 71.59
ndb struct na base pair step.twist: -5.233
ndb struct na base pair step.x displacement: 2.398
ndb struct na base pair step.y displacement: 10.25

A,A,U,G,1055,1056,1 555,1 555,A,A,A,C,1203,1202,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 1055
ndb struct na base pair step.i label seq id 2: 1056
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 1203
ndb struct na base pair step.j label seq id 2: 1202
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.262
ndb struct na base pair step.helical twist: 28.227
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1056
ndb struct na base pair step.i auth seq id 2: 1057
ndb struct na base pair step.inclination: 14.609
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1204
ndb struct na base pair step.j auth seq id 2: 1203
ndb struct na base pair step.rise: 4.011
ndb struct na base pair step.roll: 7.052
ndb struct na base pair step.shift: -1.856
ndb struct na base pair step.slide: -2.423
ndb struct na base pair step.step name: NN_U1056G1057:C1203A1204_NN
ndb struct na base pair step.step number: 385
ndb struct na base pair step.tilt: 0.499
ndb struct na base pair step.tip: -1.035
ndb struct na base pair step.twist: 27.345
ndb struct na base pair step.x displacement: -6.825
ndb struct na base pair step.y displacement: 3.936

A,A,G,G,1056,1057,1 555,1 555,A,A,C,U,1202,1198,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 1056
ndb struct na base pair step.i label seq id 2: 1057
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 1202
ndb struct na base pair step.j label seq id 2: 1198
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.316
ndb struct na base pair step.helical twist: 61.178
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1057
ndb struct na base pair step.i auth seq id 2: 1058
ndb struct na base pair step.inclination: 21.782
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1203
ndb struct na base pair step.j auth seq id 2: 1199
ndb struct na base pair step.rise: 3.309
ndb struct na base pair step.roll: 21.625
ndb struct na base pair step.shift: 5.682
ndb struct na base pair step.slide: 1.087
ndb struct na base pair step.step name: NN_G1057G1058:U1199C1203_NN
ndb struct na base pair step.step number: 386
ndb struct na base pair step.tilt: -12.897
ndb struct na base pair step.tip: 12.991
ndb struct na base pair step.twist: 56.219
ndb struct na base pair step.x displacement: 0.137
ndb struct na base pair step.y displacement: -6.139

A,A,G,C,1057,1058,1 555,1 555,A,A,U,G,1198,1197,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 1057
ndb struct na base pair step.i label seq id 2: 1058
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 1198
ndb struct na base pair step.j label seq id 2: 1197
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.492
ndb struct na base pair step.helical twist: 38.768
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1058
ndb struct na base pair step.i auth seq id 2: 1059
ndb struct na base pair step.inclination: 12.956
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1199
ndb struct na base pair step.j auth seq id 2: 1198
ndb struct na base pair step.rise: 2.737
ndb struct na base pair step.roll: 8.534
ndb struct na base pair step.shift: -0.23
ndb struct na base pair step.slide: -0.882
ndb struct na base pair step.step name: NN_G1058C1059:G1198U1199_NN
ndb struct na base pair step.step number: 387
ndb struct na base pair step.tilt: -0.827
ndb struct na base pair step.tip: 1.255
ndb struct na base pair step.twist: 37.844
ndb struct na base pair step.x displacement: -2.173
ndb struct na base pair step.y displacement: 0.265

A,A,C,U,1058,1059,1 555,1 555,A,A,G,A,1197,1196,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 1058
ndb struct na base pair step.i label seq id 2: 1059
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 1197
ndb struct na base pair step.j label seq id 2: 1196
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.534
ndb struct na base pair step.helical twist: 31.767
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1059
ndb struct na base pair step.i auth seq id 2: 1060
ndb struct na base pair step.inclination: 20.149
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1198
ndb struct na base pair step.j auth seq id 2: 1197
ndb struct na base pair step.rise: 3.55
ndb struct na base pair step.roll: 10.708
ndb struct na base pair step.shift: 0.108
ndb struct na base pair step.slide: -2.063
ndb struct na base pair step.step name: NN_C1059U1060:A1197G1198_NN
ndb struct na base pair step.step number: 388
ndb struct na base pair step.tilt: -7.809
ndb struct na base pair step.tip: 14.695
ndb struct na base pair step.twist: 28.936
ndb struct na base pair step.x displacement: -5.686
ndb struct na base pair step.y displacement: -1.596

A,A,U,G,1059,1060,1 555,1 555,A,A,A,C,1196,1194,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 1059
ndb struct na base pair step.i label seq id 2: 1060
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 1196
ndb struct na base pair step.j label seq id 2: 1194
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.638
ndb struct na base pair step.helical twist: 16.139
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1060
ndb struct na base pair step.i auth seq id 2: 1061
ndb struct na base pair step.inclination: -3.21
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1197
ndb struct na base pair step.j auth seq id 2: 1195
ndb struct na base pair step.rise: 3.479
ndb struct na base pair step.roll: -0.9
ndb struct na base pair step.shift: 0.76
ndb struct na base pair step.slide: -3.415
ndb struct na base pair step.step name: NN_U1060G1061:C1195A1197_NN
ndb struct na base pair step.step number: 389
ndb struct na base pair step.tilt: -0.496
ndb struct na base pair step.tip: 1.769
ndb struct na base pair step.twist: 16.106
ndb struct na base pair step.x displacement: -11.462
ndb struct na base pair step.y displacement: -3.095

A,A,U,C,996,997,1 555,1 555,A,A,A,G,1043,1042,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 996
ndb struct na base pair step.i label seq id 2: 997
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 1043
ndb struct na base pair step.j label seq id 2: 1042
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.361
ndb struct na base pair step.helical twist: 43.805
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 997
ndb struct na base pair step.i auth seq id 2: 998
ndb struct na base pair step.inclination: 31.37
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1044
ndb struct na base pair step.j auth seq id 2: 1043
ndb struct na base pair step.rise: 3.334
ndb struct na base pair step.roll: 21.984
ndb struct na base pair step.shift: -0.198
ndb struct na base pair step.slide: -0.625
ndb struct na base pair step.step name: NN_U997C998:G1043A1044_NN
ndb struct na base pair step.step number: 390
ndb struct na base pair step.tilt: 14.002
ndb struct na base pair step.tip: -19.98
ndb struct na base pair step.twist: 35.518
ndb struct na base pair step.x displacement: -2.877
ndb struct na base pair step.y displacement: 1.564

A,A,C,C,997,998,1 555,1 555,A,A,G,G,1042,1040,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 997
ndb struct na base pair step.i label seq id 2: 998
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 1042
ndb struct na base pair step.j label seq id 2: 1040
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.529
ndb struct na base pair step.helical twist: 48.643
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 998
ndb struct na base pair step.i auth seq id 2: 999
ndb struct na base pair step.inclination: 32.987
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1043
ndb struct na base pair step.j auth seq id 2: 1041
ndb struct na base pair step.rise: 4.847
ndb struct na base pair step.roll: 24.57
ndb struct na base pair step.shift: 1.036
ndb struct na base pair step.slide: -0.806
ndb struct na base pair step.step name: NN_C998C999:G1041G1043_NN
ndb struct na base pair step.step number: 391
ndb struct na base pair step.tilt: -25.293
ndb struct na base pair step.tip: 33.958
ndb struct na base pair step.twist: 34.056
ndb struct na base pair step.x displacement: -3.542
ndb struct na base pair step.y displacement: -3.897

A,A,C,A,998,999,1 555,1 555,A,A,G,U,1040,1039,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 998
ndb struct na base pair step.i label seq id 2: 999
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 1040
ndb struct na base pair step.j label seq id 2: 1039
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 0.741
ndb struct na base pair step.helical twist: 35.647
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 999
ndb struct na base pair step.i auth seq id 2: 1000
ndb struct na base pair step.inclination: 45.926
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1041
ndb struct na base pair step.j auth seq id 2: 1040
ndb struct na base pair step.rise: 2.732
ndb struct na base pair step.roll: 25.394
ndb struct na base pair step.shift: 0.836
ndb struct na base pair step.slide: -1.658
ndb struct na base pair step.step name: NN_C999A1000:U1040G1041_NN
ndb struct na base pair step.step number: 392
ndb struct na base pair step.tilt: -1.765
ndb struct na base pair step.tip: 3.192
ndb struct na base pair step.twist: 25.164
ndb struct na base pair step.x displacement: -5.032
ndb struct na base pair step.y displacement: -1.527

A,A,A,C,999,1000,1 555,1 555,A,A,U,G,1039,1038,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 999
ndb struct na base pair step.i label seq id 2: 1000
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 1039
ndb struct na base pair step.j label seq id 2: 1038
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.487
ndb struct na base pair step.helical twist: 45.054
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1000
ndb struct na base pair step.i auth seq id 2: 1001
ndb struct na base pair step.inclination: 12.696
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1040
ndb struct na base pair step.j auth seq id 2: 1039
ndb struct na base pair step.rise: 3.674
ndb struct na base pair step.roll: 9.658
ndb struct na base pair step.shift: -1.068
ndb struct na base pair step.slide: -0.712
ndb struct na base pair step.step name: NN_A1000C1001:G1039U1040_NN
ndb struct na base pair step.step number: 393
ndb struct na base pair step.tilt: -1.681
ndb struct na base pair step.tip: 2.21
ndb struct na base pair step.twist: 44.029
ndb struct na base pair step.x displacement: -1.891
ndb struct na base pair step.y displacement: 1.226

A,A,C,G,1000,1001,1 555,1 555,A,A,G,C,1038,1037,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 1000
ndb struct na base pair step.i label seq id 2: 1001
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 1038
ndb struct na base pair step.j label seq id 2: 1037
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 0.44
ndb struct na base pair step.helical twist: 26.347
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1001
ndb struct na base pair step.i auth seq id 2: 1002
ndb struct na base pair step.inclination: 54.471
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1039
ndb struct na base pair step.j auth seq id 2: 1038
ndb struct na base pair step.rise: 2.227
ndb struct na base pair step.roll: 21.229
ndb struct na base pair step.shift: 0.262
ndb struct na base pair step.slide: -1.102
ndb struct na base pair step.step name: NN_C1001G1002:C1038G1039_NN
ndb struct na base pair step.step number: 394
ndb struct na base pair step.tilt: 4.461
ndb struct na base pair step.tip: -11.447
ndb struct na base pair step.twist: 15.043
ndb struct na base pair step.x displacement: -5.394
ndb struct na base pair step.y displacement: 0.051

A,A,G,G,1001,1002,1 555,1 555,A,A,C,C,1037,1036,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 1001
ndb struct na base pair step.i label seq id 2: 1002
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 1037
ndb struct na base pair step.j label seq id 2: 1036
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.388
ndb struct na base pair step.helical twist: 28.959
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1002
ndb struct na base pair step.i auth seq id 2: 1003
ndb struct na base pair step.inclination: 17.343
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1038
ndb struct na base pair step.j auth seq id 2: 1037
ndb struct na base pair step.rise: 2.735
ndb struct na base pair step.roll: 8.549
ndb struct na base pair step.shift: 0.423
ndb struct na base pair step.slide: -0.773
ndb struct na base pair step.step name: NN_G1002G1003:C1037C1038_NN
ndb struct na base pair step.step number: 395
ndb struct na base pair step.tilt: -0.436
ndb struct na base pair step.tip: 0.885
ndb struct na base pair step.twist: 27.691
ndb struct na base pair step.x displacement: -3.061
ndb struct na base pair step.y displacement: -0.924

A,A,A,G,1004,1005,1 555,1 555,A,A,G,U,1023,1022,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 1004
ndb struct na base pair step.i label seq id 2: 1005
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 1023
ndb struct na base pair step.j label seq id 2: 1022
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.674
ndb struct na base pair step.helical twist: 57.439
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1005
ndb struct na base pair step.i auth seq id 2: 1006
ndb struct na base pair step.inclination: 4.972
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1024
ndb struct na base pair step.j auth seq id 2: 1023
ndb struct na base pair step.rise: 2.896
ndb struct na base pair step.roll: 4.77
ndb struct na base pair step.shift: 3.171
ndb struct na base pair step.slide: -0.111
ndb struct na base pair step.step name: NN_A1005G1006:U1023G1024_NN
ndb struct na base pair step.step number: 396
ndb struct na base pair step.tilt: -3.95
ndb struct na base pair step.tip: 4.117
ndb struct na base pair step.twist: 57.132
ndb struct na base pair step.x displacement: -0.337
ndb struct na base pair step.y displacement: -3.483

A,A,G,U,1005,1006,1 555,1 555,A,A,U,A,1022,1021,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 1005
ndb struct na base pair step.i label seq id 2: 1006
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 1022
ndb struct na base pair step.j label seq id 2: 1021
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.89
ndb struct na base pair step.helical twist: 29.276
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1006
ndb struct na base pair step.i auth seq id 2: 1007
ndb struct na base pair step.inclination: 5.47
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1023
ndb struct na base pair step.j auth seq id 2: 1022
ndb struct na base pair step.rise: 3.11
ndb struct na base pair step.roll: 2.76
ndb struct na base pair step.shift: 0.727
ndb struct na base pair step.slide: -2.534
ndb struct na base pair step.step name: NN_G1006U1007:A1022U1023_NN
ndb struct na base pair step.step number: 397
ndb struct na base pair step.tilt: 1.226
ndb struct na base pair step.tip: -2.429
ndb struct na base pair step.twist: 29.123
ndb struct na base pair step.x displacement: -5.562
ndb struct na base pair step.y displacement: -1.194

A,A,U,U,1006,1007,1 555,1 555,A,A,A,A,1021,1020,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 1006
ndb struct na base pair step.i label seq id 2: 1007
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 1021
ndb struct na base pair step.j label seq id 2: 1020
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.823
ndb struct na base pair step.helical twist: 42.163
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1007
ndb struct na base pair step.i auth seq id 2: 1008
ndb struct na base pair step.inclination: 12.379
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1022
ndb struct na base pair step.j auth seq id 2: 1021
ndb struct na base pair step.rise: 4.52
ndb struct na base pair step.roll: 8.837
ndb struct na base pair step.shift: -0.279
ndb struct na base pair step.slide: -3.059
ndb struct na base pair step.step name: NN_U1007U1008:A1021A1022_NN
ndb struct na base pair step.step number: 398
ndb struct na base pair step.tilt: -3.17
ndb struct na base pair step.tip: 4.441
ndb struct na base pair step.twist: 41.15
ndb struct na base pair step.x displacement: -5.428
ndb struct na base pair step.y displacement: -0.034

A,A,U,U,1007,1008,1 555,1 555,A,A,A,G,1020,1019,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 1007
ndb struct na base pair step.i label seq id 2: 1008
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 1020
ndb struct na base pair step.j label seq id 2: 1019
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.632
ndb struct na base pair step.helical twist: 37.92
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1008
ndb struct na base pair step.i auth seq id 2: 1009
ndb struct na base pair step.inclination: -5.816
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1021
ndb struct na base pair step.j auth seq id 2: 1020
ndb struct na base pair step.rise: 2.729
ndb struct na base pair step.roll: -3.705
ndb struct na base pair step.shift: -0.241
ndb struct na base pair step.slide: -1.504
ndb struct na base pair step.step name: NN_U1008U1009:G1020A1021_NN
ndb struct na base pair step.step number: 399
ndb struct na base pair step.tilt: 12.746
ndb struct na base pair step.tip: -20.01
ndb struct na base pair step.twist: 35.602
ndb struct na base pair step.x displacement: -1.913
ndb struct na base pair step.y displacement: 1.753

A,A,U,U,1008,1009,1 555,1 555,A,A,G,A,1019,1018,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 1008
ndb struct na base pair step.i label seq id 2: 1009
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 1019
ndb struct na base pair step.j label seq id 2: 1018
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.686
ndb struct na base pair step.helical twist: 29.808
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1009
ndb struct na base pair step.i auth seq id 2: 1010
ndb struct na base pair step.inclination: 13.839
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1020
ndb struct na base pair step.j auth seq id 2: 1019
ndb struct na base pair step.rise: 3.407
ndb struct na base pair step.roll: 6.999
ndb struct na base pair step.shift: 0.101
ndb struct na base pair step.slide: -2.296
ndb struct na base pair step.step name: NN_U1009U1010:A1019G1020_NN
ndb struct na base pair step.step number: 400
ndb struct na base pair step.tilt: -6.485
ndb struct na base pair step.tip: 12.823
ndb struct na base pair step.twist: 28.273
ndb struct na base pair step.x displacement: -5.862
ndb struct na base pair step.y displacement: -1.491

A,A,U,C,1009,1010,1 555,1 555,A,A,A,G,1018,1017,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 1009
ndb struct na base pair step.i label seq id 2: 1010
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 1018
ndb struct na base pair step.j label seq id 2: 1017
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 1.927
ndb struct na base pair step.helical twist: 29.343
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1010
ndb struct na base pair step.i auth seq id 2: 1011
ndb struct na base pair step.inclination: 11.609
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1019
ndb struct na base pair step.j auth seq id 2: 1018
ndb struct na base pair step.rise: 2.583
ndb struct na base pair step.roll: 5.779
ndb struct na base pair step.shift: -0.38
ndb struct na base pair step.slide: -2.213
ndb struct na base pair step.step name: NN_U1010C1011:G1018A1019_NN
ndb struct na base pair step.step number: 401
ndb struct na base pair step.tilt: 7.541
ndb struct na base pair step.tip: -15.147
ndb struct na base pair step.twist: 27.795
ndb struct na base pair step.x displacement: -5.251
ndb struct na base pair step.y displacement: 1.901

A,A,C,A,1010,1011,1 555,1 555,A,A,G,U,1017,1016,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 1010
ndb struct na base pair step.i label seq id 2: 1011
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 1017
ndb struct na base pair step.j label seq id 2: 1016
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.02
ndb struct na base pair step.helical twist: 38.598
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1011
ndb struct na base pair step.i auth seq id 2: 1012
ndb struct na base pair step.inclination: 31.376
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1018
ndb struct na base pair step.j auth seq id 2: 1017
ndb struct na base pair step.rise: 3.166
ndb struct na base pair step.roll: 19.739
ndb struct na base pair step.shift: 0.168
ndb struct na base pair step.slide: -1.335
ndb struct na base pair step.step name: NN_C1011A1012:U1017G1018_NN
ndb struct na base pair step.step number: 402
ndb struct na base pair step.tilt: -5.727
ndb struct na base pair step.tip: 9.102
ndb struct na base pair step.twist: 32.849
ndb struct na base pair step.x displacement: -4.122
ndb struct na base pair step.y displacement: -0.864

A,A,A,G,1011,1012,1 555,1 555,A,A,U,A,1016,1015,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 1011
ndb struct na base pair step.i label seq id 2: 1012
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 1016
ndb struct na base pair step.j label seq id 2: 1015
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.241
ndb struct na base pair step.helical twist: 54.991
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1012
ndb struct na base pair step.i auth seq id 2: 1013
ndb struct na base pair step.inclination: 4.875
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1017
ndb struct na base pair step.j auth seq id 2: 1016
ndb struct na base pair step.rise: 2.77
ndb struct na base pair step.roll: 4.487
ndb struct na base pair step.shift: -4.651
ndb struct na base pair step.slide: -0.654
ndb struct na base pair step.step name: NN_A1012G1013:A1016U1017_NN
ndb struct na base pair step.step number: 403
ndb struct na base pair step.tilt: -7.01
ndb struct na base pair step.tip: 7.617
ndb struct na base pair step.twist: 54.406
ndb struct na base pair step.x displacement: -0.955
ndb struct na base pair step.y displacement: 4.652

A,A,G,C,1025,1026,1 555,1 555,A,A,A,G,1034,1033,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 1025
ndb struct na base pair step.i label seq id 2: 1026
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 1034
ndb struct na base pair step.j label seq id 2: 1033
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.503
ndb struct na base pair step.helical twist: 45.871
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1026
ndb struct na base pair step.i auth seq id 2: 1027
ndb struct na base pair step.inclination: 41.078
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1035
ndb struct na base pair step.j auth seq id 2: 1034
ndb struct na base pair step.rise: 4.195
ndb struct na base pair step.roll: 29.536
ndb struct na base pair step.shift: -1.074
ndb struct na base pair step.slide: -1.405
ndb struct na base pair step.step name: NN_G1026C1027:G1034A1035_NN
ndb struct na base pair step.step number: 404
ndb struct na base pair step.tilt: -7.129
ndb struct na base pair step.tip: 9.915
ndb struct na base pair step.twist: 34.78
ndb struct na base pair step.x displacement: -4.836
ndb struct na base pair step.y displacement: 0.646

A,A,C,C,1026,1027,1 555,1 555,A,A,G,G,1033,1032,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 1026
ndb struct na base pair step.i label seq id 2: 1027
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 1033
ndb struct na base pair step.j label seq id 2: 1032
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.568
ndb struct na base pair step.helical twist: 43.779
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1027
ndb struct na base pair step.i auth seq id 2: 1028
ndb struct na base pair step.inclination: 23.885
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1034
ndb struct na base pair step.j auth seq id 2: 1033
ndb struct na base pair step.rise: 3.529
ndb struct na base pair step.roll: 17.289
ndb struct na base pair step.shift: -0.118
ndb struct na base pair step.slide: -1.769
ndb struct na base pair step.step name: NN_C1027C1028:G1033G1034_NN
ndb struct na base pair step.step number: 405
ndb struct na base pair step.tilt: -7.101
ndb struct na base pair step.tip: 9.81
ndb struct na base pair step.twist: 39.767
ndb struct na base pair step.x displacement: -3.992
ndb struct na base pair step.y displacement: -0.507

A,A,C,U,1027,1028,1 555,1 555,A,A,G,G,1032,1031,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 1027
ndb struct na base pair step.i label seq id 2: 1028
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 1032
ndb struct na base pair step.j label seq id 2: 1031
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 4.196
ndb struct na base pair step.helical twist: 106.936
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1028
ndb struct na base pair step.i auth seq id 2: 1029
ndb struct na base pair step.inclination: 2.022
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1033
ndb struct na base pair step.j auth seq id 2: 1032
ndb struct na base pair step.rise: 4.275
ndb struct na base pair step.roll: 3.245
ndb struct na base pair step.shift: -0.383
ndb struct na base pair step.slide: -1.579
ndb struct na base pair step.step name: NN_C1028U1029:G1032G1033_NN
ndb struct na base pair step.step number: 406
ndb struct na base pair step.tilt: 12.461
ndb struct na base pair step.tip: -7.763
ndb struct na base pair step.twist: 106.396
ndb struct na base pair step.x displacement: -1.038
ndb struct na base pair step.y displacement: 0.452

A,A,U,C,1064,1065,1 555,1 555,A,A,A,A,1066,1190,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 1064
ndb struct na base pair step.i label seq id 2: 1065
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 1066
ndb struct na base pair step.j label seq id 2: 1190
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.132
ndb struct na base pair step.helical twist: -31.721
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1065
ndb struct na base pair step.i auth seq id 2: 1066
ndb struct na base pair step.inclination: 23.396
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1067
ndb struct na base pair step.j auth seq id 2: 1191
ndb struct na base pair step.rise: 2.767
ndb struct na base pair step.roll: -12.446
ndb struct na base pair step.shift: 5.516
ndb struct na base pair step.slide: 0.391
ndb struct na base pair step.step name: NN_U1065C1066:A1191A1067_NN
ndb struct na base pair step.step number: 407
ndb struct na base pair step.tilt: -2.569
ndb struct na base pair step.tip: -4.828
ndb struct na base pair step.twist: -29.124
ndb struct na base pair step.x displacement: 1.443
ndb struct na base pair step.y displacement: 9.647

A,A,G,C,1067,1068,1 555,1 555,A,A,C,G,1106,1105,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 1067
ndb struct na base pair step.i label seq id 2: 1068
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 1106
ndb struct na base pair step.j label seq id 2: 1105
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.731
ndb struct na base pair step.helical twist: 40.208
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1068
ndb struct na base pair step.i auth seq id 2: 1069
ndb struct na base pair step.inclination: 8.184
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1107
ndb struct na base pair step.j auth seq id 2: 1106
ndb struct na base pair step.rise: 3.128
ndb struct na base pair step.roll: 5.411
ndb struct na base pair step.shift: -0.595
ndb struct na base pair step.slide: -2.332
ndb struct na base pair step.step name: NN_G1068C1069:G1106C1107_NN
ndb struct na base pair step.step number: 408
ndb struct na base pair step.tilt: -18.568
ndb struct na base pair step.tip: 28.086
ndb struct na base pair step.twist: 35.421
ndb struct na base pair step.x displacement: -3.981
ndb struct na base pair step.y displacement: -1.156

A,A,C,U,1068,1069,1 555,1 555,A,A,G,A,1105,1104,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 1068
ndb struct na base pair step.i label seq id 2: 1069
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 1105
ndb struct na base pair step.j label seq id 2: 1104
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 4.23
ndb struct na base pair step.helical twist: 15.676
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1069
ndb struct na base pair step.i auth seq id 2: 1070
ndb struct na base pair step.inclination: -10.515
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1106
ndb struct na base pair step.j auth seq id 2: 1105
ndb struct na base pair step.rise: 3.753
ndb struct na base pair step.roll: -2.564
ndb struct na base pair step.shift: 1.511
ndb struct na base pair step.slide: -3.56
ndb struct na base pair step.step name: NN_C1069U1070:A1105G1106_NN
ndb struct na base pair step.step number: 409
ndb struct na base pair step.tilt: 11.122
ndb struct na base pair step.tip: -45.62
ndb struct na base pair step.twist: 10.764
ndb struct na base pair step.x displacement: -10.224
ndb struct na base pair step.y displacement: 6.728

A,A,U,C,1069,1070,1 555,1 555,A,A,A,G,1104,1103,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 1069
ndb struct na base pair step.i label seq id 2: 1070
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 1104
ndb struct na base pair step.j label seq id 2: 1103
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.541
ndb struct na base pair step.helical twist: 45.088
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1070
ndb struct na base pair step.i auth seq id 2: 1071
ndb struct na base pair step.inclination: -4.182
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1105
ndb struct na base pair step.j auth seq id 2: 1104
ndb struct na base pair step.rise: 2.537
ndb struct na base pair step.roll: -3.197
ndb struct na base pair step.shift: -0.432
ndb struct na base pair step.slide: -1.092
ndb struct na base pair step.step name: NN_U1070C1071:G1104A1105_NN
ndb struct na base pair step.step number: 410
ndb struct na base pair step.tilt: 5.319
ndb struct na base pair step.tip: -6.957
ndb struct na base pair step.twist: 44.681
ndb struct na base pair step.x displacement: -1.201
ndb struct na base pair step.y displacement: 0.935

A,A,C,G,1070,1071,1 555,1 555,A,A,G,C,1103,1102,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 1070
ndb struct na base pair step.i label seq id 2: 1071
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 1103
ndb struct na base pair step.j label seq id 2: 1102
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 1.776
ndb struct na base pair step.helical twist: 29.937
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1071
ndb struct na base pair step.i auth seq id 2: 1072
ndb struct na base pair step.inclination: 38.773
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1104
ndb struct na base pair step.j auth seq id 2: 1103
ndb struct na base pair step.rise: 3.039
ndb struct na base pair step.roll: 18.512
ndb struct na base pair step.shift: -0.228
ndb struct na base pair step.slide: -0.886
ndb struct na base pair step.step name: NN_C1071G1072:C1103G1104_NN
ndb struct na base pair step.step number: 411
ndb struct na base pair step.tilt: 5.075
ndb struct na base pair step.tip: -10.63
ndb struct na base pair step.twist: 23.082
ndb struct na base pair step.x displacement: -4.918
ndb struct na base pair step.y displacement: 1.319

A,A,G,U,1071,1072,1 555,1 555,A,A,C,A,1102,1101,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 1071
ndb struct na base pair step.i label seq id 2: 1072
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 1102
ndb struct na base pair step.j label seq id 2: 1101
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.32
ndb struct na base pair step.helical twist: 39.815
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1072
ndb struct na base pair step.i auth seq id 2: 1073
ndb struct na base pair step.inclination: 3.901
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1103
ndb struct na base pair step.j auth seq id 2: 1102
ndb struct na base pair step.rise: 2.372
ndb struct na base pair step.roll: 2.654
ndb struct na base pair step.shift: 0.715
ndb struct na base pair step.slide: -0.374
ndb struct na base pair step.step name: NN_G1072U1073:A1102C1103_NN
ndb struct na base pair step.step number: 412
ndb struct na base pair step.tilt: -1.274
ndb struct na base pair step.tip: 1.872
ndb struct na base pair step.twist: 39.711
ndb struct na base pair step.x displacement: -0.77
ndb struct na base pair step.y displacement: -1.155

A,A,U,G,1072,1073,1 555,1 555,A,A,A,U,1101,1082,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 1072
ndb struct na base pair step.i label seq id 2: 1073
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 1101
ndb struct na base pair step.j label seq id 2: 1082
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.153
ndb struct na base pair step.helical twist: 38.71
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1073
ndb struct na base pair step.i auth seq id 2: 1074
ndb struct na base pair step.inclination: 27.914
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1102
ndb struct na base pair step.j auth seq id 2: 1083
ndb struct na base pair step.rise: 3.115
ndb struct na base pair step.roll: 17.841
ndb struct na base pair step.shift: 0.377
ndb struct na base pair step.slide: -1.361
ndb struct na base pair step.step name: NN_U1073G1074:U1083A1102_NN
ndb struct na base pair step.step number: 413
ndb struct na base pair step.tilt: -2.201
ndb struct na base pair step.tip: 3.443
ndb struct na base pair step.twist: 34.425
ndb struct na base pair step.x displacement: -3.929
ndb struct na base pair step.y displacement: -0.801

A,A,G,U,1073,1074,1 555,1 555,A,A,U,A,1082,1081,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 1073
ndb struct na base pair step.i label seq id 2: 1074
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 1082
ndb struct na base pair step.j label seq id 2: 1081
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.396
ndb struct na base pair step.helical twist: 40.792
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1074
ndb struct na base pair step.i auth seq id 2: 1075
ndb struct na base pair step.inclination: 9.722
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1083
ndb struct na base pair step.j auth seq id 2: 1082
ndb struct na base pair step.rise: 2.542
ndb struct na base pair step.roll: 6.746
ndb struct na base pair step.shift: 0.265
ndb struct na base pair step.slide: -0.637
ndb struct na base pair step.step name: NN_G1074U1075:A1082U1083_NN
ndb struct na base pair step.step number: 414
ndb struct na base pair step.tilt: -1.675
ndb struct na base pair step.tip: 2.414
ndb struct na base pair step.twist: 40.22
ndb struct na base pair step.x displacement: -1.479
ndb struct na base pair step.y displacement: -0.521

A,A,U,U,1074,1075,1 555,1 555,A,A,A,A,1081,1080,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 1074
ndb struct na base pair step.i label seq id 2: 1075
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 1081
ndb struct na base pair step.j label seq id 2: 1080
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.478
ndb struct na base pair step.helical twist: 29.114
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1075
ndb struct na base pair step.i auth seq id 2: 1076
ndb struct na base pair step.inclination: 21.476
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1082
ndb struct na base pair step.j auth seq id 2: 1081
ndb struct na base pair step.rise: 2.953
ndb struct na base pair step.roll: 10.313
ndb struct na base pair step.shift: 1.183
ndb struct na base pair step.slide: -1.445
ndb struct na base pair step.step name: NN_U1075U1076:A1081A1082_NN
ndb struct na base pair step.step number: 415
ndb struct na base pair step.tilt: 10.577
ndb struct na base pair step.tip: -22.027
ndb struct na base pair step.twist: 25.157
ndb struct na base pair step.x displacement: -4.891
ndb struct na base pair step.y displacement: -0.285

A,A,G,G,1086,1087,1 555,1 555,A,A,C,C,1097,1096,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 1086
ndb struct na base pair step.i label seq id 2: 1087
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 1097
ndb struct na base pair step.j label seq id 2: 1096
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.312
ndb struct na base pair step.helical twist: 45.372
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1087
ndb struct na base pair step.i auth seq id 2: 1088
ndb struct na base pair step.inclination: 15.202
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1098
ndb struct na base pair step.j auth seq id 2: 1097
ndb struct na base pair step.rise: 3.834
ndb struct na base pair step.roll: 11.608
ndb struct na base pair step.shift: -0.363
ndb struct na base pair step.slide: -1.641
ndb struct na base pair step.step name: NN_G1087G1088:C1097C1098_NN
ndb struct na base pair step.step number: 416
ndb struct na base pair step.tilt: 0.896
ndb struct na base pair step.tip: -1.173
ndb struct na base pair step.twist: 43.929
ndb struct na base pair step.x displacement: -3.271
ndb struct na base pair step.y displacement: 0.559

A,A,G,G,1087,1088,1 555,1 555,A,A,C,C,1096,1095,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 1087
ndb struct na base pair step.i label seq id 2: 1088
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 1096
ndb struct na base pair step.j label seq id 2: 1095
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.617
ndb struct na base pair step.helical twist: 36.467
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1088
ndb struct na base pair step.i auth seq id 2: 1089
ndb struct na base pair step.inclination: 28.315
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1097
ndb struct na base pair step.j auth seq id 2: 1096
ndb struct na base pair step.rise: 3.594
ndb struct na base pair step.roll: 17.069
ndb struct na base pair step.shift: 0.211
ndb struct na base pair step.slide: -1.274
ndb struct na base pair step.step name: NN_G1088G1089:C1096C1097_NN
ndb struct na base pair step.step number: 417
ndb struct na base pair step.tilt: -0.218
ndb struct na base pair step.tip: 0.361
ndb struct na base pair step.twist: 32.345
ndb struct na base pair step.x displacement: -4.428
ndb struct na base pair step.y displacement: -0.368

A,A,G,U,1088,1089,1 555,1 555,A,A,C,U,1095,1094,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 1088
ndb struct na base pair step.i label seq id 2: 1089
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 1095
ndb struct na base pair step.j label seq id 2: 1094
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.388
ndb struct na base pair step.helical twist: 31.028
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1089
ndb struct na base pair step.i auth seq id 2: 1090
ndb struct na base pair step.inclination: 10.513
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1096
ndb struct na base pair step.j auth seq id 2: 1095
ndb struct na base pair step.rise: 2.639
ndb struct na base pair step.roll: 5.551
ndb struct na base pair step.shift: 0.017
ndb struct na base pair step.slide: -0.83
ndb struct na base pair step.step name: NN_G1089U1090:U1095C1096_NN
ndb struct na base pair step.step number: 418
ndb struct na base pair step.tilt: -6.78
ndb struct na base pair step.tip: 12.84
ndb struct na base pair step.twist: 29.795
ndb struct na base pair step.x displacement: -2.389
ndb struct na base pair step.y displacement: -1.055

A,A,C,U,1113,1114,1 555,1 555,A,A,G,G,1185,1184,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 1113
ndb struct na base pair step.i label seq id 2: 1114
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 1185
ndb struct na base pair step.j label seq id 2: 1184
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.437
ndb struct na base pair step.helical twist: 35.69
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1114
ndb struct na base pair step.i auth seq id 2: 1115
ndb struct na base pair step.inclination: 13.615
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1186
ndb struct na base pair step.j auth seq id 2: 1185
ndb struct na base pair step.rise: 2.886
ndb struct na base pair step.roll: 8.272
ndb struct na base pair step.shift: 2.159
ndb struct na base pair step.slide: -1.387
ndb struct na base pair step.step name: NN_C1114U1115:G1185G1186_NN
ndb struct na base pair step.step number: 419
ndb struct na base pair step.tilt: -1.059
ndb struct na base pair step.tip: 1.743
ndb struct na base pair step.twist: 34.733
ndb struct na base pair step.x displacement: -3.251
ndb struct na base pair step.y displacement: -3.648

A,A,U,U,1114,1115,1 555,1 555,A,A,G,G,1184,1183,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 1114
ndb struct na base pair step.i label seq id 2: 1115
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 1184
ndb struct na base pair step.j label seq id 2: 1183
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: -0.391
ndb struct na base pair step.helical twist: 32.232
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1115
ndb struct na base pair step.i auth seq id 2: 1116
ndb struct na base pair step.inclination: 28.673
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1185
ndb struct na base pair step.j auth seq id 2: 1184
ndb struct na base pair step.rise: 2.013
ndb struct na base pair step.roll: 14.612
ndb struct na base pair step.shift: -1.603
ndb struct na base pair step.slide: -2.562
ndb struct na base pair step.step name: NN_U1115U1116:G1184G1185_NN
ndb struct na base pair step.step number: 420
ndb struct na base pair step.tilt: 15.679
ndb struct na base pair step.tip: -30.766
ndb struct na base pair step.twist: 24.217
ndb struct na base pair step.x displacement: -5.358
ndb struct na base pair step.y displacement: 3.684

A,A,U,A,1115,1178,1 555,1 555,A,A,G,G,1183,1155,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 1115
ndb struct na base pair step.i label seq id 2: 1178
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 1183
ndb struct na base pair step.j label seq id 2: 1155
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: -0.914
ndb struct na base pair step.helical twist: -130.931
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1116
ndb struct na base pair step.i auth seq id 2: 1179
ndb struct na base pair step.inclination: 1.703
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1184
ndb struct na base pair step.j auth seq id 2: 1156
ndb struct na base pair step.rise: 1.54
ndb struct na base pair step.roll: -2.67
ndb struct na base pair step.shift: 1.613
ndb struct na base pair step.slide: 5.996
ndb struct na base pair step.step name: NN_U1116A1179:G1156G1184_NN
ndb struct na base pair step.step number: 421
ndb struct na base pair step.tilt: 128.502
ndb struct na base pair step.tip: 81.96
ndb struct na base pair step.twist: -34.001
ndb struct na base pair step.x displacement: -3.29
ndb struct na base pair step.y displacement: 1.133

A,A,A,U,1178,1117,1 555,1 555,A,A,G,A,1155,1154,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 1178
ndb struct na base pair step.i label seq id 2: 1117
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 1155
ndb struct na base pair step.j label seq id 2: 1154
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: -1.434
ndb struct na base pair step.helical twist: 175.068
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1179
ndb struct na base pair step.i auth seq id 2: 1118
ndb struct na base pair step.inclination: 52.799
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1156
ndb struct na base pair step.j auth seq id 2: 1155
ndb struct na base pair step.rise: -1.173
ndb struct na base pair step.roll: 105.116
ndb struct na base pair step.shift: 2.528
ndb struct na base pair step.slide: 1.374
ndb struct na base pair step.step name: NN_A1179U1118:A1155G1156_NN
ndb struct na base pair step.step number: 422
ndb struct na base pair step.tilt: -125.29
ndb struct na base pair step.tip: 62.933
ndb struct na base pair step.twist: 145.007
ndb struct na base pair step.x displacement: 0.815
ndb struct na base pair step.y displacement: -1.113

A,A,U,C,1117,1118,1 555,1 555,A,A,A,G,1154,1153,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 1117
ndb struct na base pair step.i label seq id 2: 1118
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 1154
ndb struct na base pair step.j label seq id 2: 1153
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.431
ndb struct na base pair step.helical twist: 28.537
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1118
ndb struct na base pair step.i auth seq id 2: 1119
ndb struct na base pair step.inclination: 8.15
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1155
ndb struct na base pair step.j auth seq id 2: 1154
ndb struct na base pair step.rise: 3.802
ndb struct na base pair step.roll: 4.003
ndb struct na base pair step.shift: 0.041
ndb struct na base pair step.slide: -2.423
ndb struct na base pair step.step name: NN_U1118C1119:G1154A1155_NN
ndb struct na base pair step.step number: 423
ndb struct na base pair step.tilt: 1.316
ndb struct na base pair step.tip: -2.679
ndb struct na base pair step.twist: 28.23
ndb struct na base pair step.x displacement: -5.93
ndb struct na base pair step.y displacement: 0.249

A,A,C,C,1118,1119,1 555,1 555,A,A,G,G,1153,1152,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 1118
ndb struct na base pair step.i label seq id 2: 1119
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 1153
ndb struct na base pair step.j label seq id 2: 1152
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.485
ndb struct na base pair step.helical twist: 24.639
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1119
ndb struct na base pair step.i auth seq id 2: 1120
ndb struct na base pair step.inclination: 16.849
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1154
ndb struct na base pair step.j auth seq id 2: 1153
ndb struct na base pair step.rise: 4.694
ndb struct na base pair step.roll: 7.072
ndb struct na base pair step.shift: -0.493
ndb struct na base pair step.slide: -3.235
ndb struct na base pair step.step name: NN_C1119C1120:G1153G1154_NN
ndb struct na base pair step.step number: 424
ndb struct na base pair step.tilt: 3.147
ndb struct na base pair step.tip: -7.498
ndb struct na base pair step.twist: 23.409
ndb struct na base pair step.x displacement: -10.361
ndb struct na base pair step.y displacement: 2.392

A,A,C,U,1119,1120,1 555,1 555,A,A,G,A,1152,1151,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 1119
ndb struct na base pair step.i label seq id 2: 1120
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 1152
ndb struct na base pair step.j label seq id 2: 1151
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.877
ndb struct na base pair step.helical twist: 32.121
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1120
ndb struct na base pair step.i auth seq id 2: 1121
ndb struct na base pair step.inclination: 1.079
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1153
ndb struct na base pair step.j auth seq id 2: 1152
ndb struct na base pair step.rise: 2.854
ndb struct na base pair step.roll: 0.596
ndb struct na base pair step.shift: 0.637
ndb struct na base pair step.slide: -1.404
ndb struct na base pair step.step name: NN_C1120U1121:A1152G1153_NN
ndb struct na base pair step.step number: 425
ndb struct na base pair step.tilt: 3.303
ndb struct na base pair step.tip: -5.981
ndb struct na base pair step.twist: 31.949
ndb struct na base pair step.x displacement: -2.632
ndb struct na base pair step.y displacement: -0.632

A,A,U,U,1120,1121,1 555,1 555,A,A,A,A,1151,1150,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 1120
ndb struct na base pair step.i label seq id 2: 1121
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 1151
ndb struct na base pair step.j label seq id 2: 1150
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 1.924
ndb struct na base pair step.helical twist: 35.506
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1121
ndb struct na base pair step.i auth seq id 2: 1122
ndb struct na base pair step.inclination: 48.624
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1152
ndb struct na base pair step.j auth seq id 2: 1151
ndb struct na base pair step.rise: 3.422
ndb struct na base pair step.roll: 26.094
ndb struct na base pair step.shift: 2.195
ndb struct na base pair step.slide: -1.124
ndb struct na base pair step.step name: NN_U1121U1122:A1151A1152_NN
ndb struct na base pair step.step number: 426
ndb struct na base pair step.tilt: 8.812
ndb struct na base pair step.tip: -16.42
ndb struct na base pair step.twist: 22.629
ndb struct na base pair step.x displacement: -5.711
ndb struct na base pair step.y displacement: -2.294

A,A,U,U,1121,1122,1 555,1 555,A,A,A,A,1150,1149,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 1121
ndb struct na base pair step.i label seq id 2: 1122
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 1150
ndb struct na base pair step.j label seq id 2: 1149
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 4.042
ndb struct na base pair step.helical twist: 52.849
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1122
ndb struct na base pair step.i auth seq id 2: 1123
ndb struct na base pair step.inclination: 26.236
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1151
ndb struct na base pair step.j auth seq id 2: 1150
ndb struct na base pair step.rise: 3.9
ndb struct na base pair step.roll: 22.296
ndb struct na base pair step.shift: -0.955
ndb struct na base pair step.slide: 0.953
ndb struct na base pair step.step name: NN_U1122U1123:A1150A1151_NN
ndb struct na base pair step.step number: 427
ndb struct na base pair step.tilt: -17.161
ndb struct na base pair step.tip: 20.193
ndb struct na base pair step.twist: 45.2
ndb struct na base pair step.x displacement: -0.843
ndb struct na base pair step.y displacement: -0.4

A,A,U,G,1122,1123,1 555,1 555,A,A,A,C,1149,1148,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 1122
ndb struct na base pair step.i label seq id 2: 1123
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 1149
ndb struct na base pair step.j label seq id 2: 1148
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 1.817
ndb struct na base pair step.helical twist: 26.675
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1123
ndb struct na base pair step.i auth seq id 2: 1124
ndb struct na base pair step.inclination: 33.47
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1150
ndb struct na base pair step.j auth seq id 2: 1149
ndb struct na base pair step.rise: 2.485
ndb struct na base pair step.roll: 13.696
ndb struct na base pair step.shift: 1.025
ndb struct na base pair step.slide: -0.78
ndb struct na base pair step.step name: NN_U1123G1124:C1149A1150_NN
ndb struct na base pair step.step number: 428
ndb struct na base pair step.tilt: 14.655
ndb struct na base pair step.tip: -35.812
ndb struct na base pair step.twist: 17.676
ndb struct na base pair step.x displacement: -4.54
ndb struct na base pair step.y displacement: 0.827

A,A,G,A,1123,1144,1 555,1 555,A,A,C,G,1148,1126,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 1123
ndb struct na base pair step.i label seq id 2: 1144
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 1148
ndb struct na base pair step.j label seq id 2: 1126
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: -2.823
ndb struct na base pair step.helical twist: 174.14
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1124
ndb struct na base pair step.i auth seq id 2: 1145
ndb struct na base pair step.inclination: -79.759
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1149
ndb struct na base pair step.j auth seq id 2: 1127
ndb struct na base pair step.rise: 3.785
ndb struct na base pair step.roll: -155.748
ndb struct na base pair step.shift: 4.915
ndb struct na base pair step.slide: 2.317
ndb struct na base pair step.step name: NN_G1124A1145:G1127C1149_NN
ndb struct na base pair step.step number: 429
ndb struct na base pair step.tilt: -77.164
ndb struct na base pair step.tip: 39.516
ndb struct na base pair step.twist: 37.283
ndb struct na base pair step.x displacement: 1.47
ndb struct na base pair step.y displacement: -2.614

A,A,A,G,1144,1143,1 555,1 555,A,A,G,C,1126,1127,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 1144
ndb struct na base pair step.i label seq id 2: 1143
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 1126
ndb struct na base pair step.j label seq id 2: 1127
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: -2.449
ndb struct na base pair step.helical twist: -29.498
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1145
ndb struct na base pair step.i auth seq id 2: 1144
ndb struct na base pair step.inclination: 9.705
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1127
ndb struct na base pair step.j auth seq id 2: 1128
ndb struct na base pair step.rise: -2.664
ndb struct na base pair step.roll: -4.918
ndb struct na base pair step.shift: -1.038
ndb struct na base pair step.slide: 1.375
ndb struct na base pair step.step name: NN_A1145G1144:C1128G1127_NN
ndb struct na base pair step.step number: 430
ndb struct na base pair step.tilt: -1.409
ndb struct na base pair step.tip: -2.78
ndb struct na base pair step.twist: -29.061
ndb struct na base pair step.x displacement: -3.525
ndb struct na base pair step.y displacement: -1.803

A,A,G,G,1143,1142,1 555,1 555,A,A,C,C,1127,1128,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 1143
ndb struct na base pair step.i label seq id 2: 1142
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 1127
ndb struct na base pair step.j label seq id 2: 1128
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: -1.09
ndb struct na base pair step.helical twist: -38.347
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1144
ndb struct na base pair step.i auth seq id 2: 1143
ndb struct na base pair step.inclination: 43.052
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1128
ndb struct na base pair step.j auth seq id 2: 1129
ndb struct na base pair step.rise: -2.998
ndb struct na base pair step.roll: -25.616
ndb struct na base pair step.shift: -0.058
ndb struct na base pair step.slide: 1.604
ndb struct na base pair step.step name: NN_G1144G1143:C1129C1128_NN
ndb struct na base pair step.step number: 431
ndb struct na base pair step.tilt: 9.093
ndb struct na base pair step.tip: 15.282
ndb struct na base pair step.twist: -27.308
ndb struct na base pair step.x displacement: -4.815
ndb struct na base pair step.y displacement: -0.931

A,A,G,C,1142,1131,1 555,1 555,A,A,C,G,1128,1141,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 1142
ndb struct na base pair step.i label seq id 2: 1131
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 1128
ndb struct na base pair step.j label seq id 2: 1141
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.976
ndb struct na base pair step.helical twist: 168.499
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1143
ndb struct na base pair step.i auth seq id 2: 1132
ndb struct na base pair step.inclination: 43.157
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1129
ndb struct na base pair step.j auth seq id 2: 1142
ndb struct na base pair step.rise: 0.804
ndb struct na base pair step.roll: 82.127
ndb struct na base pair step.shift: -1.626
ndb struct na base pair step.slide: 5.096
ndb struct na base pair step.step name: NN_G1143C1132:G1142C1129_NN
ndb struct na base pair step.step number: 432
ndb struct na base pair step.tilt: -146.556
ndb struct na base pair step.tip: 77.014
ndb struct na base pair step.twist: 33.166
ndb struct na base pair step.x displacement: 1.687
ndb struct na base pair step.y displacement: -0.743

A,A,C,G,1131,1132,1 555,1 555,A,A,G,C,1141,1140,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 1131
ndb struct na base pair step.i label seq id 2: 1132
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 1141
ndb struct na base pair step.j label seq id 2: 1140
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 1.498
ndb struct na base pair step.helical twist: 42.567
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1132
ndb struct na base pair step.i auth seq id 2: 1133
ndb struct na base pair step.inclination: 41.904
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1142
ndb struct na base pair step.j auth seq id 2: 1141
ndb struct na base pair step.rise: 3.691
ndb struct na base pair step.roll: 27.94
ndb struct na base pair step.shift: 0.095
ndb struct na base pair step.slide: -1.997
ndb struct na base pair step.step name: NN_C1132G1133:C1141G1142_NN
ndb struct na base pair step.step number: 433
ndb struct na base pair step.tilt: -6.303
ndb struct na base pair step.tip: 9.454
ndb struct na base pair step.twist: 31.825
ndb struct na base pair step.x displacement: -5.353
ndb struct na base pair step.y displacement: -0.718

A,A,G,G,1132,1133,1 555,1 555,A,A,C,C,1140,1139,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 1132
ndb struct na base pair step.i label seq id 2: 1133
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 1140
ndb struct na base pair step.j label seq id 2: 1139
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.627
ndb struct na base pair step.helical twist: 44.487
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1133
ndb struct na base pair step.i auth seq id 2: 1134
ndb struct na base pair step.inclination: 2.123
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1141
ndb struct na base pair step.j auth seq id 2: 1140
ndb struct na base pair step.rise: 3.992
ndb struct na base pair step.roll: 1.535
ndb struct na base pair step.shift: 0.474
ndb struct na base pair step.slide: -1.846
ndb struct na base pair step.step name: NN_G1133G1134:C1140C1141_NN
ndb struct na base pair step.step number: 434
ndb struct na base pair step.tilt: 23.179
ndb struct na base pair step.tip: -32.061
ndb struct na base pair step.twist: 38.206
ndb struct na base pair step.x displacement: -2.617
ndb struct na base pair step.y displacement: 2.081

A,A,G,U,1133,1134,1 555,1 555,A,A,C,G,1139,1137,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 1133
ndb struct na base pair step.i label seq id 2: 1134
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 1139
ndb struct na base pair step.j label seq id 2: 1137
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.693
ndb struct na base pair step.helical twist: 88.073
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1134
ndb struct na base pair step.i auth seq id 2: 1135
ndb struct na base pair step.inclination: -6.246
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1140
ndb struct na base pair step.j auth seq id 2: 1138
ndb struct na base pair step.rise: 2.599
ndb struct na base pair step.roll: -8.669
ndb struct na base pair step.shift: 0.03
ndb struct na base pair step.slide: -1.401
ndb struct na base pair step.step name: NN_G1134U1135:G1138C1140_NN
ndb struct na base pair step.step number: 435
ndb struct na base pair step.tilt: -7.294
ndb struct na base pair step.tip: 5.256
ndb struct na base pair step.twist: 87.49
ndb struct na base pair step.x displacement: -0.858
ndb struct na base pair step.y displacement: -0.148

A,A,A,G,1156,1159,1 555,1 555,A,A,G,A,1177,1175,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 1156
ndb struct na base pair step.i label seq id 2: 1159
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 1177
ndb struct na base pair step.j label seq id 2: 1175
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: -4.173
ndb struct na base pair step.helical twist: 168.872
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1157
ndb struct na base pair step.i auth seq id 2: 1160
ndb struct na base pair step.inclination: -72.564
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1178
ndb struct na base pair step.j auth seq id 2: 1176
ndb struct na base pair step.rise: -4.765
ndb struct na base pair step.roll: -142.462
ndb struct na base pair step.shift: -4.397
ndb struct na base pair step.slide: -2.017
ndb struct na base pair step.step name: NN_A1157G1160:A1176G1178_NN
ndb struct na base pair step.step number: 436
ndb struct na base pair step.tilt: 67.745
ndb struct na base pair step.tip: -34.507
ndb struct na base pair step.twist: 119.672
ndb struct na base pair step.x displacement: -2.088
ndb struct na base pair step.y displacement: 1.698

A,A,C,A,1161,1162,1 555,1 555,A,A,G,U,1173,1172,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 1161
ndb struct na base pair step.i label seq id 2: 1162
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 1173
ndb struct na base pair step.j label seq id 2: 1172
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 1.593
ndb struct na base pair step.helical twist: 31.003
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1162
ndb struct na base pair step.i auth seq id 2: 1163
ndb struct na base pair step.inclination: 42.683
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1174
ndb struct na base pair step.j auth seq id 2: 1173
ndb struct na base pair step.rise: 4.609
ndb struct na base pair step.roll: 20.687
ndb struct na base pair step.shift: 1.335
ndb struct na base pair step.slide: -2.219
ndb struct na base pair step.step name: NN_C1162A1163:U1173G1174_NN
ndb struct na base pair step.step number: 437
ndb struct na base pair step.tilt: -6.534
ndb struct na base pair step.tip: 13.481
ndb struct na base pair step.twist: 22.281
ndb struct na base pair step.x displacement: -8.588
ndb struct na base pair step.y displacement: -3.899

A,A,A,G,1162,1163,1 555,1 555,A,A,U,C,1172,1171,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 1162
ndb struct na base pair step.i label seq id 2: 1163
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 1172
ndb struct na base pair step.j label seq id 2: 1171
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.146
ndb struct na base pair step.helical twist: 48.856
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1163
ndb struct na base pair step.i auth seq id 2: 1164
ndb struct na base pair step.inclination: 25.784
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1173
ndb struct na base pair step.j auth seq id 2: 1172
ndb struct na base pair step.rise: 4.252
ndb struct na base pair step.roll: 20.403
ndb struct na base pair step.shift: 0.079
ndb struct na base pair step.slide: -1.441
ndb struct na base pair step.step name: NN_A1163G1164:C1172U1173_NN
ndb struct na base pair step.step number: 438
ndb struct na base pair step.tilt: 14.938
ndb struct na base pair step.tip: -18.878
ndb struct na base pair step.twist: 42.15
ndb struct na base pair step.x displacement: -3.649
ndb struct na base pair step.y displacement: 1.301

A,A,G,U,1163,1164,1 555,1 555,A,A,C,A,1171,1170,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 1163
ndb struct na base pair step.i label seq id 2: 1164
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 1171
ndb struct na base pair step.j label seq id 2: 1170
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.787
ndb struct na base pair step.helical twist: 34.422
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1164
ndb struct na base pair step.i auth seq id 2: 1165
ndb struct na base pair step.inclination: 1.311
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1172
ndb struct na base pair step.j auth seq id 2: 1171
ndb struct na base pair step.rise: 2.723
ndb struct na base pair step.roll: 0.763
ndb struct na base pair step.shift: -0.694
ndb struct na base pair step.slide: -0.705
ndb struct na base pair step.step name: NN_G1164U1165:A1171C1172_NN
ndb struct na base pair step.step number: 439
ndb struct na base pair step.tilt: -11.052
ndb struct na base pair step.tip: 18.994
ndb struct na base pair step.twist: 32.642
ndb struct na base pair step.x displacement: -1.294
ndb struct na base pair step.y displacement: -0.319

A,A,U,G,1164,1165,1 555,1 555,A,A,A,A,1170,1169,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 1164
ndb struct na base pair step.i label seq id 2: 1165
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 1170
ndb struct na base pair step.j label seq id 2: 1169
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.138
ndb struct na base pair step.helical twist: 60.854
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1165
ndb struct na base pair step.i auth seq id 2: 1166
ndb struct na base pair step.inclination: 6.832
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1171
ndb struct na base pair step.j auth seq id 2: 1170
ndb struct na base pair step.rise: 3.18
ndb struct na base pair step.roll: 6.903
ndb struct na base pair step.shift: -0.249
ndb struct na base pair step.slide: -0.332
ndb struct na base pair step.step name: NN_U1165G1166:A1170A1171_NN
ndb struct na base pair step.step number: 440
ndb struct na base pair step.tilt: -4.34
ndb struct na base pair step.tip: 4.295
ndb struct na base pair step.twist: 60.357
ndb struct na base pair step.x displacement: -0.65
ndb struct na base pair step.y displacement: 0.043

A,A,A,A,1287,1288,1 555,1 555,A,A,C,A,1248,1247,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 1287
ndb struct na base pair step.i label seq id 2: 1288
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 1248
ndb struct na base pair step.j label seq id 2: 1247
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.041
ndb struct na base pair step.helical twist: 30.078
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1288
ndb struct na base pair step.i auth seq id 2: 1289
ndb struct na base pair step.inclination: 19.279
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1249
ndb struct na base pair step.j auth seq id 2: 1248
ndb struct na base pair step.rise: 3.605
ndb struct na base pair step.roll: 9.823
ndb struct na base pair step.shift: -0.64
ndb struct na base pair step.slide: -1.025
ndb struct na base pair step.step name: NN_A1288A1289:A1248C1249_NN
ndb struct na base pair step.step number: 441
ndb struct na base pair step.tilt: 1.882
ndb struct na base pair step.tip: -3.693
ndb struct na base pair step.twist: 28.403
ndb struct na base pair step.x displacement: -4.08
ndb struct na base pair step.y displacement: 1.637

A,A,A,G,1288,1289,1 555,1 555,A,A,A,U,1247,1246,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 1288
ndb struct na base pair step.i label seq id 2: 1289
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 1247
ndb struct na base pair step.j label seq id 2: 1246
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 1.243
ndb struct na base pair step.helical twist: 53.3
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1289
ndb struct na base pair step.i auth seq id 2: 1290
ndb struct na base pair step.inclination: 7.643
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1248
ndb struct na base pair step.j auth seq id 2: 1247
ndb struct na base pair step.rise: 3.317
ndb struct na base pair step.roll: 6.74
ndb struct na base pair step.shift: 5.356
ndb struct na base pair step.slide: -2.826
ndb struct na base pair step.step name: NN_A1289G1290:U1247A1248_NN
ndb struct na base pair step.step number: 442
ndb struct na base pair step.tilt: -16.712
ndb struct na base pair step.tip: 18.952
ndb struct na base pair step.twist: 50.373
ndb struct na base pair step.x displacement: -3.459
ndb struct na base pair step.y displacement: -6.735

A,A,G,U,1289,1290,1 555,1 555,A,A,U,A,1246,1245,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 1289
ndb struct na base pair step.i label seq id 2: 1290
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 1246
ndb struct na base pair step.j label seq id 2: 1245
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.921
ndb struct na base pair step.helical twist: 51.205
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1290
ndb struct na base pair step.i auth seq id 2: 1291
ndb struct na base pair step.inclination: -4.426
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1247
ndb struct na base pair step.j auth seq id 2: 1246
ndb struct na base pair step.rise: 3.892
ndb struct na base pair step.roll: -3.797
ndb struct na base pair step.shift: -0.062
ndb struct na base pair step.slide: -1.471
ndb struct na base pair step.step name: NN_G1290U1291:A1246U1247_NN
ndb struct na base pair step.step number: 443
ndb struct na base pair step.tilt: -10.784
ndb struct na base pair step.tip: 12.571
ndb struct na base pair step.twist: 49.997
ndb struct na base pair step.x displacement: -1.385
ndb struct na base pair step.y displacement: -0.828

A,A,U,G,1290,1291,1 555,1 555,A,A,A,C,1245,1244,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 1290
ndb struct na base pair step.i label seq id 2: 1291
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 1245
ndb struct na base pair step.j label seq id 2: 1244
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.318
ndb struct na base pair step.helical twist: 38.26
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1291
ndb struct na base pair step.i auth seq id 2: 1292
ndb struct na base pair step.inclination: 20.183
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1246
ndb struct na base pair step.j auth seq id 2: 1245
ndb struct na base pair step.rise: 3.455
ndb struct na base pair step.roll: 12.799
ndb struct na base pair step.shift: -0.465
ndb struct na base pair step.slide: -2.062
ndb struct na base pair step.step name: NN_U1291G1292:C1245A1246_NN
ndb struct na base pair step.step number: 444
ndb struct na base pair step.tilt: 11.166
ndb struct na base pair step.tip: -17.608
ndb struct na base pair step.twist: 34.41
ndb struct na base pair step.x displacement: -4.647
ndb struct na base pair step.y displacement: 2.019

A,A,G,C,1291,1292,1 555,1 555,A,A,C,G,1244,1243,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 1291
ndb struct na base pair step.i label seq id 2: 1292
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 1244
ndb struct na base pair step.j label seq id 2: 1243
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 1.902
ndb struct na base pair step.helical twist: 34.223
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1292
ndb struct na base pair step.i auth seq id 2: 1293
ndb struct na base pair step.inclination: 14.758
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1245
ndb struct na base pair step.j auth seq id 2: 1244
ndb struct na base pair step.rise: 2.392
ndb struct na base pair step.roll: 8.557
ndb struct na base pair step.shift: 0.076
ndb struct na base pair step.slide: -1.634
ndb struct na base pair step.step name: NN_G1292C1293:G1244C1245_NN
ndb struct na base pair step.step number: 445
ndb struct na base pair step.tilt: 5.728
ndb struct na base pair step.tip: -9.879
ndb struct na base pair step.twist: 32.681
ndb struct na base pair step.x displacement: -3.685
ndb struct na base pair step.y displacement: 0.478

A,A,C,G,1292,1293,1 555,1 555,A,A,G,C,1243,1242,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 1292
ndb struct na base pair step.i label seq id 2: 1293
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 1243
ndb struct na base pair step.j label seq id 2: 1242
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 1.787
ndb struct na base pair step.helical twist: 25.79
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1293
ndb struct na base pair step.i auth seq id 2: 1294
ndb struct na base pair step.inclination: 35.777
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1244
ndb struct na base pair step.j auth seq id 2: 1243
ndb struct na base pair step.rise: 3.691
ndb struct na base pair step.roll: 14.933
ndb struct na base pair step.shift: -0.345
ndb struct na base pair step.slide: -2.168
ndb struct na base pair step.step name: NN_C1293G1294:C1243G1244_NN
ndb struct na base pair step.step number: 446
ndb struct na base pair step.tilt: -3.732
ndb struct na base pair step.tip: 8.941
ndb struct na base pair step.twist: 20.756
ndb struct na base pair step.x displacement: -8.748
ndb struct na base pair step.y displacement: -0.199

A,A,G,U,1293,1294,1 555,1 555,A,A,C,G,1242,1241,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 1293
ndb struct na base pair step.i label seq id 2: 1294
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 1242
ndb struct na base pair step.j label seq id 2: 1241
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.024
ndb struct na base pair step.helical twist: 46.186
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1294
ndb struct na base pair step.i auth seq id 2: 1295
ndb struct na base pair step.inclination: 8.957
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1243
ndb struct na base pair step.j auth seq id 2: 1242
ndb struct na base pair step.rise: 3.359
ndb struct na base pair step.roll: 6.998
ndb struct na base pair step.shift: -0.228
ndb struct na base pair step.slide: -1.964
ndb struct na base pair step.step name: NN_G1294U1295:G1242C1243_NN
ndb struct na base pair step.step number: 447
ndb struct na base pair step.tilt: 2.779
ndb struct na base pair step.tip: -3.557
ndb struct na base pair step.twist: 45.601
ndb struct na base pair step.x displacement: -3.09
ndb struct na base pair step.y displacement: 0.523

A,A,U,C,1294,1295,1 555,1 555,A,A,G,G,1241,1240,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 1294
ndb struct na base pair step.i label seq id 2: 1295
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 1241
ndb struct na base pair step.j label seq id 2: 1240
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.538
ndb struct na base pair step.helical twist: 38.288
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1295
ndb struct na base pair step.i auth seq id 2: 1296
ndb struct na base pair step.inclination: 14.826
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1242
ndb struct na base pair step.j auth seq id 2: 1241
ndb struct na base pair step.rise: 2.732
ndb struct na base pair step.roll: 9.601
ndb struct na base pair step.shift: 1.076
ndb struct na base pair step.slide: -0.934
ndb struct na base pair step.step name: NN_U1295C1296:G1241G1242_NN
ndb struct na base pair step.step number: 448
ndb struct na base pair step.tilt: 5.008
ndb struct na base pair step.tip: -7.734
ndb struct na base pair step.twist: 36.78
ndb struct na base pair step.x displacement: -2.415
ndb struct na base pair step.y displacement: -1.123

A,A,C,A,1295,1298,1 555,1 555,A,A,G,C,1240,1301,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 1295
ndb struct na base pair step.i label seq id 2: 1298
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 1240
ndb struct na base pair step.j label seq id 2: 1301
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: -0.34
ndb struct na base pair step.helical twist: 115.859
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1296
ndb struct na base pair step.i auth seq id 2: 1299
ndb struct na base pair step.inclination: 20.694
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1241
ndb struct na base pair step.j auth seq id 2: 1302
ndb struct na base pair step.rise: -1.943
ndb struct na base pair step.roll: 33.773
ndb struct na base pair step.shift: -0.434
ndb struct na base pair step.slide: 7.127
ndb struct na base pair step.step name: NN_C1296A1299:C1302G1241_NN
ndb struct na base pair step.step number: 449
ndb struct na base pair step.tilt: 67.588
ndb struct na base pair step.tip: -41.414
ndb struct na base pair step.twist: 95.592
ndb struct na base pair step.x displacement: 4.361
ndb struct na base pair step.y displacement: -0.056

A,A,A,A,1298,1237,1 555,1 555,A,A,C,U,1301,1300,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 1298
ndb struct na base pair step.i label seq id 2: 1237
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 1301
ndb struct na base pair step.j label seq id 2: 1300
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 0.396
ndb struct na base pair step.helical twist: 62.338
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1299
ndb struct na base pair step.i auth seq id 2: 1238
ndb struct na base pair step.inclination: 26.755
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1302
ndb struct na base pair step.j auth seq id 2: 1301
ndb struct na base pair step.rise: -1.021
ndb struct na base pair step.roll: 26.878
ndb struct na base pair step.shift: -3.68
ndb struct na base pair step.slide: 4.462
ndb struct na base pair step.step name: NN_A1299A1238:U1301C1302_NN
ndb struct na base pair step.step number: 450
ndb struct na base pair step.tilt: 8.127
ndb struct na base pair step.tip: -8.09
ndb struct na base pair step.twist: 56.233
ndb struct na base pair step.x displacement: 4.435
ndb struct na base pair step.y displacement: 3.517

A,A,A,G,1251,1252,1 555,1 555,A,A,A,C,1284,1283,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 1251
ndb struct na base pair step.i label seq id 2: 1252
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 1284
ndb struct na base pair step.j label seq id 2: 1283
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 5.014
ndb struct na base pair step.helical twist: 110.801
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1252
ndb struct na base pair step.i auth seq id 2: 1253
ndb struct na base pair step.inclination: 4.674
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1285
ndb struct na base pair step.j auth seq id 2: 1284
ndb struct na base pair step.rise: 4.892
ndb struct na base pair step.roll: 7.648
ndb struct na base pair step.shift: 1.547
ndb struct na base pair step.slide: -1.595
ndb struct na base pair step.step name: NN_A1252G1253:C1284A1285_NN
ndb struct na base pair step.step number: 451
ndb struct na base pair step.tilt: 30.037
ndb struct na base pair step.tip: -18.356
ndb struct na base pair step.twist: 107.791
ndb struct na base pair step.x displacement: -1.112
ndb struct na base pair step.y displacement: -0.377

A,A,G,A,1252,1253,1 555,1 555,A,A,C,U,1283,1282,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 1252
ndb struct na base pair step.i label seq id 2: 1253
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 1283
ndb struct na base pair step.j label seq id 2: 1282
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.598
ndb struct na base pair step.helical twist: 38.777
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1253
ndb struct na base pair step.i auth seq id 2: 1254
ndb struct na base pair step.inclination: 14.244
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1284
ndb struct na base pair step.j auth seq id 2: 1283
ndb struct na base pair step.rise: 4.371
ndb struct na base pair step.roll: 9.299
ndb struct na base pair step.shift: 0.36
ndb struct na base pair step.slide: -2.064
ndb struct na base pair step.step name: NN_G1253A1254:U1283C1284_NN
ndb struct na base pair step.step number: 452
ndb struct na base pair step.tilt: -8.452
ndb struct na base pair step.tip: 12.947
ndb struct na base pair step.twist: 36.759
ndb struct na base pair step.x displacement: -4.534
ndb struct na base pair step.y displacement: -1.838

A,A,A,G,1253,1254,1 555,1 555,A,A,U,C,1282,1281,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 1253
ndb struct na base pair step.i label seq id 2: 1254
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 1282
ndb struct na base pair step.j label seq id 2: 1281
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.501
ndb struct na base pair step.helical twist: 30.207
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1254
ndb struct na base pair step.i auth seq id 2: 1255
ndb struct na base pair step.inclination: -10.279
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1283
ndb struct na base pair step.j auth seq id 2: 1282
ndb struct na base pair step.rise: 2.333
ndb struct na base pair step.roll: -5.329
ndb struct na base pair step.shift: -0.413
ndb struct na base pair step.slide: -1.109
ndb struct na base pair step.step name: NN_A1254G1255:C1282U1283_NN
ndb struct na base pair step.step number: 453
ndb struct na base pair step.tilt: -1.009
ndb struct na base pair step.tip: 1.946
ndb struct na base pair step.twist: 29.727
ndb struct na base pair step.x displacement: -1.323
ndb struct na base pair step.y displacement: 0.64

A,A,G,G,1254,1257,1 555,1 555,A,A,C,C,1281,1276,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 1254
ndb struct na base pair step.i label seq id 2: 1257
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 1281
ndb struct na base pair step.j label seq id 2: 1276
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: -1.387
ndb struct na base pair step.helical twist: 141.091
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1255
ndb struct na base pair step.i auth seq id 2: 1258
ndb struct na base pair step.inclination: -78.578
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1282
ndb struct na base pair step.j auth seq id 2: 1277
ndb struct na base pair step.rise: 5.799
ndb struct na base pair step.roll: -133.651
ndb struct na base pair step.shift: 0.073
ndb struct na base pair step.slide: 4.611
ndb struct na base pair step.step name: NN_G1255G1258:C1277C1282_NN
ndb struct na base pair step.step number: 454
ndb struct na base pair step.tilt: 29.199
ndb struct na base pair step.tip: -17.167
ndb struct na base pair step.twist: 50.404
ndb struct na base pair step.x displacement: 3.85
ndb struct na base pair step.y displacement: 0.268

A,A,G,C,1257,1258,1 555,1 555,A,A,C,G,1276,1275,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 1257
ndb struct na base pair step.i label seq id 2: 1258
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 1276
ndb struct na base pair step.j label seq id 2: 1275
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.177
ndb struct na base pair step.helical twist: 32.557
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1258
ndb struct na base pair step.i auth seq id 2: 1259
ndb struct na base pair step.inclination: -7.606
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1277
ndb struct na base pair step.j auth seq id 2: 1276
ndb struct na base pair step.rise: 3.139
ndb struct na base pair step.roll: -4.172
ndb struct na base pair step.shift: -0.281
ndb struct na base pair step.slide: -1.18
ndb struct na base pair step.step name: NN_G1258C1259:G1276C1277_NN
ndb struct na base pair step.step number: 455
ndb struct na base pair step.tilt: -11.037
ndb struct na base pair step.tip: 20.121
ndb struct na base pair step.twist: 30.398
ndb struct na base pair step.x displacement: -1.376
ndb struct na base pair step.y displacement: -1.426

A,A,C,G,1258,1259,1 555,1 555,A,A,G,A,1275,1274,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 1258
ndb struct na base pair step.i label seq id 2: 1259
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 1275
ndb struct na base pair step.j label seq id 2: 1274
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 1.996
ndb struct na base pair step.helical twist: 49.996
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1259
ndb struct na base pair step.i auth seq id 2: 1260
ndb struct na base pair step.inclination: 5.32
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1276
ndb struct na base pair step.j auth seq id 2: 1275
ndb struct na base pair step.rise: 2.103
ndb struct na base pair step.roll: 4.491
ndb struct na base pair step.shift: -0.667
ndb struct na base pair step.slide: -1.316
ndb struct na base pair step.step name: NN_C1259G1260:A1275G1276_NN
ndb struct na base pair step.step number: 456
ndb struct na base pair step.tilt: -0.971
ndb struct na base pair step.tip: 1.15
ndb struct na base pair step.twist: 49.798
ndb struct na base pair step.x displacement: -1.761
ndb struct na base pair step.y displacement: 0.745

A,A,C,C,1261,1262,1 555,1 555,A,A,C,G,1272,1271,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 1261
ndb struct na base pair step.i label seq id 2: 1262
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 1272
ndb struct na base pair step.j label seq id 2: 1271
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 1.941
ndb struct na base pair step.helical twist: 44.304
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1262
ndb struct na base pair step.i auth seq id 2: 1263
ndb struct na base pair step.inclination: 19.739
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1273
ndb struct na base pair step.j auth seq id 2: 1272
ndb struct na base pair step.rise: 3.159
ndb struct na base pair step.roll: 14.618
ndb struct na base pair step.shift: 3.956
ndb struct na base pair step.slide: -2.361
ndb struct na base pair step.step name: NN_C1262C1263:G1272C1273_NN
ndb struct na base pair step.step number: 457
ndb struct na base pair step.tilt: -3.559
ndb struct na base pair step.tip: 4.806
ndb struct na base pair step.twist: 41.793
ndb struct na base pair step.x displacement: -4.227
ndb struct na base pair step.y displacement: -5.513

A,A,C,U,1262,1263,1 555,1 555,A,A,G,A,1271,1270,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 1262
ndb struct na base pair step.i label seq id 2: 1263
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 1271
ndb struct na base pair step.j label seq id 2: 1270
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 1.454
ndb struct na base pair step.helical twist: 25.177
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1263
ndb struct na base pair step.i auth seq id 2: 1264
ndb struct na base pair step.inclination: 25.264
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1272
ndb struct na base pair step.j auth seq id 2: 1271
ndb struct na base pair step.rise: 3.231
ndb struct na base pair step.roll: 10.441
ndb struct na base pair step.shift: 0.899
ndb struct na base pair step.slide: -2.365
ndb struct na base pair step.step name: NN_C1263U1264:A1271G1272_NN
ndb struct na base pair step.step number: 458
ndb struct na base pair step.tilt: -8.725
ndb struct na base pair step.tip: 21.112
ndb struct na base pair step.twist: 21.234
ndb struct na base pair step.x displacement: -7.814
ndb struct na base pair step.y displacement: -4.056

A,A,U,C,1263,1264,1 555,1 555,A,A,A,G,1270,1269,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 1263
ndb struct na base pair step.i label seq id 2: 1264
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 1270
ndb struct na base pair step.j label seq id 2: 1269
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 1.963
ndb struct na base pair step.helical twist: 34.627
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1264
ndb struct na base pair step.i auth seq id 2: 1265
ndb struct na base pair step.inclination: 9.862
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1271
ndb struct na base pair step.j auth seq id 2: 1270
ndb struct na base pair step.rise: 2.488
ndb struct na base pair step.roll: 5.817
ndb struct na base pair step.shift: -1.182
ndb struct na base pair step.slide: -1.607
ndb struct na base pair step.step name: NN_U1264C1265:G1270A1271_NN
ndb struct na base pair step.step number: 459
ndb struct na base pair step.tilt: 5.882
ndb struct na base pair step.tip: -9.973
ndb struct na base pair step.twist: 33.654
ndb struct na base pair step.x displacement: -3.319
ndb struct na base pair step.y displacement: 2.611

A,A,C,G,1264,1265,1 555,1 555,A,A,G,A,1269,1268,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 1264
ndb struct na base pair step.i label seq id 2: 1265
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 1269
ndb struct na base pair step.j label seq id 2: 1268
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.897
ndb struct na base pair step.helical twist: 63.265
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1265
ndb struct na base pair step.i auth seq id 2: 1266
ndb struct na base pair step.inclination: 13.844
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1270
ndb struct na base pair step.j auth seq id 2: 1269
ndb struct na base pair step.rise: 4.002
ndb struct na base pair step.roll: 14.401
ndb struct na base pair step.shift: -3.219
ndb struct na base pair step.slide: -1.341
ndb struct na base pair step.step name: NN_C1265G1266:A1269G1270_NN
ndb struct na base pair step.step number: 460
ndb struct na base pair step.tilt: -5.879
ndb struct na base pair step.tip: 5.651
ndb struct na base pair step.twist: 61.516
ndb struct na base pair step.x displacement: -2.061
ndb struct na base pair step.y displacement: 2.749

A,A,G,A,1299,1332,1 555,1 555,A,A,C,G,1302,1303,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 1299
ndb struct na base pair step.i label seq id 2: 1332
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 1302
ndb struct na base pair step.j label seq id 2: 1303
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: -1.802
ndb struct na base pair step.helical twist: -173.6
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1300
ndb struct na base pair step.i auth seq id 2: 1333
ndb struct na base pair step.inclination: -63.693
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1303
ndb struct na base pair step.j auth seq id 2: 1304
ndb struct na base pair step.rise: -1.949
ndb struct na base pair step.roll: 126.762
ndb struct na base pair step.shift: -5.136
ndb struct na base pair step.slide: 2.981
ndb struct na base pair step.step name: NN_G1300A1333:G1304C1303_NN
ndb struct na base pair step.step number: 461
ndb struct na base pair step.tilt: 85.497
ndb struct na base pair step.tip: 42.959
ndb struct na base pair step.twist: -152.432
ndb struct na base pair step.x displacement: -1.31
ndb struct na base pair step.y displacement: -2.696

A,A,G,A,1346,1348,1 555,1 555,A,A,A,G,1345,1372,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 1346
ndb struct na base pair step.i label seq id 2: 1348
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 1345
ndb struct na base pair step.j label seq id 2: 1372
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 5.361
ndb struct na base pair step.helical twist: 107.889
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1347
ndb struct na base pair step.i auth seq id 2: 1349
ndb struct na base pair step.inclination: 7.264
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1346
ndb struct na base pair step.j auth seq id 2: 1373
ndb struct na base pair step.rise: 5.166
ndb struct na base pair step.roll: 11.719
ndb struct na base pair step.shift: -1.488
ndb struct na base pair step.slide: 1.304
ndb struct na base pair step.step name: NN_G1347A1349:G1373A1346_NN
ndb struct na base pair step.step number: 462
ndb struct na base pair step.tilt: -13.936
ndb struct na base pair step.tip: 8.639
ndb struct na base pair step.twist: 106.821
ndb struct na base pair step.x displacement: 0.561
ndb struct na base pair step.y displacement: 0.629

A,A,A,A,1348,1349,1 555,1 555,A,A,G,U,1372,1371,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 1348
ndb struct na base pair step.i label seq id 2: 1349
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 1372
ndb struct na base pair step.j label seq id 2: 1371
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.046
ndb struct na base pair step.helical twist: 64.081
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1349
ndb struct na base pair step.i auth seq id 2: 1350
ndb struct na base pair step.inclination: 9.503
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1373
ndb struct na base pair step.j auth seq id 2: 1372
ndb struct na base pair step.rise: 3.099
ndb struct na base pair step.roll: 10.045
ndb struct na base pair step.shift: 1.376
ndb struct na base pair step.slide: -0.628
ndb struct na base pair step.step name: NN_A1349A1350:U1372G1373_NN
ndb struct na base pair step.step number: 463
ndb struct na base pair step.tilt: 3.633
ndb struct na base pair step.tip: -3.437
ndb struct na base pair step.twist: 63.278
ndb struct na base pair step.x displacement: -1.001
ndb struct na base pair step.y displacement: -1.149

A,A,A,U,1349,1350,1 555,1 555,A,A,U,G,1371,1370,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 1349
ndb struct na base pair step.i label seq id 2: 1350
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 1371
ndb struct na base pair step.j label seq id 2: 1370
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.785
ndb struct na base pair step.helical twist: 34.111
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1350
ndb struct na base pair step.i auth seq id 2: 1351
ndb struct na base pair step.inclination: 11.812
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1372
ndb struct na base pair step.j auth seq id 2: 1371
ndb struct na base pair step.rise: 3.077
ndb struct na base pair step.roll: 6.88
ndb struct na base pair step.shift: 0.263
ndb struct na base pair step.slide: -1.235
ndb struct na base pair step.step name: NN_A1350U1351:G1371U1372_NN
ndb struct na base pair step.step number: 464
ndb struct na base pair step.tilt: 1.994
ndb struct na base pair step.tip: -3.424
ndb struct na base pair step.twist: 33.372
ndb struct na base pair step.x displacement: -3.095
ndb struct na base pair step.y displacement: -0.162

A,A,U,C,1350,1351,1 555,1 555,A,A,G,G,1370,1369,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 1350
ndb struct na base pair step.i label seq id 2: 1351
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 1370
ndb struct na base pair step.j label seq id 2: 1369
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.273
ndb struct na base pair step.helical twist: 27.808
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1351
ndb struct na base pair step.i auth seq id 2: 1352
ndb struct na base pair step.inclination: 22.656
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1371
ndb struct na base pair step.j auth seq id 2: 1370
ndb struct na base pair step.rise: 3.48
ndb struct na base pair step.roll: 10.548
ndb struct na base pair step.shift: -0.372
ndb struct na base pair step.slide: -2.558
ndb struct na base pair step.step name: NN_U1351C1352:G1370G1371_NN
ndb struct na base pair step.step number: 465
ndb struct na base pair step.tilt: -5.59
ndb struct na base pair step.tip: 12.006
ndb struct na base pair step.twist: 25.162
ndb struct na base pair step.x displacement: -7.665
ndb struct na base pair step.y displacement: -0.467

A,A,C,G,1351,1352,1 555,1 555,A,A,G,C,1369,1368,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 1351
ndb struct na base pair step.i label seq id 2: 1352
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 1369
ndb struct na base pair step.j label seq id 2: 1368
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.054
ndb struct na base pair step.helical twist: 18.349
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1352
ndb struct na base pair step.i auth seq id 2: 1353
ndb struct na base pair step.inclination: 21.299
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1370
ndb struct na base pair step.j auth seq id 2: 1369
ndb struct na base pair step.rise: 2.61
ndb struct na base pair step.roll: 6.618
ndb struct na base pair step.shift: 0.536
ndb struct na base pair step.slide: -1.201
ndb struct na base pair step.step name: NN_C1352G1353:C1369G1370_NN
ndb struct na base pair step.step number: 466
ndb struct na base pair step.tilt: 2.537
ndb struct na base pair step.tip: -8.163
ndb struct na base pair step.twist: 16.936
ndb struct na base pair step.x displacement: -6.488
ndb struct na base pair step.y displacement: -0.637

A,A,G,U,1352,1353,1 555,1 555,A,A,C,A,1368,1367,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 1352
ndb struct na base pair step.i label seq id 2: 1353
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 1368
ndb struct na base pair step.j label seq id 2: 1367
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.031
ndb struct na base pair step.helical twist: 37.126
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1353
ndb struct na base pair step.i auth seq id 2: 1354
ndb struct na base pair step.inclination: 8.896
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1369
ndb struct na base pair step.j auth seq id 2: 1368
ndb struct na base pair step.rise: 3.415
ndb struct na base pair step.roll: 5.643
ndb struct na base pair step.shift: 0.824
ndb struct na base pair step.slide: -2.438
ndb struct na base pair step.step name: NN_G1353U1354:A1368C1369_NN
ndb struct na base pair step.step number: 467
ndb struct na base pair step.tilt: 0.517
ndb struct na base pair step.tip: -0.816
ndb struct na base pair step.twist: 36.706
ndb struct na base pair step.x displacement: -4.577
ndb struct na base pair step.y displacement: -1.226

A,A,U,G,1353,1354,1 555,1 555,A,A,A,C,1367,1366,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 1353
ndb struct na base pair step.i label seq id 2: 1354
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 1367
ndb struct na base pair step.j label seq id 2: 1366
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.382
ndb struct na base pair step.helical twist: 25.292
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1354
ndb struct na base pair step.i auth seq id 2: 1355
ndb struct na base pair step.inclination: 19.13
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1368
ndb struct na base pair step.j auth seq id 2: 1367
ndb struct na base pair step.rise: 4.309
ndb struct na base pair step.roll: 8.204
ndb struct na base pair step.shift: -0.99
ndb struct na base pair step.slide: -2.473
ndb struct na base pair step.step name: NN_U1354G1355:C1367A1368_NN
ndb struct na base pair step.step number: 468
ndb struct na base pair step.tilt: -3.329
ndb struct na base pair step.tip: 7.763
ndb struct na base pair step.twist: 23.715
ndb struct na base pair step.x displacement: -8.545
ndb struct na base pair step.y displacement: 1.087

A,A,G,G,1354,1355,1 555,1 555,A,A,C,C,1366,1365,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 1354
ndb struct na base pair step.i label seq id 2: 1355
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 1366
ndb struct na base pair step.j label seq id 2: 1365
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.799
ndb struct na base pair step.helical twist: 44.576
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1355
ndb struct na base pair step.i auth seq id 2: 1356
ndb struct na base pair step.inclination: 3.123
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1367
ndb struct na base pair step.j auth seq id 2: 1366
ndb struct na base pair step.rise: 2.859
ndb struct na base pair step.roll: 2.367
ndb struct na base pair step.shift: -1.191
ndb struct na base pair step.slide: -1.217
ndb struct na base pair step.step name: NN_G1355G1356:C1366C1367_NN
ndb struct na base pair step.step number: 469
ndb struct na base pair step.tilt: -0.189
ndb struct na base pair step.tip: 0.249
ndb struct na base pair step.twist: 44.515
ndb struct na base pair step.x displacement: -1.793
ndb struct na base pair step.y displacement: 1.556

A,A,G,A,1355,1356,1 555,1 555,A,A,C,G,1365,1364,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 1355
ndb struct na base pair step.i label seq id 2: 1356
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 1365
ndb struct na base pair step.j label seq id 2: 1364
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.748
ndb struct na base pair step.helical twist: 34.546
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1356
ndb struct na base pair step.i auth seq id 2: 1357
ndb struct na base pair step.inclination: 5.022
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1366
ndb struct na base pair step.j auth seq id 2: 1365
ndb struct na base pair step.rise: 2.859
ndb struct na base pair step.roll: 2.979
ndb struct na base pair step.shift: -1.23
ndb struct na base pair step.slide: -1.259
ndb struct na base pair step.step name: NN_G1356A1357:G1365C1366_NN
ndb struct na base pair step.step number: 470
ndb struct na base pair step.tilt: -0.13
ndb struct na base pair step.tip: 0.219
ndb struct na base pair step.twist: 34.421
ndb struct na base pair step.x displacement: -2.515
ndb struct na base pair step.y displacement: 2.054

A,A,A,U,1356,1357,1 555,1 555,A,A,G,A,1364,1362,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 1356
ndb struct na base pair step.i label seq id 2: 1357
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 1364
ndb struct na base pair step.j label seq id 2: 1362
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.235
ndb struct na base pair step.helical twist: 106.17
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1357
ndb struct na base pair step.i auth seq id 2: 1358
ndb struct na base pair step.inclination: -17.258
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1365
ndb struct na base pair step.j auth seq id 2: 1363
ndb struct na base pair step.rise: 2.366
ndb struct na base pair step.roll: -27.429
ndb struct na base pair step.shift: 2.476
ndb struct na base pair step.slide: 1.196
ndb struct na base pair step.step name: NN_A1357U1358:A1363G1365_NN
ndb struct na base pair step.step number: 471
ndb struct na base pair step.tilt: 8.025
ndb struct na base pair step.tip: -5.049
ndb struct na base pair step.twist: 103.396
ndb struct na base pair step.x displacement: 1.015
ndb struct na base pair step.y displacement: -1.47

A,A,G,C,1400,1398,1 555,1 555,A,A,C,G,1500,1503,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 1400
ndb struct na base pair step.i label seq id 2: 1398
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 1500
ndb struct na base pair step.j label seq id 2: 1503
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 1.182
ndb struct na base pair step.helical twist: -162.687
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1401
ndb struct na base pair step.i auth seq id 2: 1399
ndb struct na base pair step.inclination: -85.102
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1501
ndb struct na base pair step.j auth seq id 2: 1504
ndb struct na base pair step.rise: -1.29
ndb struct na base pair step.roll: 158.891
ndb struct na base pair step.shift: 3.15
ndb struct na base pair step.slide: -1.316
ndb struct na base pair step.step name: NN_G1401C1399:G1504C1501_NN
ndb struct na base pair step.step number: 472
ndb struct na base pair step.tilt: -27.316
ndb struct na base pair step.tip: -14.631
ndb struct na base pair step.twist: -45.378
ndb struct na base pair step.x displacement: 0.701
ndb struct na base pair step.y displacement: 1.599

A,A,C,A,1398,1501,1 555,1 555,A,A,G,G,1503,1504,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 1398
ndb struct na base pair step.i label seq id 2: 1501
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 1503
ndb struct na base pair step.j label seq id 2: 1504
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 4.554
ndb struct na base pair step.helical twist: 173.493
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1399
ndb struct na base pair step.i auth seq id 2: 1502
ndb struct na base pair step.inclination: 4.031
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1504
ndb struct na base pair step.j auth seq id 2: 1505
ndb struct na base pair step.rise: 4.533
ndb struct na base pair step.roll: 8.049
ndb struct na base pair step.shift: -0.767
ndb struct na base pair step.slide: 3.458
ndb struct na base pair step.step name: NN_C1399A1502:G1505G1504_NN
ndb struct na base pair step.step number: 473
ndb struct na base pair step.tilt: -17.227
ndb struct na base pair step.tip: 8.627
ndb struct na base pair step.twist: 173.402
ndb struct na base pair step.x displacement: 1.723
ndb struct na base pair step.y displacement: 0.364

A,A,C,C,1402,1403,1 555,1 555,A,A,A,G,1498,1496,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 1402
ndb struct na base pair step.i label seq id 2: 1403
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 1498
ndb struct na base pair step.j label seq id 2: 1496
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 5.406
ndb struct na base pair step.helical twist: 28.93
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1403
ndb struct na base pair step.i auth seq id 2: 1404
ndb struct na base pair step.inclination: -0.4
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1499
ndb struct na base pair step.j auth seq id 2: 1497
ndb struct na base pair step.rise: 5.377
ndb struct na base pair step.roll: -0.2
ndb struct na base pair step.shift: -0.656
ndb struct na base pair step.slide: -5.081
ndb struct na base pair step.step name: NN_C1403C1404:G1497A1499_NN
ndb struct na base pair step.step number: 474
ndb struct na base pair step.tilt: 0.224
ndb struct na base pair step.tip: -0.447
ndb struct na base pair step.twist: 28.929
ndb struct na base pair step.x displacement: -10.098
ndb struct na base pair step.y displacement: 1.394

A,A,C,G,1403,1404,1 555,1 555,A,A,G,C,1496,1495,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 1403
ndb struct na base pair step.i label seq id 2: 1404
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 1496
ndb struct na base pair step.j label seq id 2: 1495
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 0.685
ndb struct na base pair step.helical twist: 19.826
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1404
ndb struct na base pair step.i auth seq id 2: 1405
ndb struct na base pair step.inclination: 59.452
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1497
ndb struct na base pair step.j auth seq id 2: 1496
ndb struct na base pair step.rise: 3.241
ndb struct na base pair step.roll: 16.825
ndb struct na base pair step.shift: -0.403
ndb struct na base pair step.slide: -1.146
ndb struct na base pair step.step name: NN_C1404G1405:C1496G1497_NN
ndb struct na base pair step.step number: 475
ndb struct na base pair step.tilt: -4.443
ndb struct na base pair step.tip: 15.7
ndb struct na base pair step.twist: 9.537
ndb struct na base pair step.x displacement: -9.837
ndb struct na base pair step.y displacement: -0.549

A,A,G,U,1404,1405,1 555,1 555,A,A,C,U,1495,1494,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 1404
ndb struct na base pair step.i label seq id 2: 1405
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 1495
ndb struct na base pair step.j label seq id 2: 1494
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.705
ndb struct na base pair step.helical twist: 27.155
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1405
ndb struct na base pair step.i auth seq id 2: 1406
ndb struct na base pair step.inclination: -22.244
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1496
ndb struct na base pair step.j auth seq id 2: 1495
ndb struct na base pair step.rise: 1.827
ndb struct na base pair step.roll: -9.901
ndb struct na base pair step.shift: -0.554
ndb struct na base pair step.slide: -2.616
ndb struct na base pair step.step name: NN_G1405U1406:U1495C1496_NN
ndb struct na base pair step.step number: 476
ndb struct na base pair step.tilt: -10.879
ndb struct na base pair step.tip: 24.44
ndb struct na base pair step.twist: 22.888
ndb struct na base pair step.x displacement: -3.69
ndb struct na base pair step.y displacement: -0.888

A,A,U,C,1405,1406,1 555,1 555,A,A,U,G,1494,1493,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 1405
ndb struct na base pair step.i label seq id 2: 1406
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 1494
ndb struct na base pair step.j label seq id 2: 1493
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 4.479
ndb struct na base pair step.helical twist: 53.671
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1406
ndb struct na base pair step.i auth seq id 2: 1407
ndb struct na base pair step.inclination: 4.417
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1495
ndb struct na base pair step.j auth seq id 2: 1494
ndb struct na base pair step.rise: 4.863
ndb struct na base pair step.roll: 3.977
ndb struct na base pair step.shift: 1.559
ndb struct na base pair step.slide: -2.579
ndb struct na base pair step.step name: NN_U1406C1407:G1494U1495_NN
ndb struct na base pair step.step number: 477
ndb struct na base pair step.tilt: -6.194
ndb struct na base pair step.tip: 6.879
ndb struct na base pair step.twist: 53.201
ndb struct na base pair step.x displacement: -3.213
ndb struct na base pair step.y displacement: -2.282

A,A,C,A,1408,1409,1 555,1 555,A,A,G,U,1490,1489,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 1408
ndb struct na base pair step.i label seq id 2: 1409
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 1490
ndb struct na base pair step.j label seq id 2: 1489
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.704
ndb struct na base pair step.helical twist: 31.469
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1409
ndb struct na base pair step.i auth seq id 2: 1410
ndb struct na base pair step.inclination: 2.767
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1491
ndb struct na base pair step.j auth seq id 2: 1490
ndb struct na base pair step.rise: 2.718
ndb struct na base pair step.roll: 1.5
ndb struct na base pair step.shift: 0.111
ndb struct na base pair step.slide: -0.281
ndb struct na base pair step.step name: NN_C1409A1410:U1490G1491_NN
ndb struct na base pair step.step number: 478
ndb struct na base pair step.tilt: 0.606
ndb struct na base pair step.tip: -1.118
ndb struct na base pair step.twist: 31.428
ndb struct na base pair step.x displacement: -0.751
ndb struct na base pair step.y displacement: -0.11

A,A,A,C,1409,1410,1 555,1 555,A,A,U,G,1489,1488,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 1409
ndb struct na base pair step.i label seq id 2: 1410
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 1489
ndb struct na base pair step.j label seq id 2: 1488
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 0.866
ndb struct na base pair step.helical twist: 20.13
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1410
ndb struct na base pair step.i auth seq id 2: 1411
ndb struct na base pair step.inclination: 36.66
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1490
ndb struct na base pair step.j auth seq id 2: 1489
ndb struct na base pair step.rise: 3.234
ndb struct na base pair step.roll: 11.957
ndb struct na base pair step.shift: 0.269
ndb struct na base pair step.slide: -2.882
ndb struct na base pair step.step name: NN_A1410C1411:G1489U1490_NN
ndb struct na base pair step.step number: 479
ndb struct na base pair step.tilt: -1.938
ndb struct na base pair step.tip: 5.941
ndb struct na base pair step.twist: 16.107
ndb struct na base pair step.x displacement: -12.088
ndb struct na base pair step.y displacement: -1.393

A,A,C,C,1410,1411,1 555,1 555,A,A,G,G,1488,1487,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 1410
ndb struct na base pair step.i label seq id 2: 1411
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 1488
ndb struct na base pair step.j label seq id 2: 1487
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.478
ndb struct na base pair step.helical twist: 38.016
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1411
ndb struct na base pair step.i auth seq id 2: 1412
ndb struct na base pair step.inclination: 26.259
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1489
ndb struct na base pair step.j auth seq id 2: 1488
ndb struct na base pair step.rise: 3.852
ndb struct na base pair step.roll: 16.566
ndb struct na base pair step.shift: -1.105
ndb struct na base pair step.slide: -2.486
ndb struct na base pair step.step name: NN_C1411C1412:G1488G1489_NN
ndb struct na base pair step.step number: 480
ndb struct na base pair step.tilt: -1.439
ndb struct na base pair step.tip: 2.281
ndb struct na base pair step.twist: 34.308
ndb struct na base pair step.x displacement: -5.971
ndb struct na base pair step.y displacement: 1.509

A,A,C,A,1411,1412,1 555,1 555,A,A,G,G,1487,1486,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 1411
ndb struct na base pair step.i label seq id 2: 1412
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 1487
ndb struct na base pair step.j label seq id 2: 1486
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 1.576
ndb struct na base pair step.helical twist: 29.759
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1412
ndb struct na base pair step.i auth seq id 2: 1413
ndb struct na base pair step.inclination: 1.673
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1488
ndb struct na base pair step.j auth seq id 2: 1487
ndb struct na base pair step.rise: 2.941
ndb struct na base pair step.roll: 0.805
ndb struct na base pair step.shift: -1.281
ndb struct na base pair step.slide: -2.197
ndb struct na base pair step.step name: NN_C1412A1413:G1487G1488_NN
ndb struct na base pair step.step number: 481
ndb struct na base pair step.tilt: 17.675
ndb struct na base pair step.tip: -36.753
ndb struct na base pair step.twist: 24.024
ndb struct na base pair step.x displacement: -4.408
ndb struct na base pair step.y displacement: 5.338

A,A,A,U,1412,1413,1 555,1 555,A,A,G,G,1486,1485,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 1412
ndb struct na base pair step.i label seq id 2: 1413
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 1486
ndb struct na base pair step.j label seq id 2: 1485
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.43
ndb struct na base pair step.helical twist: 33.087
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1413
ndb struct na base pair step.i auth seq id 2: 1414
ndb struct na base pair step.inclination: 20.79
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1487
ndb struct na base pair step.j auth seq id 2: 1486
ndb struct na base pair step.rise: 3.542
ndb struct na base pair step.roll: 11.522
ndb struct na base pair step.shift: 0.283
ndb struct na base pair step.slide: -2.27
ndb struct na base pair step.step name: NN_A1413U1414:G1486G1487_NN
ndb struct na base pair step.step number: 482
ndb struct na base pair step.tilt: -6.663
ndb struct na base pair step.tip: 12.022
ndb struct na base pair step.twist: 30.361
ndb struct na base pair step.x displacement: -5.844
ndb struct na base pair step.y displacement: -1.572

A,A,U,G,1413,1414,1 555,1 555,A,A,G,U,1485,1484,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 1413
ndb struct na base pair step.i label seq id 2: 1414
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 1485
ndb struct na base pair step.j label seq id 2: 1484
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 1.722
ndb struct na base pair step.helical twist: 30.147
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1414
ndb struct na base pair step.i auth seq id 2: 1415
ndb struct na base pair step.inclination: 40.444
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1486
ndb struct na base pair step.j auth seq id 2: 1485
ndb struct na base pair step.rise: 3.632
ndb struct na base pair step.roll: 19.324
ndb struct na base pair step.shift: 1.886
ndb struct na base pair step.slide: -2.105
ndb struct na base pair step.step name: NN_U1414G1415:U1485G1486_NN
ndb struct na base pair step.step number: 483
ndb struct na base pair step.tilt: 4.86
ndb struct na base pair step.tip: -10.172
ndb struct na base pair step.twist: 22.738
ndb struct na base pair step.x displacement: -7.75
ndb struct na base pair step.y displacement: -2.694

A,A,G,G,1414,1415,1 555,1 555,A,A,U,C,1484,1483,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 1414
ndb struct na base pair step.i label seq id 2: 1415
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 1484
ndb struct na base pair step.j label seq id 2: 1483
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.975
ndb struct na base pair step.helical twist: 38.287
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1415
ndb struct na base pair step.i auth seq id 2: 1416
ndb struct na base pair step.inclination: 3.821
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1485
ndb struct na base pair step.j auth seq id 2: 1484
ndb struct na base pair step.rise: 2.639
ndb struct na base pair step.roll: 2.482
ndb struct na base pair step.shift: -1.911
ndb struct na base pair step.slide: -0.439
ndb struct na base pair step.step name: NN_G1415G1416:C1484U1485_NN
ndb struct na base pair step.step number: 484
ndb struct na base pair step.tilt: -9.127
ndb struct na base pair step.tip: 14.051
ndb struct na base pair step.twist: 37.142
ndb struct na base pair step.x displacement: -0.941
ndb struct na base pair step.y displacement: 1.915

A,A,G,G,1415,1416,1 555,1 555,A,A,C,A,1483,1482,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 1415
ndb struct na base pair step.i label seq id 2: 1416
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 1483
ndb struct na base pair step.j label seq id 2: 1482
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.769
ndb struct na base pair step.helical twist: 71.037
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1416
ndb struct na base pair step.i auth seq id 2: 1417
ndb struct na base pair step.inclination: 5.503
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1484
ndb struct na base pair step.j auth seq id 2: 1483
ndb struct na base pair step.rise: 2.901
ndb struct na base pair step.roll: 6.384
ndb struct na base pair step.shift: -0.903
ndb struct na base pair step.slide: -0.875
ndb struct na base pair step.step name: NN_G1416G1417:A1483C1484_NN
ndb struct na base pair step.step number: 485
ndb struct na base pair step.tilt: 4.515
ndb struct na base pair step.tip: -3.892
ndb struct na base pair step.twist: 70.662
ndb struct na base pair step.x displacement: -0.944
ndb struct na base pair step.y displacement: 0.912

A,A,G,A,1416,1417,1 555,1 555,A,A,A,G,1482,1481,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 1416
ndb struct na base pair step.i label seq id 2: 1417
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 1482
ndb struct na base pair step.j label seq id 2: 1481
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.111
ndb struct na base pair step.helical twist: -39.432
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1417
ndb struct na base pair step.i auth seq id 2: 1418
ndb struct na base pair step.inclination: -34.428
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1483
ndb struct na base pair step.j auth seq id 2: 1482
ndb struct na base pair step.rise: 3.291
ndb struct na base pair step.roll: 21.845
ndb struct na base pair step.shift: 0.255
ndb struct na base pair step.slide: -0.843
ndb struct na base pair step.step name: NN_G1417A1418:G1482A1483_NN
ndb struct na base pair step.step number: 486
ndb struct na base pair step.tilt: 7.512
ndb struct na base pair step.tip: 11.839
ndb struct na base pair step.twist: -32.178
ndb struct na base pair step.x displacement: -1.56
ndb struct na base pair step.y displacement: 1.344

A,A,A,G,1417,1418,1 555,1 555,A,A,G,U,1481,1480,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 1417
ndb struct na base pair step.i label seq id 2: 1418
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 1481
ndb struct na base pair step.j label seq id 2: 1480
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.659
ndb struct na base pair step.helical twist: 51.029
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1418
ndb struct na base pair step.i auth seq id 2: 1419
ndb struct na base pair step.inclination: 19.509
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1482
ndb struct na base pair step.j auth seq id 2: 1481
ndb struct na base pair step.rise: 4.415
ndb struct na base pair step.roll: 16.34
ndb struct na base pair step.shift: 0.81
ndb struct na base pair step.slide: -0.577
ndb struct na base pair step.step name: NN_A1418G1419:U1481G1482_NN
ndb struct na base pair step.step number: 487
ndb struct na base pair step.tilt: -14.18
ndb struct na base pair step.tip: 16.93
ndb struct na base pair step.twist: 46.497
ndb struct na base pair step.x displacement: -2.148
ndb struct na base pair step.y displacement: -2.224

A,A,G,U,1418,1419,1 555,1 555,A,A,U,A,1480,1479,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 1418
ndb struct na base pair step.i label seq id 2: 1419
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 1480
ndb struct na base pair step.j label seq id 2: 1479
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.344
ndb struct na base pair step.helical twist: 42.899
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1419
ndb struct na base pair step.i auth seq id 2: 1420
ndb struct na base pair step.inclination: 6.153
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1481
ndb struct na base pair step.j auth seq id 2: 1480
ndb struct na base pair step.rise: 3.613
ndb struct na base pair step.roll: 4.492
ndb struct na base pair step.shift: 0.569
ndb struct na base pair step.slide: -2.443
ndb struct na base pair step.step name: NN_G1419U1420:A1480U1481_NN
ndb struct na base pair step.step number: 488
ndb struct na base pair step.tilt: -0.517
ndb struct na base pair step.tip: 0.707
ndb struct na base pair step.twist: 42.671
ndb struct na base pair step.x displacement: -3.816
ndb struct na base pair step.y displacement: -0.832

A,A,U,G,1419,1420,1 555,1 555,A,A,A,C,1479,1478,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 1419
ndb struct na base pair step.i label seq id 2: 1420
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 1479
ndb struct na base pair step.j label seq id 2: 1478
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 0.856
ndb struct na base pair step.helical twist: 31.631
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1420
ndb struct na base pair step.i auth seq id 2: 1421
ndb struct na base pair step.inclination: 42.044
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1480
ndb struct na base pair step.j auth seq id 2: 1479
ndb struct na base pair step.rise: 3.579
ndb struct na base pair step.roll: 20.606
ndb struct na base pair step.shift: 0.641
ndb struct na base pair step.slide: -2.874
ndb struct na base pair step.step name: NN_U1420G1421:C1479A1480_NN
ndb struct na base pair step.step number: 489
ndb struct na base pair step.tilt: 9.886
ndb struct na base pair step.tip: -20.171
ndb struct na base pair step.twist: 22.014
ndb struct na base pair step.x displacement: -8.351
ndb struct na base pair step.y displacement: 0.301

A,A,G,G,1420,1421,1 555,1 555,A,A,C,U,1478,1477,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 1420
ndb struct na base pair step.i label seq id 2: 1421
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 1478
ndb struct na base pair step.j label seq id 2: 1477
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.11
ndb struct na base pair step.helical twist: 18.47
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1421
ndb struct na base pair step.i auth seq id 2: 1422
ndb struct na base pair step.inclination: -11.439
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1479
ndb struct na base pair step.j auth seq id 2: 1478
ndb struct na base pair step.rise: 2.652
ndb struct na base pair step.roll: -3.641
ndb struct na base pair step.shift: 0.428
ndb struct na base pair step.slide: -2.456
ndb struct na base pair step.step name: NN_G1421G1422:U1478C1479_NN
ndb struct na base pair step.step number: 490
ndb struct na base pair step.tilt: 1.907
ndb struct na base pair step.tip: -5.991
ndb struct na base pair step.twist: 18.011
ndb struct na base pair step.x displacement: -5.875
ndb struct na base pair step.y displacement: -0.404

A,A,G,G,1421,1422,1 555,1 555,A,A,U,U,1477,1476,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 1421
ndb struct na base pair step.i label seq id 2: 1422
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 1477
ndb struct na base pair step.j label seq id 2: 1476
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 1.275
ndb struct na base pair step.helical twist: 30.52
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1422
ndb struct na base pair step.i auth seq id 2: 1423
ndb struct na base pair step.inclination: 31.195
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1478
ndb struct na base pair step.j auth seq id 2: 1477
ndb struct na base pair step.rise: 2.815
ndb struct na base pair step.roll: 15.636
ndb struct na base pair step.shift: 0.859
ndb struct na base pair step.slide: -2.445
ndb struct na base pair step.step name: NN_G1422G1423:U1477U1478_NN
ndb struct na base pair step.step number: 491
ndb struct na base pair step.tilt: 3.366
ndb struct na base pair step.tip: -6.715
ndb struct na base pair step.twist: 26.079
ndb struct na base pair step.x displacement: -6.751
ndb struct na base pair step.y displacement: -1.178

A,A,G,U,1422,1423,1 555,1 555,A,A,U,A,1476,1475,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 1422
ndb struct na base pair step.i label seq id 2: 1423
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 1476
ndb struct na base pair step.j label seq id 2: 1475
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.444
ndb struct na base pair step.helical twist: 37.411
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1423
ndb struct na base pair step.i auth seq id 2: 1424
ndb struct na base pair step.inclination: 12.873
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1477
ndb struct na base pair step.j auth seq id 2: 1476
ndb struct na base pair step.rise: 2.74
ndb struct na base pair step.roll: 8.194
ndb struct na base pair step.shift: -0.257
ndb struct na base pair step.slide: -1.075
ndb struct na base pair step.step name: NN_G1423U1424:A1476U1477_NN
ndb struct na base pair step.step number: 492
ndb struct na base pair step.tilt: 0.827
ndb struct na base pair step.tip: -1.299
ndb struct na base pair step.twist: 36.525
ndb struct na base pair step.x displacement: -2.541
ndb struct na base pair step.y displacement: 0.488

A,A,U,U,1423,1424,1 555,1 555,A,A,A,G,1475,1474,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 1423
ndb struct na base pair step.i label seq id 2: 1424
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 1475
ndb struct na base pair step.j label seq id 2: 1474
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.205
ndb struct na base pair step.helical twist: 39.029
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1424
ndb struct na base pair step.i auth seq id 2: 1425
ndb struct na base pair step.inclination: 13.493
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1476
ndb struct na base pair step.j auth seq id 2: 1475
ndb struct na base pair step.rise: 3.59
ndb struct na base pair step.roll: 8.939
ndb struct na base pair step.shift: 0.143
ndb struct na base pair step.slide: -1.312
ndb struct na base pair step.step name: NN_U1424U1425:G1475A1476_NN
ndb struct na base pair step.step number: 493
ndb struct na base pair step.tilt: -1.318
ndb struct na base pair step.tip: 1.989
ndb struct na base pair step.twist: 38.008
ndb struct na base pair step.x displacement: -3.1
ndb struct na base pair step.y displacement: -0.381

A,A,U,G,1424,1425,1 555,1 555,A,A,G,U,1474,1473,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 1424
ndb struct na base pair step.i label seq id 2: 1425
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 1474
ndb struct na base pair step.j label seq id 2: 1473
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 1.092
ndb struct na base pair step.helical twist: 20.746
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1425
ndb struct na base pair step.i auth seq id 2: 1426
ndb struct na base pair step.inclination: 42.598
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1475
ndb struct na base pair step.j auth seq id 2: 1474
ndb struct na base pair step.rise: 3.405
ndb struct na base pair step.roll: 13.514
ndb struct na base pair step.shift: -1.624
ndb struct na base pair step.slide: -2.723
ndb struct na base pair step.step name: NN_U1425G1426:U1474G1475_NN
ndb struct na base pair step.step number: 494
ndb struct na base pair step.tilt: -8.258
ndb struct na base pair step.tip: 26.031
ndb struct na base pair step.twist: 13.443
ndb struct na base pair step.x displacement: -12.469
ndb struct na base pair step.y displacement: 1.512

A,A,G,C,1425,1426,1 555,1 555,A,A,U,G,1473,1472,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 1425
ndb struct na base pair step.i label seq id 2: 1426
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 1473
ndb struct na base pair step.j label seq id 2: 1472
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.489
ndb struct na base pair step.helical twist: 38.935
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1426
ndb struct na base pair step.i auth seq id 2: 1427
ndb struct na base pair step.inclination: 13.994
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1474
ndb struct na base pair step.j auth seq id 2: 1473
ndb struct na base pair step.rise: 3.963
ndb struct na base pair step.roll: 9.236
ndb struct na base pair step.shift: 0.093
ndb struct na base pair step.slide: -1.592
ndb struct na base pair step.step name: NN_G1426C1427:G1473U1474_NN
ndb struct na base pair step.step number: 495
ndb struct na base pair step.tilt: 3.072
ndb struct na base pair step.tip: -4.654
ndb struct na base pair step.twist: 37.744
ndb struct na base pair step.x displacement: -3.686
ndb struct na base pair step.y displacement: 0.292

A,A,C,A,1426,1427,1 555,1 555,A,A,G,U,1472,1471,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 1426
ndb struct na base pair step.i label seq id 2: 1427
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 1472
ndb struct na base pair step.j label seq id 2: 1471
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 1.964
ndb struct na base pair step.helical twist: 31.142
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1427
ndb struct na base pair step.i auth seq id 2: 1428
ndb struct na base pair step.inclination: 24.331
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1473
ndb struct na base pair step.j auth seq id 2: 1472
ndb struct na base pair step.rise: 3.268
ndb struct na base pair step.roll: 12.381
ndb struct na base pair step.shift: 0.092
ndb struct na base pair step.slide: -1.949
ndb struct na base pair step.step name: NN_C1427A1428:U1472G1473_NN
ndb struct na base pair step.step number: 496
ndb struct na base pair step.tilt: -11.634
ndb struct na base pair step.tip: 22.864
ndb struct na base pair step.twist: 26.196
ndb struct na base pair step.x displacement: -5.695
ndb struct na base pair step.y displacement: -2.11

A,A,A,A,1427,1428,1 555,1 555,A,A,U,U,1471,1470,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 1427
ndb struct na base pair step.i label seq id 2: 1428
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 1471
ndb struct na base pair step.j label seq id 2: 1470
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.29
ndb struct na base pair step.helical twist: 32.224
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1428
ndb struct na base pair step.i auth seq id 2: 1429
ndb struct na base pair step.inclination: -14.942
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1472
ndb struct na base pair step.j auth seq id 2: 1471
ndb struct na base pair step.rise: 3.12
ndb struct na base pair step.roll: -8.183
ndb struct na base pair step.shift: 0.362
ndb struct na base pair step.slide: -1.375
ndb struct na base pair step.step name: NN_A1428A1429:U1471U1472_NN
ndb struct na base pair step.step number: 497
ndb struct na base pair step.tilt: -4.254
ndb struct na base pair step.tip: 7.768
ndb struct na base pair step.twist: 30.909
ndb struct na base pair step.x displacement: -1.017
ndb struct na base pair step.y displacement: -1.411

A,A,A,A,1428,1429,1 555,1 555,A,A,U,U,1470,1469,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 1428
ndb struct na base pair step.i label seq id 2: 1429
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 1470
ndb struct na base pair step.j label seq id 2: 1469
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.529
ndb struct na base pair step.helical twist: 26.023
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1429
ndb struct na base pair step.i auth seq id 2: 1430
ndb struct na base pair step.inclination: 14.296
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1471
ndb struct na base pair step.j auth seq id 2: 1470
ndb struct na base pair step.rise: 3.775
ndb struct na base pair step.roll: 6.164
ndb struct na base pair step.shift: -0.224
ndb struct na base pair step.slide: -2.877
ndb struct na base pair step.step name: NN_A1429A1430:U1470U1471_NN
ndb struct na base pair step.step number: 498
ndb struct na base pair step.tilt: 11.261
ndb struct na base pair step.tip: -26.117
ndb struct na base pair step.twist: 22.683
ndb struct na base pair step.x displacement: -8.137
ndb struct na base pair step.y displacement: 3.689

A,A,A,A,1429,1430,1 555,1 555,A,A,U,C,1469,1468,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 1429
ndb struct na base pair step.i label seq id 2: 1430
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 1469
ndb struct na base pair step.j label seq id 2: 1468
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.489
ndb struct na base pair step.helical twist: 72.103
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1430
ndb struct na base pair step.i auth seq id 2: 1431
ndb struct na base pair step.inclination: 20.084
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1470
ndb struct na base pair step.j auth seq id 2: 1469
ndb struct na base pair step.rise: 3.887
ndb struct na base pair step.roll: 23.316
ndb struct na base pair step.shift: -3.077
ndb struct na base pair step.slide: -1.161
ndb struct na base pair step.step name: NN_A1430A1431:C1469U1470_NN
ndb struct na base pair step.step number: 499
ndb struct na base pair step.tilt: -2.47
ndb struct na base pair step.tip: 2.128
ndb struct na base pair step.twist: 68.679
ndb struct na base pair step.x displacement: -1.893
ndb struct na base pair step.y displacement: 2.518

A,A,A,G,1430,1431,1 555,1 555,A,A,C,A,1468,1467,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 1430
ndb struct na base pair step.i label seq id 2: 1431
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 1468
ndb struct na base pair step.j label seq id 2: 1467
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.526
ndb struct na base pair step.helical twist: 25.584
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1431
ndb struct na base pair step.i auth seq id 2: 1432
ndb struct na base pair step.inclination: -3.578
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1469
ndb struct na base pair step.j auth seq id 2: 1468
ndb struct na base pair step.rise: 2.553
ndb struct na base pair step.roll: -1.583
ndb struct na base pair step.shift: 1.102
ndb struct na base pair step.slide: -0.374
ndb struct na base pair step.step name: NN_A1431G1432:A1468C1469_NN
ndb struct na base pair step.step number: 500
ndb struct na base pair step.tilt: -1.004
ndb struct na base pair step.tip: 2.269
ndb struct na base pair step.twist: 25.517
ndb struct na base pair step.x displacement: -0.495
ndb struct na base pair step.y displacement: -2.71

A,A,G,A,1431,1432,1 555,1 555,A,A,A,C,1467,1466,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 1431
ndb struct na base pair step.i label seq id 2: 1432
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 1467
ndb struct na base pair step.j label seq id 2: 1466
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 0.362
ndb struct na base pair step.helical twist: -7.774
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1432
ndb struct na base pair step.i auth seq id 2: 1433
ndb struct na base pair step.inclination: 3.992
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1468
ndb struct na base pair step.j auth seq id 2: 1467
ndb struct na base pair step.rise: 3.986
ndb struct na base pair step.roll: -0.452
ndb struct na base pair step.shift: -1.889
ndb struct na base pair step.slide: -1.685
ndb struct na base pair step.step name: NN_G1432A1433:C1467A1468_NN
ndb struct na base pair step.step number: 501
ndb struct na base pair step.tilt: -6.631
ndb struct na base pair step.tip: -58.629
ndb struct na base pair step.twist: -4.036
ndb struct na base pair step.x displacement: 13.65
ndb struct na base pair step.y displacement: -31.924

A,A,A,G,1432,1434,1 555,1 555,A,A,C,C,1466,1465,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 1432
ndb struct na base pair step.i label seq id 2: 1434
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 1466
ndb struct na base pair step.j label seq id 2: 1465
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 4.088
ndb struct na base pair step.helical twist: 79.99
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1433
ndb struct na base pair step.i auth seq id 2: 1435
ndb struct na base pair step.inclination: 9.525
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1467
ndb struct na base pair step.j auth seq id 2: 1466
ndb struct na base pair step.rise: 4.251
ndb struct na base pair step.roll: 12.205
ndb struct na base pair step.shift: -0.142
ndb struct na base pair step.slide: -0.896
ndb struct na base pair step.step name: NN_A1433G1435:C1466C1467_NN
ndb struct na base pair step.step number: 502
ndb struct na base pair step.tilt: 5.217
ndb struct na base pair step.tip: -4.072
ndb struct na base pair step.twist: 79.064
ndb struct na base pair step.x displacement: -1.113
ndb struct na base pair step.y displacement: 0.288

A,A,G,U,1434,1435,1 555,1 555,A,A,C,A,1465,1464,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 1434
ndb struct na base pair step.i label seq id 2: 1435
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 1465
ndb struct na base pair step.j label seq id 2: 1464
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.769
ndb struct na base pair step.helical twist: 28.249
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1435
ndb struct na base pair step.i auth seq id 2: 1436
ndb struct na base pair step.inclination: 12.637
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1466
ndb struct na base pair step.j auth seq id 2: 1465
ndb struct na base pair step.rise: 3.212
ndb struct na base pair step.roll: 6.12
ndb struct na base pair step.shift: 0.107
ndb struct na base pair step.slide: -1.748
ndb struct na base pair step.step name: NN_G1435U1436:A1465C1466_NN
ndb struct na base pair step.step number: 503
ndb struct na base pair step.tilt: 0.838
ndb struct na base pair step.tip: -1.73
ndb struct na base pair step.twist: 27.579
ndb struct na base pair step.x displacement: -4.899
ndb struct na base pair step.y displacement: -0.038

A,A,U,A,1435,1436,1 555,1 555,A,A,A,U,1464,1463,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: A
ndb struct na base pair step.i label seq id 1: 1435
ndb struct na base pair step.i label seq id 2: 1436
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 1464
ndb struct na base pair step.j label seq id 2: 1463
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.578
ndb struct na base pair step.helical twist: 35.072
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1436
ndb struct na base pair step.i auth seq id 2: 1437
ndb struct na base pair step.inclination: 15.637
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1465
ndb struct na base pair step.j auth seq id 2: 1464
ndb struct na base pair step.rise: 4.515
ndb struct na base pair step.roll: 8.838
ndb struct na base pair step.shift: 0.27
ndb struct na base pair step.slide: -0.976
ndb struct na base pair step.step name: NN_U1436A1437:U1464A1465_NN
ndb struct na base pair step.step number: 504
ndb struct na base pair step.tilt: 18.809
ndb struct na base pair step.tip: -33.28
ndb struct na base pair step.twist: 28.409
ndb struct na base pair step.x displacement: -3.446
ndb struct na base pair step.y displacement: 3.439

A,A,A,G,1436,1437,1 555,1 555,A,A,U,U,1463,1462,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: A
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 1436
ndb struct na base pair step.i label seq id 2: 1437
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 1463
ndb struct na base pair step.j label seq id 2: 1462
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 0.335
ndb struct na base pair step.helical twist: 37.655
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1437
ndb struct na base pair step.i auth seq id 2: 1438
ndb struct na base pair step.inclination: 21.825
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1464
ndb struct na base pair step.j auth seq id 2: 1463
ndb struct na base pair step.rise: 2.657
ndb struct na base pair step.roll: 12.393
ndb struct na base pair step.shift: 0.658
ndb struct na base pair step.slide: -2.819
ndb struct na base pair step.step name: NN_A1437G1438:U1463U1464_NN
ndb struct na base pair step.step number: 505
ndb struct na base pair step.tilt: -26.545
ndb struct na base pair step.tip: 46.747
ndb struct na base pair step.twist: 23.92
ndb struct na base pair step.x displacement: -5.284
ndb struct na base pair step.y displacement: -2.981

A,A,G,G,1437,1438,1 555,1 555,A,A,U,C,1462,1461,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 1437
ndb struct na base pair step.i label seq id 2: 1438
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 1462
ndb struct na base pair step.j label seq id 2: 1461
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.868
ndb struct na base pair step.helical twist: 33.112
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1438
ndb struct na base pair step.i auth seq id 2: 1439
ndb struct na base pair step.inclination: 1.884
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1463
ndb struct na base pair step.j auth seq id 2: 1462
ndb struct na base pair step.rise: 3.353
ndb struct na base pair step.roll: 1.065
ndb struct na base pair step.shift: -1.604
ndb struct na base pair step.slide: -2.005
ndb struct na base pair step.step name: NN_G1438G1439:C1462U1463_NN
ndb struct na base pair step.step number: 506
ndb struct na base pair step.tilt: 7.284
ndb struct na base pair step.tip: -12.882
ndb struct na base pair step.twist: 32.306
ndb struct na base pair step.x displacement: -3.692
ndb struct na base pair step.y displacement: 3.996

A,A,G,U,1438,1439,1 555,1 555,A,A,C,G,1461,1460,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 1438
ndb struct na base pair step.i label seq id 2: 1439
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 1461
ndb struct na base pair step.j label seq id 2: 1460
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.123
ndb struct na base pair step.helical twist: 39.933
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1439
ndb struct na base pair step.i auth seq id 2: 1440
ndb struct na base pair step.inclination: 5.969
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1462
ndb struct na base pair step.j auth seq id 2: 1461
ndb struct na base pair step.rise: 3.262
ndb struct na base pair step.roll: 4.051
ndb struct na base pair step.shift: 0.705
ndb struct na base pair step.slide: -2.004
ndb struct na base pair step.step name: NN_G1439U1440:G1461C1462_NN
ndb struct na base pair step.step number: 507
ndb struct na base pair step.tilt: 6.997
ndb struct na base pair step.tip: -10.311
ndb struct na base pair step.twist: 39.139
ndb struct na base pair step.x displacement: -3.394
ndb struct na base pair step.y displacement: -0.238

A,A,U,G,1439,1441,1 555,1 555,A,A,G,C,1460,1459,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 1439
ndb struct na base pair step.i label seq id 2: 1441
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 1460
ndb struct na base pair step.j label seq id 2: 1459
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 1.726
ndb struct na base pair step.helical twist: 53.843
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1440
ndb struct na base pair step.i auth seq id 2: 1442
ndb struct na base pair step.inclination: 32.559
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1461
ndb struct na base pair step.j auth seq id 2: 1460
ndb struct na base pair step.rise: 3.641
ndb struct na base pair step.roll: 27.556
ndb struct na base pair step.shift: -2.846
ndb struct na base pair step.slide: -0.433
ndb struct na base pair step.step name: NN_U1440G1442:C1460G1461_NN
ndb struct na base pair step.step number: 508
ndb struct na base pair step.tilt: 19.506
ndb struct na base pair step.tip: -23.048
ndb struct na base pair step.twist: 42.574
ndb struct na base pair step.x displacement: -2.082
ndb struct na base pair step.y displacement: 4.278

A,A,G,C,1441,1442,1 555,1 555,A,A,C,G,1459,1458,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 1441
ndb struct na base pair step.i label seq id 2: 1442
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 1459
ndb struct na base pair step.j label seq id 2: 1458
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.221
ndb struct na base pair step.helical twist: 46.329
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1442
ndb struct na base pair step.i auth seq id 2: 1443
ndb struct na base pair step.inclination: 19.163
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1460
ndb struct na base pair step.j auth seq id 2: 1459
ndb struct na base pair step.rise: 3.97
ndb struct na base pair step.roll: 14.796
ndb struct na base pair step.shift: -0.959
ndb struct na base pair step.slide: -2.14
ndb struct na base pair step.step name: NN_G1442C1443:G1459C1460_NN
ndb struct na base pair step.step number: 509
ndb struct na base pair step.tilt: -6.274
ndb struct na base pair step.tip: 8.125
ndb struct na base pair step.twist: 43.597
ndb struct na base pair step.x displacement: -4.149
ndb struct na base pair step.y displacement: 0.613

A,A,C,U,1442,1443,1 555,1 555,A,A,G,G,1458,1457,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 1442
ndb struct na base pair step.i label seq id 2: 1443
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 1458
ndb struct na base pair step.j label seq id 2: 1457
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.829
ndb struct na base pair step.helical twist: 42.519
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1443
ndb struct na base pair step.i auth seq id 2: 1444
ndb struct na base pair step.inclination: 24.825
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1459
ndb struct na base pair step.j auth seq id 2: 1458
ndb struct na base pair step.rise: 3.85
ndb struct na base pair step.roll: 17.503
ndb struct na base pair step.shift: -0.063
ndb struct na base pair step.slide: -1.776
ndb struct na base pair step.step name: NN_C1443U1444:G1458G1459_NN
ndb struct na base pair step.step number: 510
ndb struct na base pair step.tilt: -2.513
ndb struct na base pair step.tip: 3.564
ndb struct na base pair step.twist: 38.824
ndb struct na base pair step.x displacement: -4.351
ndb struct na base pair step.y displacement: -0.187

A,A,U,U,1443,1444,1 555,1 555,A,A,G,G,1457,1456,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 1443
ndb struct na base pair step.i label seq id 2: 1444
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 1457
ndb struct na base pair step.j label seq id 2: 1456
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.312
ndb struct na base pair step.helical twist: 41.379
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1444
ndb struct na base pair step.i auth seq id 2: 1445
ndb struct na base pair step.inclination: 6.742
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1458
ndb struct na base pair step.j auth seq id 2: 1457
ndb struct na base pair step.rise: 3.056
ndb struct na base pair step.roll: 4.625
ndb struct na base pair step.shift: -0.815
ndb struct na base pair step.slide: -1.448
ndb struct na base pair step.step name: NN_U1444U1445:G1457G1458_NN
ndb struct na base pair step.step number: 511
ndb struct na base pair step.tilt: 16.927
ndb struct na base pair step.tip: -24.673
ndb struct na base pair step.twist: 37.623
ndb struct na base pair step.x displacement: -2.477
ndb struct na base pair step.y displacement: 2.719

A,A,U,C,1444,1447,1 555,1 555,A,A,G,G,1456,1454,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 1444
ndb struct na base pair step.i label seq id 2: 1447
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 1456
ndb struct na base pair step.j label seq id 2: 1454
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.923
ndb struct na base pair step.helical twist: 99.895
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1445
ndb struct na base pair step.i auth seq id 2: 1448
ndb struct na base pair step.inclination: 23.594
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1457
ndb struct na base pair step.j auth seq id 2: 1455
ndb struct na base pair step.rise: 3.095
ndb struct na base pair step.roll: 35.654
ndb struct na base pair step.shift: -1.303
ndb struct na base pair step.slide: 0.14
ndb struct na base pair step.step name: NN_U1445C1448:G1455G1457_NN
ndb struct na base pair step.step number: 512
ndb struct na base pair step.tilt: 8.745
ndb struct na base pair step.tip: -5.787
ndb struct na base pair step.twist: 94.628
ndb struct na base pair step.x displacement: -0.452
ndb struct na base pair step.y displacement: 0.984

A,A,C,C,1447,1448,1 555,1 555,A,A,G,G,1454,1453,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 1447
ndb struct na base pair step.i label seq id 2: 1448
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 1454
ndb struct na base pair step.j label seq id 2: 1453
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 5.164
ndb struct na base pair step.helical twist: 37.311
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1448
ndb struct na base pair step.i auth seq id 2: 1449
ndb struct na base pair step.inclination: -14.681
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1455
ndb struct na base pair step.j auth seq id 2: 1454
ndb struct na base pair step.rise: 4.655
ndb struct na base pair step.roll: -9.212
ndb struct na base pair step.shift: 1.304
ndb struct na base pair step.slide: -1.975
ndb struct na base pair step.step name: NN_C1448C1449:G1454G1455_NN
ndb struct na base pair step.step number: 513
ndb struct na base pair step.tilt: 9.023
ndb struct na base pair step.tip: -14.381
ndb struct na base pair step.twist: 35.087
ndb struct na base pair step.x displacement: -1.198
ndb struct na base pair step.y displacement: -0.188

A,A,C,U,1448,1449,1 555,1 555,A,A,G,G,1453,1452,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 1448
ndb struct na base pair step.i label seq id 2: 1449
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 1453
ndb struct na base pair step.j label seq id 2: 1452
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 4.219
ndb struct na base pair step.helical twist: 96.34
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1449
ndb struct na base pair step.i auth seq id 2: 1450
ndb struct na base pair step.inclination: 15.931
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1454
ndb struct na base pair step.j auth seq id 2: 1453
ndb struct na base pair step.rise: 4.752
ndb struct na base pair step.roll: 23.583
ndb struct na base pair step.shift: -2.56
ndb struct na base pair step.slide: -1.356
ndb struct na base pair step.step name: NN_C1449U1450:G1453G1454_NN
ndb struct na base pair step.step number: 514
ndb struct na base pair step.tilt: 8.984
ndb struct na base pair step.tip: -6.069
ndb struct na base pair step.twist: 93.776
ndb struct na base pair step.x displacement: -1.48
ndb struct na base pair step.y displacement: 1.935

A,A,C,U,1520,1521,1 555,1 555,A,A,G,A,1513,1512,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 1520
ndb struct na base pair step.i label seq id 2: 1521
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 1513
ndb struct na base pair step.j label seq id 2: 1512
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.015
ndb struct na base pair step.helical twist: 25.604
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1521
ndb struct na base pair step.i auth seq id 2: 1522
ndb struct na base pair step.inclination: -11.537
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1514
ndb struct na base pair step.j auth seq id 2: 1513
ndb struct na base pair step.rise: 2.63
ndb struct na base pair step.roll: -5.04
ndb struct na base pair step.shift: 0.865
ndb struct na base pair step.slide: -1.607
ndb struct na base pair step.step name: NN_C1521U1522:A1513G1514_NN
ndb struct na base pair step.step number: 515
ndb struct na base pair step.tilt: 5.531
ndb struct na base pair step.tip: -12.66
ndb struct na base pair step.twist: 24.503
ndb struct na base pair step.x displacement: -2.364
ndb struct na base pair step.y displacement: -0.569

A,A,U,G,1521,1522,1 555,1 555,A,A,A,U,1512,1511,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 1521
ndb struct na base pair step.i label seq id 2: 1522
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: U
ndb struct na base pair step.j label seq id 1: 1512
ndb struct na base pair step.j label seq id 2: 1511
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 1.015
ndb struct na base pair step.helical twist: 26.135
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1522
ndb struct na base pair step.i auth seq id 2: 1523
ndb struct na base pair step.inclination: 41.481
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1513
ndb struct na base pair step.j auth seq id 2: 1512
ndb struct na base pair step.rise: 2.896
ndb struct na base pair step.roll: 16.989
ndb struct na base pair step.shift: -1.189
ndb struct na base pair step.slide: -2.136
ndb struct na base pair step.step name: NN_U1522G1523:U1512A1513_NN
ndb struct na base pair step.step number: 516
ndb struct na base pair step.tilt: -6.751
ndb struct na base pair step.tip: 16.482
ndb struct na base pair step.twist: 18.757
ndb struct na base pair step.x displacement: -7.962
ndb struct na base pair step.y displacement: 1.343

A,A,G,C,1522,1523,1 555,1 555,A,A,U,G,1511,1510,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: C
ndb struct na base pair step.i label seq id 1: 1522
ndb struct na base pair step.i label seq id 2: 1523
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: U
ndb struct na base pair step.j label comp id 2: G
ndb struct na base pair step.j label seq id 1: 1511
ndb struct na base pair step.j label seq id 2: 1510
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.772
ndb struct na base pair step.helical twist: 40.451
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1523
ndb struct na base pair step.i auth seq id 2: 1524
ndb struct na base pair step.inclination: 7.679
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1512
ndb struct na base pair step.j auth seq id 2: 1511
ndb struct na base pair step.rise: 2.977
ndb struct na base pair step.roll: 5.292
ndb struct na base pair step.shift: 0.267
ndb struct na base pair step.slide: -1.528
ndb struct na base pair step.step name: NN_G1523C1524:G1511U1512_NN
ndb struct na base pair step.step number: 517
ndb struct na base pair step.tilt: 2.367
ndb struct na base pair step.tip: -3.435
ndb struct na base pair step.twist: 40.05
ndb struct na base pair step.x displacement: -2.735
ndb struct na base pair step.y displacement: -0.152

A,A,C,G,1523,1524,1 555,1 555,A,A,G,C,1510,1509,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: C
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 1523
ndb struct na base pair step.i label seq id 2: 1524
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: G
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 1510
ndb struct na base pair step.j label seq id 2: 1509
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.37
ndb struct na base pair step.helical twist: 25.081
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1524
ndb struct na base pair step.i auth seq id 2: 1525
ndb struct na base pair step.inclination: 22.007
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1511
ndb struct na base pair step.j auth seq id 2: 1510
ndb struct na base pair step.rise: 3.349
ndb struct na base pair step.roll: 9.271
ndb struct na base pair step.shift: 0.11
ndb struct na base pair step.slide: -1.803
ndb struct na base pair step.step name: NN_C1524G1525:C1510G1511_NN
ndb struct na base pair step.step number: 518
ndb struct na base pair step.tilt: -4.946
ndb struct na base pair step.tip: 11.742
ndb struct na base pair step.twist: 22.806
ndb struct na base pair step.x displacement: -6.666
ndb struct na base pair step.y displacement: -1.596

A,A,G,G,1524,1525,1 555,1 555,A,A,C,C,1509,1508,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 1524
ndb struct na base pair step.i label seq id 2: 1525
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: C
ndb struct na base pair step.j label seq id 1: 1509
ndb struct na base pair step.j label seq id 2: 1508
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.199
ndb struct na base pair step.helical twist: 40.216
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1525
ndb struct na base pair step.i auth seq id 2: 1526
ndb struct na base pair step.inclination: 13.757
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1510
ndb struct na base pair step.j auth seq id 2: 1509
ndb struct na base pair step.rise: 3.832
ndb struct na base pair step.roll: 9.349
ndb struct na base pair step.shift: 0.473
ndb struct na base pair step.slide: -2.523
ndb struct na base pair step.step name: NN_G1525G1526:C1509C1510_NN
ndb struct na base pair step.step number: 519
ndb struct na base pair step.tilt: 5.704
ndb struct na base pair step.tip: -8.394
ndb struct na base pair step.twist: 38.756
ndb struct na base pair step.x displacement: -4.833
ndb struct na base pair step.y displacement: 0.022

A,A,G,U,1525,1526,1 555,1 555,A,A,C,A,1508,1507,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: G
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 1525
ndb struct na base pair step.i label seq id 2: 1526
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: C
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 1508
ndb struct na base pair step.j label seq id 2: 1507
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 3.184
ndb struct na base pair step.helical twist: 26.761
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1526
ndb struct na base pair step.i auth seq id 2: 1527
ndb struct na base pair step.inclination: -5.647
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1509
ndb struct na base pair step.j auth seq id 2: 1508
ndb struct na base pair step.rise: 2.834
ndb struct na base pair step.roll: -2.591
ndb struct na base pair step.shift: 0.688
ndb struct na base pair step.slide: -2.971
ndb struct na base pair step.step name: NN_G1526U1527:A1508C1509_NN
ndb struct na base pair step.step number: 520
ndb struct na base pair step.tilt: 5.618
ndb struct na base pair step.tip: -12.245
ndb struct na base pair step.twist: 26.049
ndb struct na base pair step.x displacement: -5.793
ndb struct na base pair step.y displacement: -0.127

A,A,U,U,1526,1527,1 555,1 555,A,A,A,A,1507,1506,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: U
ndb struct na base pair step.i label seq id 1: 1526
ndb struct na base pair step.i label seq id 2: 1527
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 1507
ndb struct na base pair step.j label seq id 2: 1506
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: 2.797
ndb struct na base pair step.helical twist: 30.021
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1527
ndb struct na base pair step.i auth seq id 2: 1528
ndb struct na base pair step.inclination: 9.314
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1508
ndb struct na base pair step.j auth seq id 2: 1507
ndb struct na base pair step.rise: 3.278
ndb struct na base pair step.roll: 4.777
ndb struct na base pair step.shift: -0.785
ndb struct na base pair step.slide: -1.522
ndb struct na base pair step.step name: NN_U1527U1528:A1507A1508_NN
ndb struct na base pair step.step number: 521
ndb struct na base pair step.tilt: 5.713
ndb struct na base pair step.tip: -11.14
ndb struct na base pair step.twist: 29.104
ndb struct na base pair step.x displacement: -3.865
ndb struct na base pair step.y displacement: 2.624

A,A,U,G,1527,1529,1 555,1 555,A,A,A,A,1506,1533,1 555,1 555,1
type: ndb struct na base pair step
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
ndb struct na base pair step.i label asym id 1: A
ndb struct na base pair step.i label asym id 2: A
ndb struct na base pair step.i label comp id 1: U
ndb struct na base pair step.i label comp id 2: G
ndb struct na base pair step.i label seq id 1: 1527
ndb struct na base pair step.i label seq id 2: 1529
ndb struct na base pair step.i symmetry 1: 1_555
ndb struct na base pair step.i symmetry 2: 1_555
ndb struct na base pair step.j label asym id 1: A
ndb struct na base pair step.j label asym id 2: A
ndb struct na base pair step.j label comp id 1: A
ndb struct na base pair step.j label comp id 2: A
ndb struct na base pair step.j label seq id 1: 1506
ndb struct na base pair step.j label seq id 2: 1533
ndb struct na base pair step.j symmetry 1: 1_555
ndb struct na base pair step.j symmetry 2: 1_555
ndb struct na base pair step.model number: 1
ndb struct na base pair step.helical rise: -0.994
ndb struct na base pair step.helical twist: -139.321
ndb struct na base pair step.i auth asym id 1: N
ndb struct na base pair step.i auth asym id 2: N
ndb struct na base pair step.i auth seq id 1: 1528
ndb struct na base pair step.i auth seq id 2: 1530
ndb struct na base pair step.inclination: -2.655
ndb struct na base pair step.j auth asym id 1: N
ndb struct na base pair step.j auth asym id 2: N
ndb struct na base pair step.j auth seq id 1: 1507
ndb struct na base pair step.j auth seq id 2: 1534
ndb struct na base pair step.rise: 2.924
ndb struct na base pair step.roll: 4.207
ndb struct na base pair step.shift: 1.124
ndb struct na base pair step.slide: 6.748
ndb struct na base pair step.step name: NN_U1528G1530:A1534A1507_NN
ndb struct na base pair step.step number: 522
ndb struct na base pair step.tilt: 139.024
ndb struct na base pair step.tip: 87.726
ndb struct na base pair step.twist: -12.003
ndb struct na base pair step.x displacement: -3.626
ndb struct na base pair step.y displacement: 1.519

Structure model,1,4
type: pdbx audit revision category
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reference to pdbx audit revision history: Structure model,4
pdbx audit revision category.data content type: Structure model
pdbx audit revision category.ordinal: 1
pdbx audit revision category.revision ordinal: 4
pdbx audit revision category.category: database_2

Structure model,4
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referenced by pdbx audit revision category: Structure model,2,4
referenced by pdbx audit revision category: Structure model,3,4
referenced by pdbx audit revision group: Structure model,3,4
referenced by pdbx audit revision group: Structure model,4,4
type: pdbx audit revision history
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx audit revision history.data content type: Structure model
pdbx audit revision history.ordinal: 4
pdbx audit revision history.major revision: 1
pdbx audit revision history.minor revision: 3
pdbx audit revision history.revision date: 2019-12-18
referenced by pdbx audit revision item: Structure model,2,4
referenced by pdbx audit revision item: Structure model,1,4

Structure model,2,4
type: pdbx audit revision category
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reference to pdbx audit revision history: Structure model,4
pdbx audit revision category.data content type: Structure model
pdbx audit revision category.ordinal: 2
pdbx audit revision category.revision ordinal: 4
pdbx audit revision category.category: em_image_scans

Structure model,3,4
type: pdbx audit revision category
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reference to pdbx audit revision history: Structure model,4
pdbx audit revision category.data content type: Structure model
pdbx audit revision category.ordinal: 3
pdbx audit revision category.revision ordinal: 4
pdbx audit revision category.category: em_software

Structure model,4,5
type: pdbx audit revision category
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reference to pdbx audit revision history: Structure model,5
pdbx audit revision category.data content type: Structure model
pdbx audit revision category.ordinal: 4
pdbx audit revision category.revision ordinal: 5
pdbx audit revision category.category: chem_comp_atom

Structure model,5
referenced by pdbx audit revision category: Structure model,4,5
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referenced by pdbx audit revision category: Structure model,8,5
referenced by pdbx audit revision group: Structure model,5,5
referenced by pdbx audit revision group: Structure model,6,5
referenced by pdbx audit revision group: Structure model,7,5
type: pdbx audit revision history
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx audit revision history.data content type: Structure model
pdbx audit revision history.ordinal: 5
pdbx audit revision history.major revision: 1
pdbx audit revision history.minor revision: 4
pdbx audit revision history.revision date: 2024-03-20
referenced by pdbx audit revision item: Structure model,8,5
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referenced by pdbx audit revision item: Structure model,4,5
referenced by pdbx audit revision item: Structure model,5,5
referenced by pdbx audit revision item: Structure model,6,5
referenced by pdbx audit revision item: Structure model,7,5

Structure model,5,5
type: pdbx audit revision category
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reference to pdbx audit revision history: Structure model,5
pdbx audit revision category.data content type: Structure model
pdbx audit revision category.ordinal: 5
pdbx audit revision category.revision ordinal: 5
pdbx audit revision category.category: chem_comp_bond

Structure model,6,5
type: pdbx audit revision category
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reference to pdbx audit revision history: Structure model,5
pdbx audit revision category.data content type: Structure model
pdbx audit revision category.ordinal: 6
pdbx audit revision category.revision ordinal: 5
pdbx audit revision category.category: database_2

Structure model,7,5
type: pdbx audit revision category
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to pdbx audit revision history: Structure model,5
pdbx audit revision category.data content type: Structure model
pdbx audit revision category.ordinal: 7
pdbx audit revision category.revision ordinal: 5
pdbx audit revision category.category: em_3d_fitting_list

Structure model,8,5
type: pdbx audit revision category
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reference to pdbx audit revision history: Structure model,5
pdbx audit revision category.data content type: Structure model
pdbx audit revision category.ordinal: 8
pdbx audit revision category.revision ordinal: 5
pdbx audit revision category.category: pdbx_initial_refinement_model

Structure model,1,1
type: pdbx audit revision details
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to pdbx audit revision history: Structure model,1
pdbx audit revision details.data content type: Structure model
pdbx audit revision details.ordinal: 1
pdbx audit revision details.revision ordinal: 1
pdbx audit revision details.provider: repository
pdbx audit revision details.type: Initial release

Structure model,1
referenced by pdbx audit revision details: Structure model,1,1
type: pdbx audit revision history
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx audit revision history.data content type: Structure model
pdbx audit revision history.ordinal: 1
pdbx audit revision history.major revision: 1
pdbx audit revision history.minor revision: 0
pdbx audit revision history.revision date: 2013-01-16

Structure model,1,2
type: pdbx audit revision group
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to pdbx audit revision history: Structure model,2
pdbx audit revision group.data content type: Structure model
pdbx audit revision group.ordinal: 1
pdbx audit revision group.revision ordinal: 2
pdbx audit revision group.group: Database references

Structure model,2
referenced by pdbx audit revision group: Structure model,1,2
type: pdbx audit revision history
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx audit revision history.data content type: Structure model
pdbx audit revision history.ordinal: 2
pdbx audit revision history.major revision: 1
pdbx audit revision history.minor revision: 1
pdbx audit revision history.revision date: 2013-03-06

Structure model,2,3
type: pdbx audit revision group
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to pdbx audit revision history: Structure model,3
pdbx audit revision group.data content type: Structure model
pdbx audit revision group.ordinal: 2
pdbx audit revision group.revision ordinal: 3
pdbx audit revision group.group: Other

Structure model,3
referenced by pdbx audit revision group: Structure model,2,3
type: pdbx audit revision history
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx audit revision history.data content type: Structure model
pdbx audit revision history.ordinal: 3
pdbx audit revision history.major revision: 1
pdbx audit revision history.minor revision: 2
pdbx audit revision history.revision date: 2013-03-13

Structure model,3,4
type: pdbx audit revision group
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to pdbx audit revision history: Structure model,4
pdbx audit revision group.data content type: Structure model
pdbx audit revision group.ordinal: 3
pdbx audit revision group.revision ordinal: 4
pdbx audit revision group.group: Data collection

Structure model,4,4
type: pdbx audit revision group
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to pdbx audit revision history: Structure model,4
pdbx audit revision group.data content type: Structure model
pdbx audit revision group.ordinal: 4
pdbx audit revision group.revision ordinal: 4
pdbx audit revision group.group: Database references

Structure model,5,5
type: pdbx audit revision group
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to pdbx audit revision history: Structure model,5
pdbx audit revision group.data content type: Structure model
pdbx audit revision group.ordinal: 5
pdbx audit revision group.revision ordinal: 5
pdbx audit revision group.group: Data collection

Structure model,6,5
type: pdbx audit revision group
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to pdbx audit revision history: Structure model,5
pdbx audit revision group.data content type: Structure model
pdbx audit revision group.ordinal: 6
pdbx audit revision group.revision ordinal: 5
pdbx audit revision group.group: Database references

Structure model,7,5
type: pdbx audit revision group
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to pdbx audit revision history: Structure model,5
pdbx audit revision group.data content type: Structure model
pdbx audit revision group.ordinal: 7
pdbx audit revision group.revision ordinal: 5
pdbx audit revision group.group: Refinement description

Structure model,1,4
type: pdbx audit revision item
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to pdbx audit revision history: Structure model,4
pdbx audit revision item.data content type: Structure model
pdbx audit revision item.ordinal: 1
pdbx audit revision item.revision ordinal: 4
pdbx audit revision item.item: _em_software.fitting_id

Structure model,2,4
type: pdbx audit revision item
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reference to pdbx audit revision history: Structure model,4
pdbx audit revision item.data content type: Structure model
pdbx audit revision item.ordinal: 2
pdbx audit revision item.revision ordinal: 4
pdbx audit revision item.item: _em_software.image_processing_id

Structure model,3,5
type: pdbx audit revision item
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reference to pdbx audit revision history: Structure model,5
pdbx audit revision item.data content type: Structure model
pdbx audit revision item.ordinal: 3
pdbx audit revision item.revision ordinal: 5
pdbx audit revision item.item: _database_2.pdbx_DOI

Structure model,4,5
type: pdbx audit revision item
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reference to pdbx audit revision history: Structure model,5
pdbx audit revision item.data content type: Structure model
pdbx audit revision item.ordinal: 4
pdbx audit revision item.revision ordinal: 5
pdbx audit revision item.item: _database_2.pdbx_database_accession

Structure model,5,5
type: pdbx audit revision item
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to pdbx audit revision history: Structure model,5
pdbx audit revision item.data content type: Structure model
pdbx audit revision item.ordinal: 5
pdbx audit revision item.revision ordinal: 5
pdbx audit revision item.item: _em_3d_fitting_list.accession_code

Structure model,6,5
type: pdbx audit revision item
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reference to pdbx audit revision history: Structure model,5
pdbx audit revision item.data content type: Structure model
pdbx audit revision item.ordinal: 6
pdbx audit revision item.revision ordinal: 5
pdbx audit revision item.item: _em_3d_fitting_list.initial_refinement_model_id

Structure model,7,5
type: pdbx audit revision item
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reference to pdbx audit revision history: Structure model,5
pdbx audit revision item.data content type: Structure model
pdbx audit revision item.ordinal: 7
pdbx audit revision item.revision ordinal: 5
pdbx audit revision item.item: _em_3d_fitting_list.source_name

Structure model,8,5
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reference to pdbx audit revision history: Structure model,5
pdbx audit revision item.data content type: Structure model
pdbx audit revision item.ordinal: 8
pdbx audit revision item.revision ordinal: 5
pdbx audit revision item.item: _em_3d_fitting_list.type

associated EM volume,EMD-5500,EMDB
type: pdbx database related
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx database related.content type: associated EM volume
pdbx database related.db id: EMD-5500
pdbx database related.db name: EMDB

3J28
type: pdbx database status
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entry: 3J28
pdbx database status.entry id: 3J28
pdbx database status.deposit site: RCSB
pdbx database status.pdb format compatible: Y
pdbx database status.process site: PDBJ
pdbx database status.recvd initial deposition date: 2012-09-28
pdbx database status.status code: REL

http://rdf.wwpdb.org/pdb/3J28/pdbx_initial_refinement_model/1
type: pdbx initial refinement model
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx initial refinement model.id: 1
pdbx initial refinement model.accession code: 3OFA
pdbx initial refinement model.source name: PDB
pdbx initial refinement model.type: experimental model

A,1,A,1
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 2
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 2
pdbx poly seq scheme.pdb strand id: N

http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
referenced by pdbx poly seq scheme: A,1,A,1
referenced by pdbx poly seq scheme: A,1,A,2
referenced by pdbx poly seq scheme: A,1,U,3
referenced by pdbx poly seq scheme: A,1,U,4
referenced by pdbx poly seq scheme: A,1,G,5
referenced by pdbx poly seq scheme: A,1,A,6
referenced by pdbx poly seq scheme: A,1,A,7
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referenced by pdbx poly seq scheme: A,1,G,10
referenced by pdbx poly seq scheme: A,1,U,11
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referenced by pdbx poly seq scheme: A,1,U,13
referenced by pdbx poly seq scheme: A,1,G,14
referenced by pdbx poly seq scheme: A,1,A,15
referenced by pdbx poly seq scheme: A,1,U,16
referenced by pdbx poly seq scheme: A,1,C,17
referenced by pdbx poly seq scheme: A,1,A,18
referenced by pdbx poly seq scheme: A,1,U,19
referenced by pdbx poly seq scheme: A,1,G,20
referenced by pdbx poly seq scheme: A,1,G,21
referenced by pdbx poly seq scheme: A,1,C,22
referenced by pdbx poly seq scheme: A,1,U,23
referenced by pdbx poly seq scheme: A,1,C,24
referenced by pdbx poly seq scheme: A,1,A,25
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referenced by pdbx poly seq scheme: A,1,A,27
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referenced by pdbx poly seq scheme: A,1,U,29
referenced by pdbx poly seq scheme: A,1,G,30
referenced by pdbx poly seq scheme: A,1,A,31
referenced by pdbx poly seq scheme: A,1,A,32
referenced by pdbx poly seq scheme: A,1,C,33
referenced by pdbx poly seq scheme: A,1,G,34
referenced by pdbx poly seq scheme: A,1,C,35
referenced by pdbx poly seq scheme: A,1,U,36
referenced by pdbx poly seq scheme: A,1,G,37
referenced by pdbx poly seq scheme: A,1,G,38
referenced by pdbx poly seq scheme: A,1,C,39
referenced by pdbx poly seq scheme: A,1,G,40
referenced by pdbx poly seq scheme: A,1,G,41
referenced by pdbx poly seq scheme: A,1,C,42
referenced by pdbx poly seq scheme: A,1,A,43
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referenced by pdbx poly seq scheme: A,1,G,45
referenced by pdbx poly seq scheme: A,1,C,46
referenced by pdbx poly seq scheme: A,1,C,47
referenced by pdbx poly seq scheme: A,1,U,48
referenced by pdbx poly seq scheme: A,1,A,49
referenced by pdbx poly seq scheme: A,1,A,50
referenced by pdbx poly seq scheme: A,1,C,51
referenced by pdbx poly seq scheme: A,1,A,52
referenced by pdbx poly seq scheme: A,1,C,53
referenced by pdbx poly seq scheme: A,1,A,54
referenced by pdbx poly seq scheme: A,1,U,55
referenced by pdbx poly seq scheme: A,1,G,56
referenced by pdbx poly seq scheme: A,1,C,57
referenced by pdbx poly seq scheme: A,1,A,58
referenced by pdbx poly seq scheme: A,1,A,59
referenced by pdbx poly seq scheme: A,1,G,60
referenced by pdbx poly seq scheme: A,1,U,61
referenced by pdbx poly seq scheme: A,1,C,62
referenced by pdbx poly seq scheme: A,1,G,63
referenced by pdbx poly seq scheme: A,1,A,64
referenced by pdbx poly seq scheme: A,1,A,65
referenced by pdbx poly seq scheme: A,1,C,66
referenced by pdbx poly seq scheme: A,1,G,67
referenced by pdbx poly seq scheme: A,1,G,68
referenced by pdbx poly seq scheme: A,1,U,69
referenced by pdbx poly seq scheme: A,1,A,70
referenced by pdbx poly seq scheme: A,1,A,71
referenced by pdbx poly seq scheme: A,1,C,72
referenced by pdbx poly seq scheme: A,1,A,73
referenced by pdbx poly seq scheme: A,1,G,74
referenced by pdbx poly seq scheme: A,1,G,75
referenced by pdbx poly seq scheme: A,1,A,76
referenced by pdbx poly seq scheme: A,1,A,77
referenced by pdbx poly seq scheme: A,1,G,78
referenced by pdbx poly seq scheme: A,1,A,79
referenced by pdbx poly seq scheme: A,1,A,80

A,1,A,2
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,2
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 2
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 3
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 2
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 3
pdbx poly seq scheme.pdb strand id: N

A,1,U,3
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,3
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 3
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 4
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 3
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 4
pdbx poly seq scheme.pdb strand id: N

A,1,U,4
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,4
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 4
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 5
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 4
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 5
pdbx poly seq scheme.pdb strand id: N

A,1,G,5
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,5
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 5
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 6
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 5
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 6
pdbx poly seq scheme.pdb strand id: N

A,1,A,6
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,6
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 6
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 7
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 6
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 7
pdbx poly seq scheme.pdb strand id: N

A,1,A,7
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,7
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 7
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 8
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 7
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 8
pdbx poly seq scheme.pdb strand id: N

A,1,G,8
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,8
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 8
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 9
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 8
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 9
pdbx poly seq scheme.pdb strand id: N

A,1,A,9
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,9
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 9
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 10
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 9
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 10
pdbx poly seq scheme.pdb strand id: N

A,1,G,10
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,10
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 10
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 11
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 10
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 11
pdbx poly seq scheme.pdb strand id: N

A,1,U,11
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,11
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 11
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 12
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 11
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 12
pdbx poly seq scheme.pdb strand id: N

A,1,U,12
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,12
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 12
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 13
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 12
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 13
pdbx poly seq scheme.pdb strand id: N

A,1,U,13
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,13
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 13
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 14
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 13
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 14
pdbx poly seq scheme.pdb strand id: N

A,1,G,14
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,14
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 14
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 15
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 14
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 15
pdbx poly seq scheme.pdb strand id: N

A,1,A,15
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,15
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 15
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 16
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 15
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 16
pdbx poly seq scheme.pdb strand id: N

A,1,U,16
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,16
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 16
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 17
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 16
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 17
pdbx poly seq scheme.pdb strand id: N

A,1,C,17
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,17
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 17
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 18
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 17
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 18
pdbx poly seq scheme.pdb strand id: N

A,1,A,18
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,18
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 18
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 19
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 18
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 19
pdbx poly seq scheme.pdb strand id: N

A,1,U,19
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,19
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 19
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 20
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 19
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 20
pdbx poly seq scheme.pdb strand id: N

A,1,G,20
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,20
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 20
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 21
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 20
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 21
pdbx poly seq scheme.pdb strand id: N

A,1,G,21
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,21
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 21
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 22
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 21
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 22
pdbx poly seq scheme.pdb strand id: N

A,1,C,22
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,22
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 22
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 23
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 22
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 23
pdbx poly seq scheme.pdb strand id: N

A,1,U,23
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,23
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 23
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 24
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 23
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 24
pdbx poly seq scheme.pdb strand id: N

A,1,C,24
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,24
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 24
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 25
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 24
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 25
pdbx poly seq scheme.pdb strand id: N

A,1,A,25
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,25
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 25
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 26
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 25
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 26
pdbx poly seq scheme.pdb strand id: N

A,1,G,26
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,26
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 26
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 27
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 26
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 27
pdbx poly seq scheme.pdb strand id: N

A,1,A,27
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,27
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 27
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 28
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 27
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 28
pdbx poly seq scheme.pdb strand id: N

A,1,U,28
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,28
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 28
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 29
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 28
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 29
pdbx poly seq scheme.pdb strand id: N

A,1,U,29
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,29
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 29
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 30
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 29
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 30
pdbx poly seq scheme.pdb strand id: N

A,1,G,30
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,30
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 30
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 31
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 30
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 31
pdbx poly seq scheme.pdb strand id: N

A,1,A,31
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,31
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 31
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 32
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 31
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 32
pdbx poly seq scheme.pdb strand id: N

A,1,A,32
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,32
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 32
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 33
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 32
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 33
pdbx poly seq scheme.pdb strand id: N

A,1,C,33
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,33
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 33
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 34
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 33
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 34
pdbx poly seq scheme.pdb strand id: N

A,1,G,34
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,34
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 34
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 35
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 34
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 35
pdbx poly seq scheme.pdb strand id: N

A,1,C,35
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,35
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 35
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 36
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 35
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 36
pdbx poly seq scheme.pdb strand id: N

A,1,U,36
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,36
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 36
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 37
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 36
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 37
pdbx poly seq scheme.pdb strand id: N

A,1,G,37
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,37
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 37
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 38
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 37
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 38
pdbx poly seq scheme.pdb strand id: N

A,1,G,38
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,38
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 38
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 39
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 38
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 39
pdbx poly seq scheme.pdb strand id: N

A,1,C,39
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,39
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 39
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 40
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 39
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 40
pdbx poly seq scheme.pdb strand id: N

A,1,G,40
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,40
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 40
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 41
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 40
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 41
pdbx poly seq scheme.pdb strand id: N

A,1,G,41
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,41
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 41
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 42
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 41
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 42
pdbx poly seq scheme.pdb strand id: N

A,1,C,42
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,42
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 42
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 43
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 42
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 43
pdbx poly seq scheme.pdb strand id: N

A,1,A,43
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,43
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 43
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 44
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 43
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 44
pdbx poly seq scheme.pdb strand id: N

A,1,G,44
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,44
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 44
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 45
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 44
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 45
pdbx poly seq scheme.pdb strand id: N

A,1,G,45
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,45
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 45
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 46
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 45
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 46
pdbx poly seq scheme.pdb strand id: N

A,1,C,46
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,46
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 46
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 47
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 46
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 47
pdbx poly seq scheme.pdb strand id: N

A,1,C,47
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,47
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 47
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 48
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 47
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 48
pdbx poly seq scheme.pdb strand id: N

A,1,U,48
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,48
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 48
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 49
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 48
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 49
pdbx poly seq scheme.pdb strand id: N

A,1,A,49
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,49
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 49
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 50
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 49
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 50
pdbx poly seq scheme.pdb strand id: N

A,1,A,50
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,50
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 50
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 51
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 50
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 51
pdbx poly seq scheme.pdb strand id: N

A,1,C,51
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,51
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 51
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 52
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 51
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 52
pdbx poly seq scheme.pdb strand id: N

A,1,A,52
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,52
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 52
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 53
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 52
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 53
pdbx poly seq scheme.pdb strand id: N

A,1,C,53
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,53
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 53
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 54
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 53
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 54
pdbx poly seq scheme.pdb strand id: N

A,1,A,54
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,54
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 54
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 55
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 54
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 55
pdbx poly seq scheme.pdb strand id: N

A,1,U,55
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,55
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 55
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 56
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 55
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 56
pdbx poly seq scheme.pdb strand id: N

A,1,G,56
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,56
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 56
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 57
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 56
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 57
pdbx poly seq scheme.pdb strand id: N

A,1,C,57
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,57
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 57
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 58
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 57
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 58
pdbx poly seq scheme.pdb strand id: N

A,1,A,58
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,58
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 58
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 59
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 58
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 59
pdbx poly seq scheme.pdb strand id: N

A,1,A,59
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,59
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 59
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 60
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 59
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 60
pdbx poly seq scheme.pdb strand id: N

A,1,G,60
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,60
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 60
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 61
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 60
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 61
pdbx poly seq scheme.pdb strand id: N

A,1,U,61
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,61
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 61
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 62
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 61
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 62
pdbx poly seq scheme.pdb strand id: N

A,1,C,62
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,62
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 62
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 63
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 62
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 63
pdbx poly seq scheme.pdb strand id: N

A,1,G,63
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,63
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 63
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 64
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 63
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 64
pdbx poly seq scheme.pdb strand id: N

A,1,A,64
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,64
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 64
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 65
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 64
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 65
pdbx poly seq scheme.pdb strand id: N

A,1,A,65
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,65
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 65
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 66
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 65
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 66
pdbx poly seq scheme.pdb strand id: N

A,1,C,66
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,66
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 66
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 67
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 66
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 67
pdbx poly seq scheme.pdb strand id: N

A,1,G,67
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,67
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 67
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 68
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 67
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 68
pdbx poly seq scheme.pdb strand id: N

A,1,G,68
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,68
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 68
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 69
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 68
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 69
pdbx poly seq scheme.pdb strand id: N

A,1,U,69
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,69
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 69
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 70
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 69
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 70
pdbx poly seq scheme.pdb strand id: N

A,1,A,70
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,70
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 70
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 71
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 70
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 71
pdbx poly seq scheme.pdb strand id: N

A,1,A,71
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,71
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 71
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 72
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 71
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 72
pdbx poly seq scheme.pdb strand id: N

A,1,C,72
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,72
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 72
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 73
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 72
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 73
pdbx poly seq scheme.pdb strand id: N

A,1,A,73
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,73
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 73
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 74
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 73
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 74
pdbx poly seq scheme.pdb strand id: N

A,1,G,74
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,74
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 74
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 75
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 74
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 75
pdbx poly seq scheme.pdb strand id: N

A,1,G,75
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,75
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 75
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 76
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 75
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 76
pdbx poly seq scheme.pdb strand id: N

A,1,A,76
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,76
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 76
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 77
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 76
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 77
pdbx poly seq scheme.pdb strand id: N

A,1,A,77
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,77
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 77
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 78
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 77
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 78
pdbx poly seq scheme.pdb strand id: N

A,1,G,78
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,78
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 78
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 79
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 78
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 79
pdbx poly seq scheme.pdb strand id: N

A,1,A,79
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,79
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 79
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 80
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 79
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 80
pdbx poly seq scheme.pdb strand id: N

A,1,A,80
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,80
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 80
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 81
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 80
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 81
pdbx poly seq scheme.pdb strand id: N

A,1,G,81
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,81
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 81
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 82
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 81
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 82
pdbx poly seq scheme.pdb strand id: N

A,1,C,82
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,82
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 82
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 83
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 82
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 83
pdbx poly seq scheme.pdb strand id: N

A,1,U,83
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,83
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 83
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 84
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 83
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 84
pdbx poly seq scheme.pdb strand id: N

A,1,U,84
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,84
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 84
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 85
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 84
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 85
pdbx poly seq scheme.pdb strand id: N

A,1,G,85
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,85
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 85
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 86
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 85
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 86
pdbx poly seq scheme.pdb strand id: N

A,1,C,86
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,86
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 86
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 87
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 86
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 87
pdbx poly seq scheme.pdb strand id: N

A,1,U,87
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,87
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 87
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 88
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 87
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 88
pdbx poly seq scheme.pdb strand id: N

A,1,U,88
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,88
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 88
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 89
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 88
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 89
pdbx poly seq scheme.pdb strand id: N

A,1,C,89
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,89
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 89
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 90
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 89
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 90
pdbx poly seq scheme.pdb strand id: N

A,1,U,90
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,90
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 90
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 91
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 90
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 91
pdbx poly seq scheme.pdb strand id: N

A,1,U,91
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,91
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 91
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 92
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 91
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 92
pdbx poly seq scheme.pdb strand id: N

A,1,U,92
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,92
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 92
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 93
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 92
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 93
pdbx poly seq scheme.pdb strand id: N

A,1,G,93
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,93
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 93
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 94
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 93
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 94
pdbx poly seq scheme.pdb strand id: N

A,1,C,94
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,94
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 94
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 95
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 94
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 95
pdbx poly seq scheme.pdb strand id: N

A,1,U,95
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,95
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 95
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 96
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 95
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 96
pdbx poly seq scheme.pdb strand id: N

A,1,G,96
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,96
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 96
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 97
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 96
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 97
pdbx poly seq scheme.pdb strand id: N

A,1,A,97
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,97
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 97
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 98
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 97
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 98
pdbx poly seq scheme.pdb strand id: N

A,1,C,98
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,98
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 98
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 99
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 98
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 99
pdbx poly seq scheme.pdb strand id: N

A,1,G,99
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,99
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 99
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 100
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 99
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 100
pdbx poly seq scheme.pdb strand id: N

A,1,A,100
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,100
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 100
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 101
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 100
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 101
pdbx poly seq scheme.pdb strand id: N

A,1,G,101
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,101
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 101
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 102
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 101
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 102
pdbx poly seq scheme.pdb strand id: N

A,1,U,102
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,102
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 102
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 103
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 102
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 103
pdbx poly seq scheme.pdb strand id: N

A,1,G,103
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,103
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 103
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 104
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 103
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 104
pdbx poly seq scheme.pdb strand id: N

A,1,G,104
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,104
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 104
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 105
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 104
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 105
pdbx poly seq scheme.pdb strand id: N

A,1,C,105
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,105
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 105
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 106
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 105
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 106
pdbx poly seq scheme.pdb strand id: N

A,1,G,106
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,106
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 106
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 107
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 106
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 107
pdbx poly seq scheme.pdb strand id: N

A,1,G,107
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,107
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 107
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 108
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 107
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 108
pdbx poly seq scheme.pdb strand id: N

A,1,A,108
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,108
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 108
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 109
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 108
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 109
pdbx poly seq scheme.pdb strand id: N

A,1,C,109
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,109
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 109
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 110
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 109
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 110
pdbx poly seq scheme.pdb strand id: N

A,1,G,110
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,110
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 110
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 111
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 110
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 111
pdbx poly seq scheme.pdb strand id: N

A,1,G,111
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,111
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 111
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 112
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 111
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 112
pdbx poly seq scheme.pdb strand id: N

A,1,G,112
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,112
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 112
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 113
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 112
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 113
pdbx poly seq scheme.pdb strand id: N

A,1,U,113
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,113
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 113
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 114
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 113
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 114
pdbx poly seq scheme.pdb strand id: N

A,1,G,114
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,114
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 114
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 115
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 114
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 115
pdbx poly seq scheme.pdb strand id: N

A,1,A,115
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,115
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 115
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 116
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 115
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 116
pdbx poly seq scheme.pdb strand id: N

A,1,G,116
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,116
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 116
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 117
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 116
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 117
pdbx poly seq scheme.pdb strand id: N

A,1,U,117
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,117
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 117
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 118
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 117
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 118
pdbx poly seq scheme.pdb strand id: N

A,1,A,118
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,118
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 118
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 119
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 118
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 119
pdbx poly seq scheme.pdb strand id: N

A,1,A,119
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,119
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 119
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 120
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 119
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 120
pdbx poly seq scheme.pdb strand id: N

A,1,U,120
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,120
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 120
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 121
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 120
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 121
pdbx poly seq scheme.pdb strand id: N

A,1,G,121
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,121
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 121
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 122
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 121
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 122
pdbx poly seq scheme.pdb strand id: N

A,1,U,122
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,122
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 122
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 123
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 122
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 123
pdbx poly seq scheme.pdb strand id: N

A,1,C,123
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,123
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 123
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 124
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 123
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 124
pdbx poly seq scheme.pdb strand id: N

A,1,U,124
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,124
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 124
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 125
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 124
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 125
pdbx poly seq scheme.pdb strand id: N

A,1,G,125
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,125
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 125
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 126
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 125
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 126
pdbx poly seq scheme.pdb strand id: N

A,1,G,126
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,126
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 126
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 127
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 126
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 127
pdbx poly seq scheme.pdb strand id: N

A,1,G,127
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,127
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 127
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 128
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 127
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 128
pdbx poly seq scheme.pdb strand id: N

A,1,A,128
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,128
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 128
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 129
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 128
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 129
pdbx poly seq scheme.pdb strand id: N

A,1,A,129
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,129
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 129
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 130
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 129
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 130
pdbx poly seq scheme.pdb strand id: N

A,1,A,130
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,130
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 130
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 131
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 130
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 131
pdbx poly seq scheme.pdb strand id: N

A,1,C,131
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,131
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 131
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 132
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 131
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 132
pdbx poly seq scheme.pdb strand id: N

A,1,U,132
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,132
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 132
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 133
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 132
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 133
pdbx poly seq scheme.pdb strand id: N

A,1,G,133
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,133
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 133
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 134
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 133
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 134
pdbx poly seq scheme.pdb strand id: N

A,1,C,134
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,134
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 134
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 135
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 134
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 135
pdbx poly seq scheme.pdb strand id: N

A,1,C,135
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,135
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 135
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 136
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 135
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 136
pdbx poly seq scheme.pdb strand id: N

A,1,U,136
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,136
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 136
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 137
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 136
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 137
pdbx poly seq scheme.pdb strand id: N

A,1,G,137
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,137
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 137
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 138
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 137
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 138
pdbx poly seq scheme.pdb strand id: N

A,1,A,138
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,138
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 138
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 139
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 138
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 139
pdbx poly seq scheme.pdb strand id: N

A,1,U,139
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,139
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 139
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 140
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 139
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 140
pdbx poly seq scheme.pdb strand id: N

A,1,G,140
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,140
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 140
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 141
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 140
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 141
pdbx poly seq scheme.pdb strand id: N

A,1,G,141
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,141
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 141
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 142
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 141
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 142
pdbx poly seq scheme.pdb strand id: N

A,1,A,142
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,142
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 142
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 143
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 142
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 143
pdbx poly seq scheme.pdb strand id: N

A,1,G,143
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,143
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 143
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 144
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 143
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 144
pdbx poly seq scheme.pdb strand id: N

A,1,G,144
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,144
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 144
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 145
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 144
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 145
pdbx poly seq scheme.pdb strand id: N

A,1,G,145
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,145
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 145
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 146
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 145
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 146
pdbx poly seq scheme.pdb strand id: N

A,1,G,146
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,146
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 146
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 147
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 146
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 147
pdbx poly seq scheme.pdb strand id: N

A,1,G,147
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,147
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 147
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 148
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 147
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 148
pdbx poly seq scheme.pdb strand id: N

A,1,A,148
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,148
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 148
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 149
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 148
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 149
pdbx poly seq scheme.pdb strand id: N

A,1,U,149
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,149
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 149
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 150
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 149
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 150
pdbx poly seq scheme.pdb strand id: N

A,1,A,150
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,150
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 150
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 151
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 150
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 151
pdbx poly seq scheme.pdb strand id: N

A,1,A,151
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,151
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 151
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 152
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 151
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 152
pdbx poly seq scheme.pdb strand id: N

A,1,C,152
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,152
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 152
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 153
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 152
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 153
pdbx poly seq scheme.pdb strand id: N

A,1,U,153
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,153
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 153
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 154
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 153
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 154
pdbx poly seq scheme.pdb strand id: N

A,1,A,154
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,154
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 154
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 155
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 154
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 155
pdbx poly seq scheme.pdb strand id: N

A,1,C,155
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,155
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 155
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 156
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 155
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 156
pdbx poly seq scheme.pdb strand id: N

A,1,U,156
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,156
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 156
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 157
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 156
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 157
pdbx poly seq scheme.pdb strand id: N

A,1,G,157
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,157
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 157
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 158
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 157
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 158
pdbx poly seq scheme.pdb strand id: N

A,1,G,158
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,158
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 158
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 159
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 158
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 159
pdbx poly seq scheme.pdb strand id: N

A,1,A,159
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,159
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 159
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 160
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 159
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 160
pdbx poly seq scheme.pdb strand id: N

A,1,A,160
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,160
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 160
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 161
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 160
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 161
pdbx poly seq scheme.pdb strand id: N

A,1,A,161
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,161
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 161
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 162
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 161
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 162
pdbx poly seq scheme.pdb strand id: N

A,1,C,162
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,162
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 162
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 163
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 162
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 163
pdbx poly seq scheme.pdb strand id: N

A,1,G,163
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,163
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 163
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 164
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 163
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 164
pdbx poly seq scheme.pdb strand id: N

A,1,G,164
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,164
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 164
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 165
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 164
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 165
pdbx poly seq scheme.pdb strand id: N

A,1,U,165
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,165
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 165
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 166
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 165
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 166
pdbx poly seq scheme.pdb strand id: N

A,1,A,166
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,166
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 166
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 167
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 166
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 167
pdbx poly seq scheme.pdb strand id: N

A,1,G,167
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,167
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 167
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 168
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 167
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 168
pdbx poly seq scheme.pdb strand id: N

A,1,C,168
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,168
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 168
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 169
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 168
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 169
pdbx poly seq scheme.pdb strand id: N

A,1,U,169
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,169
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 169
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 170
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 169
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 170
pdbx poly seq scheme.pdb strand id: N

A,1,A,170
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,170
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 170
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 171
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 170
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 171
pdbx poly seq scheme.pdb strand id: N

A,1,A,171
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,171
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 171
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 172
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 171
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 172
pdbx poly seq scheme.pdb strand id: N

A,1,U,172
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,172
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 172
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 173
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 172
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 173
pdbx poly seq scheme.pdb strand id: N

A,1,A,173
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,173
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 173
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 174
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 173
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 174
pdbx poly seq scheme.pdb strand id: N

A,1,C,174
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,174
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 174
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 175
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 174
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 175
pdbx poly seq scheme.pdb strand id: N

A,1,C,175
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,175
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 175
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 176
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 175
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 176
pdbx poly seq scheme.pdb strand id: N

A,1,G,176
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,176
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 176
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 177
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 176
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 177
pdbx poly seq scheme.pdb strand id: N

A,1,C,177
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,177
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 177
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 178
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 177
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 178
pdbx poly seq scheme.pdb strand id: N

A,1,A,178
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,178
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 178
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 179
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 178
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 179
pdbx poly seq scheme.pdb strand id: N

A,1,U,179
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,179
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 179
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 180
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 179
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 180
pdbx poly seq scheme.pdb strand id: N

A,1,A,180
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,180
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 180
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 181
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 180
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 181
pdbx poly seq scheme.pdb strand id: N

A,1,A,181
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,181
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 181
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 182
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 181
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 182
pdbx poly seq scheme.pdb strand id: N

A,1,C,182
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,182
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 182
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 183
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 182
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 183
pdbx poly seq scheme.pdb strand id: N

A,1,G,183
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,183
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 183
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 184
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 183
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 184
pdbx poly seq scheme.pdb strand id: N

A,1,U,184
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,184
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 184
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 185
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 184
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 185
pdbx poly seq scheme.pdb strand id: N

A,1,C,185
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,185
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 185
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 186
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 185
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 186
pdbx poly seq scheme.pdb strand id: N

A,1,G,186
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,186
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 186
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 187
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 186
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 187
pdbx poly seq scheme.pdb strand id: N

A,1,C,187
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,187
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 187
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 188
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 187
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 188
pdbx poly seq scheme.pdb strand id: N

A,1,A,188
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,188
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 188
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 189
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 188
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 189
pdbx poly seq scheme.pdb strand id: N

A,1,A,189
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,189
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 189
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 190
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 189
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 190
pdbx poly seq scheme.pdb strand id: N

A,1,G,190
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,190
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 190
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 191
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 190
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 191
pdbx poly seq scheme.pdb strand id: N

A,1,A,191
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,191
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 191
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 192
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 191
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 192
pdbx poly seq scheme.pdb strand id: N

A,1,C,192
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,192
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 192
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 193
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 192
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 193
pdbx poly seq scheme.pdb strand id: N

A,1,C,193
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,193
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 193
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 194
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 193
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 194
pdbx poly seq scheme.pdb strand id: N

A,1,A,194
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,194
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 194
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 195
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 194
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 195
pdbx poly seq scheme.pdb strand id: N

A,1,A,195
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,195
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 195
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 196
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 195
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 196
pdbx poly seq scheme.pdb strand id: N

A,1,A,196
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,196
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 196
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 197
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 196
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 197
pdbx poly seq scheme.pdb strand id: N

A,1,G,197
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,197
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 197
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 198
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 197
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 198
pdbx poly seq scheme.pdb strand id: N

A,1,A,198
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,198
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 198
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 199
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 198
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 199
pdbx poly seq scheme.pdb strand id: N

A,1,G,199
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,199
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 199
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 200
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 199
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 200
pdbx poly seq scheme.pdb strand id: N

A,1,G,200
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,200
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 200
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 201
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 200
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 201
pdbx poly seq scheme.pdb strand id: N

A,1,G,201
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,201
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 201
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 202
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 201
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 202
pdbx poly seq scheme.pdb strand id: N

A,1,G,202
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,202
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 202
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 203
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 202
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 203
pdbx poly seq scheme.pdb strand id: N

A,1,G,203
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,203
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 203
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 204
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 203
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 204
pdbx poly seq scheme.pdb strand id: N

A,1,A,204
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,204
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 204
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 205
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 204
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 205
pdbx poly seq scheme.pdb strand id: N

A,1,C,205
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,205
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 205
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 206
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 205
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 206
pdbx poly seq scheme.pdb strand id: N

A,1,C,206
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,206
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 206
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 207
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 206
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 207
pdbx poly seq scheme.pdb strand id: N

A,1,U,207
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,207
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 207
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 208
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 207
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 208
pdbx poly seq scheme.pdb strand id: N

A,1,U,208
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,208
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 208
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 209
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 208
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 209
pdbx poly seq scheme.pdb strand id: N

A,1,C,209
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,209
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 209
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 210
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 209
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 210
pdbx poly seq scheme.pdb strand id: N

A,1,G,210
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,210
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 210
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 211
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 210
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 211
pdbx poly seq scheme.pdb strand id: N

A,1,G,211
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,211
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 211
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 212
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 211
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 212
pdbx poly seq scheme.pdb strand id: N

A,1,G,212
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,212
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 212
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 213
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 212
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 213
pdbx poly seq scheme.pdb strand id: N

A,1,C,213
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,213
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 213
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 214
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 213
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 214
pdbx poly seq scheme.pdb strand id: N

A,1,C,214
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,214
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 214
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 215
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 214
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 215
pdbx poly seq scheme.pdb strand id: N

A,1,U,215
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,215
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 215
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 216
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 215
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 216
pdbx poly seq scheme.pdb strand id: N

A,1,C,216
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,216
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 216
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 217
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 216
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 217
pdbx poly seq scheme.pdb strand id: N

A,1,U,217
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,217
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 217
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 218
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 217
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 218
pdbx poly seq scheme.pdb strand id: N

A,1,U,218
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,218
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 218
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 219
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 218
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 219
pdbx poly seq scheme.pdb strand id: N

A,1,G,219
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,219
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 219
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 220
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 219
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 220
pdbx poly seq scheme.pdb strand id: N

A,1,C,220
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,220
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 220
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 221
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 220
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 221
pdbx poly seq scheme.pdb strand id: N

A,1,C,221
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,221
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 221
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 222
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 221
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 222
pdbx poly seq scheme.pdb strand id: N

A,1,A,222
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,222
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 222
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 223
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 222
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 223
pdbx poly seq scheme.pdb strand id: N

A,1,U,223
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,223
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 223
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 224
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 223
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 224
pdbx poly seq scheme.pdb strand id: N

A,1,C,224
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,224
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 224
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 225
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 224
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 225
pdbx poly seq scheme.pdb strand id: N

A,1,G,225
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,225
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 225
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 226
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 225
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 226
pdbx poly seq scheme.pdb strand id: N

A,1,G,226
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,226
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 226
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 227
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 226
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 227
pdbx poly seq scheme.pdb strand id: N

A,1,A,227
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,227
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 227
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 228
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 227
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 228
pdbx poly seq scheme.pdb strand id: N

A,1,U,228
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,228
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 228
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 229
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 228
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 229
pdbx poly seq scheme.pdb strand id: N

A,1,G,229
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,229
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 229
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 230
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 229
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 230
pdbx poly seq scheme.pdb strand id: N

A,1,U,230
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,230
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 230
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 231
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 230
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 231
pdbx poly seq scheme.pdb strand id: N

A,1,G,231
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,231
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 231
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 232
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 231
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 232
pdbx poly seq scheme.pdb strand id: N

A,1,C,232
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,232
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 232
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 233
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 232
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 233
pdbx poly seq scheme.pdb strand id: N

A,1,C,233
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,233
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 233
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 234
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 233
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 234
pdbx poly seq scheme.pdb strand id: N

A,1,C,234
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,234
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 234
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 235
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 234
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 235
pdbx poly seq scheme.pdb strand id: N

A,1,A,235
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,235
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 235
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 236
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 235
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 236
pdbx poly seq scheme.pdb strand id: N

A,1,G,236
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,236
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 236
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 237
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 236
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 237
pdbx poly seq scheme.pdb strand id: N

A,1,A,237
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,237
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 237
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 238
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 237
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 238
pdbx poly seq scheme.pdb strand id: N

A,1,U,238
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,238
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 238
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 239
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 238
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 239
pdbx poly seq scheme.pdb strand id: N

A,1,G,239
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,239
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 239
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 240
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 239
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 240
pdbx poly seq scheme.pdb strand id: N

A,1,G,240
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,240
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 240
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 241
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 240
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 241
pdbx poly seq scheme.pdb strand id: N

A,1,G,241
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,241
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 241
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 242
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 241
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 242
pdbx poly seq scheme.pdb strand id: N

A,1,A,242
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,242
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 242
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 243
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 242
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 243
pdbx poly seq scheme.pdb strand id: N

A,1,U,243
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,243
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 243
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 244
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 243
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 244
pdbx poly seq scheme.pdb strand id: N

A,1,U,244
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,244
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 244
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 245
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 244
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 245
pdbx poly seq scheme.pdb strand id: N

A,1,A,245
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,245
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 245
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 246
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 245
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 246
pdbx poly seq scheme.pdb strand id: N

A,1,G,246
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,246
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 246
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 247
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 246
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 247
pdbx poly seq scheme.pdb strand id: N

A,1,C,247
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,247
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 247
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 248
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 247
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 248
pdbx poly seq scheme.pdb strand id: N

A,1,U,248
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,248
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 248
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 249
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 248
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 249
pdbx poly seq scheme.pdb strand id: N

A,1,A,249
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,249
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 249
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 250
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 249
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 250
pdbx poly seq scheme.pdb strand id: N

A,1,G,250
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,250
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 250
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 251
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 250
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 251
pdbx poly seq scheme.pdb strand id: N

A,1,U,251
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,251
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 251
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 252
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 251
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 252
pdbx poly seq scheme.pdb strand id: N

A,1,A,252
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,252
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 252
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 253
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 252
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 253
pdbx poly seq scheme.pdb strand id: N

A,1,G,253
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,253
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 253
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 254
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 253
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 254
pdbx poly seq scheme.pdb strand id: N

A,1,G,254
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,254
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 254
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 255
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 254
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 255
pdbx poly seq scheme.pdb strand id: N

A,1,U,255
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,255
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 255
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 256
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 255
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 256
pdbx poly seq scheme.pdb strand id: N

A,1,G,256
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,256
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 256
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 257
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 256
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 257
pdbx poly seq scheme.pdb strand id: N

A,1,G,257
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,257
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 257
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 258
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 257
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 258
pdbx poly seq scheme.pdb strand id: N

A,1,G,258
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,258
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 258
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 259
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 258
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 259
pdbx poly seq scheme.pdb strand id: N

A,1,G,259
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,259
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 259
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 260
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 259
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 260
pdbx poly seq scheme.pdb strand id: N

A,1,U,260
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,260
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 260
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 261
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 260
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 261
pdbx poly seq scheme.pdb strand id: N

A,1,A,261
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,261
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 261
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 262
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 261
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 262
pdbx poly seq scheme.pdb strand id: N

A,1,A,262
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,262
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 262
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 263
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 262
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 263
pdbx poly seq scheme.pdb strand id: N

A,1,C,263
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,263
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 263
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 264
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 263
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 264
pdbx poly seq scheme.pdb strand id: N

A,1,G,264
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,264
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 264
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 265
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 264
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 265
pdbx poly seq scheme.pdb strand id: N

A,1,G,265
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,265
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 265
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 266
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 265
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 266
pdbx poly seq scheme.pdb strand id: N

A,1,C,266
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,266
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 266
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 267
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 266
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 267
pdbx poly seq scheme.pdb strand id: N

A,1,U,267
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,267
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 267
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 268
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 267
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 268
pdbx poly seq scheme.pdb strand id: N

A,1,C,268
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,268
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 268
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 269
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 268
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 269
pdbx poly seq scheme.pdb strand id: N

A,1,A,269
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,269
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 269
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 270
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 269
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 270
pdbx poly seq scheme.pdb strand id: N

A,1,C,270
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,270
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 270
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 271
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 270
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 271
pdbx poly seq scheme.pdb strand id: N

A,1,C,271
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,271
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 271
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 272
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 271
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 272
pdbx poly seq scheme.pdb strand id: N

A,1,U,272
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,272
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 272
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 273
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 272
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 273
pdbx poly seq scheme.pdb strand id: N

A,1,A,273
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,273
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 273
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 274
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 273
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 274
pdbx poly seq scheme.pdb strand id: N

A,1,G,274
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,274
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 274
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 275
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 274
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 275
pdbx poly seq scheme.pdb strand id: N

A,1,G,275
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,275
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 275
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 276
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 275
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 276
pdbx poly seq scheme.pdb strand id: N

A,1,C,276
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,276
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 276
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 277
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 276
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 277
pdbx poly seq scheme.pdb strand id: N

A,1,G,277
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,277
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 277
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 278
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 277
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 278
pdbx poly seq scheme.pdb strand id: N

A,1,A,278
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,278
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 278
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 279
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 278
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 279
pdbx poly seq scheme.pdb strand id: N

A,1,C,279
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,279
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 279
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 280
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 279
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 280
pdbx poly seq scheme.pdb strand id: N

A,1,G,280
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,280
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 280
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 281
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 280
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 281
pdbx poly seq scheme.pdb strand id: N

A,1,A,281
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,281
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 281
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 282
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 281
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 282
pdbx poly seq scheme.pdb strand id: N

A,1,U,282
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,282
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 282
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 283
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 282
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 283
pdbx poly seq scheme.pdb strand id: N

A,1,C,283
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,283
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 283
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 284
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 283
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 284
pdbx poly seq scheme.pdb strand id: N

A,1,C,284
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,284
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 284
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 285
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 284
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 285
pdbx poly seq scheme.pdb strand id: N

A,1,C,285
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,285
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 285
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 286
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 285
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 286
pdbx poly seq scheme.pdb strand id: N

A,1,U,286
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,286
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 286
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 287
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 286
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 287
pdbx poly seq scheme.pdb strand id: N

A,1,A,287
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,287
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 287
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 288
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 287
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 288
pdbx poly seq scheme.pdb strand id: N

A,1,G,288
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,288
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 288
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 289
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 288
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 289
pdbx poly seq scheme.pdb strand id: N

A,1,C,289
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,289
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 289
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 290
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 289
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 290
pdbx poly seq scheme.pdb strand id: N

A,1,U,290
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,290
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 290
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 291
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 290
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 291
pdbx poly seq scheme.pdb strand id: N

A,1,G,291
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,291
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 291
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 292
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 291
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 292
pdbx poly seq scheme.pdb strand id: N

A,1,G,292
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,292
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 292
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 293
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 292
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 293
pdbx poly seq scheme.pdb strand id: N

A,1,U,293
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,293
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 293
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 294
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 293
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 294
pdbx poly seq scheme.pdb strand id: N

A,1,C,294
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,294
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 294
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 295
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 294
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 295
pdbx poly seq scheme.pdb strand id: N

A,1,U,295
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,295
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 295
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 296
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 295
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 296
pdbx poly seq scheme.pdb strand id: N

A,1,G,296
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,296
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 296
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 297
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 296
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 297
pdbx poly seq scheme.pdb strand id: N

A,1,A,297
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,297
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 297
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 298
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 297
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 298
pdbx poly seq scheme.pdb strand id: N

A,1,G,298
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,298
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 298
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 299
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 298
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 299
pdbx poly seq scheme.pdb strand id: N

A,1,A,299
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,299
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 299
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 300
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 299
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 300
pdbx poly seq scheme.pdb strand id: N

A,1,G,300
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,300
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 300
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 301
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 300
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 301
pdbx poly seq scheme.pdb strand id: N

A,1,G,301
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,301
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 301
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 302
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 301
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 302
pdbx poly seq scheme.pdb strand id: N

A,1,A,302
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,302
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 302
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 303
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 302
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 303
pdbx poly seq scheme.pdb strand id: N

A,1,U,303
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,303
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 303
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 304
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 303
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 304
pdbx poly seq scheme.pdb strand id: N

A,1,G,304
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,304
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 304
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 305
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 304
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 305
pdbx poly seq scheme.pdb strand id: N

A,1,A,305
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,305
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 305
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 306
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 305
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 306
pdbx poly seq scheme.pdb strand id: N

A,1,C,306
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,306
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 306
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 307
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 306
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 307
pdbx poly seq scheme.pdb strand id: N

A,1,C,307
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,307
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 307
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 308
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 307
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 308
pdbx poly seq scheme.pdb strand id: N

A,1,A,308
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,308
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 308
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 309
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 308
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 309
pdbx poly seq scheme.pdb strand id: N

A,1,G,309
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,309
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 309
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 310
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 309
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 310
pdbx poly seq scheme.pdb strand id: N

A,1,C,310
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,310
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 310
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 311
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 310
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 311
pdbx poly seq scheme.pdb strand id: N

A,1,C,311
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,311
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 311
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 312
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 311
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 312
pdbx poly seq scheme.pdb strand id: N

A,1,A,312
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,312
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 312
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 313
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 312
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 313
pdbx poly seq scheme.pdb strand id: N

A,1,C,313
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,313
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 313
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 314
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 313
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 314
pdbx poly seq scheme.pdb strand id: N

A,1,A,314
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,314
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 314
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 315
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 314
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 315
pdbx poly seq scheme.pdb strand id: N

A,1,C,315
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,315
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 315
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 316
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 315
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 316
pdbx poly seq scheme.pdb strand id: N

A,1,U,316
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,316
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 316
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 317
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 316
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 317
pdbx poly seq scheme.pdb strand id: N

A,1,G,317
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,317
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 317
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 318
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 317
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 318
pdbx poly seq scheme.pdb strand id: N

A,1,G,318
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,318
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 318
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 319
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 318
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 319
pdbx poly seq scheme.pdb strand id: N

A,1,A,319
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,319
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 319
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 320
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 319
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 320
pdbx poly seq scheme.pdb strand id: N

A,1,A,320
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,320
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 320
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 321
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 320
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 321
pdbx poly seq scheme.pdb strand id: N

A,1,C,321
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,321
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 321
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 322
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 321
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 322
pdbx poly seq scheme.pdb strand id: N

A,1,U,322
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,322
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 322
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 323
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 322
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 323
pdbx poly seq scheme.pdb strand id: N

A,1,G,323
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,323
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 323
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 324
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 323
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 324
pdbx poly seq scheme.pdb strand id: N

A,1,A,324
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,324
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 324
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 325
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 324
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 325
pdbx poly seq scheme.pdb strand id: N

A,1,G,325
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,325
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 325
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 326
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 325
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 326
pdbx poly seq scheme.pdb strand id: N

A,1,A,326
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,326
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 326
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 327
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 326
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 327
pdbx poly seq scheme.pdb strand id: N

A,1,C,327
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,327
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 327
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 328
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 327
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 328
pdbx poly seq scheme.pdb strand id: N

A,1,A,328
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,328
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 328
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 329
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 328
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 329
pdbx poly seq scheme.pdb strand id: N

A,1,C,329
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,329
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 329
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 330
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 329
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 330
pdbx poly seq scheme.pdb strand id: N

A,1,G,330
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,330
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 330
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 331
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 330
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 331
pdbx poly seq scheme.pdb strand id: N

A,1,G,331
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,331
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 331
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 332
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 331
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 332
pdbx poly seq scheme.pdb strand id: N

A,1,U,332
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,332
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 332
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 333
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 332
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 333
pdbx poly seq scheme.pdb strand id: N

A,1,C,333
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,333
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 333
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 334
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 333
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 334
pdbx poly seq scheme.pdb strand id: N

A,1,C,334
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,334
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 334
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 335
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 334
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 335
pdbx poly seq scheme.pdb strand id: N

A,1,A,335
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,335
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 335
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 336
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 335
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 336
pdbx poly seq scheme.pdb strand id: N

A,1,G,336
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,336
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 336
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 337
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 336
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 337
pdbx poly seq scheme.pdb strand id: N

A,1,A,337
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,337
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 337
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 338
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 337
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 338
pdbx poly seq scheme.pdb strand id: N

A,1,C,338
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,338
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 338
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 339
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 338
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 339
pdbx poly seq scheme.pdb strand id: N

A,1,U,339
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,339
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 339
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 340
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 339
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 340
pdbx poly seq scheme.pdb strand id: N

A,1,C,340
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,340
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 340
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 341
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 340
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 341
pdbx poly seq scheme.pdb strand id: N

A,1,C,341
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,341
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 341
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 342
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 341
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 342
pdbx poly seq scheme.pdb strand id: N

A,1,U,342
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,342
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 342
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 343
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 342
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 343
pdbx poly seq scheme.pdb strand id: N

A,1,A,343
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,343
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 343
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 344
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 343
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 344
pdbx poly seq scheme.pdb strand id: N

A,1,C,344
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,344
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 344
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 345
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 344
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 345
pdbx poly seq scheme.pdb strand id: N

A,1,G,345
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,345
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 345
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 346
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 345
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 346
pdbx poly seq scheme.pdb strand id: N

A,1,G,346
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,346
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 346
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 347
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 346
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 347
pdbx poly seq scheme.pdb strand id: N

A,1,G,347
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,347
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 347
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 348
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 347
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 348
pdbx poly seq scheme.pdb strand id: N

A,1,A,348
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,348
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 348
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 349
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 348
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 349
pdbx poly seq scheme.pdb strand id: N

A,1,G,349
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,349
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 349
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 350
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 349
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 350
pdbx poly seq scheme.pdb strand id: N

A,1,G,350
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,350
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 350
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 351
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 350
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 351
pdbx poly seq scheme.pdb strand id: N

A,1,C,351
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,351
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 351
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 352
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 351
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 352
pdbx poly seq scheme.pdb strand id: N

A,1,A,352
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,352
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 352
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 353
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 352
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 353
pdbx poly seq scheme.pdb strand id: N

A,1,G,353
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,353
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 353
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 354
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 353
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 354
pdbx poly seq scheme.pdb strand id: N

A,1,C,354
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,354
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 354
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 355
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 354
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 355
pdbx poly seq scheme.pdb strand id: N

A,1,A,355
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,355
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 355
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 356
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 355
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 356
pdbx poly seq scheme.pdb strand id: N

A,1,G,356
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,356
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 356
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 357
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 356
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 357
pdbx poly seq scheme.pdb strand id: N

A,1,U,357
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,357
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 357
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 358
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 357
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 358
pdbx poly seq scheme.pdb strand id: N

A,1,G,358
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,358
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 358
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 359
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 358
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 359
pdbx poly seq scheme.pdb strand id: N

A,1,G,359
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,359
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 359
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 360
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 359
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 360
pdbx poly seq scheme.pdb strand id: N

A,1,G,360
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,360
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 360
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 361
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 360
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 361
pdbx poly seq scheme.pdb strand id: N

A,1,G,361
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,361
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 361
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 362
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 361
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 362
pdbx poly seq scheme.pdb strand id: N

A,1,A,362
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,362
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 362
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 363
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 362
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 363
pdbx poly seq scheme.pdb strand id: N

A,1,A,363
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,363
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 363
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 364
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 363
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 364
pdbx poly seq scheme.pdb strand id: N

A,1,U,364
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,364
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 364
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 365
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 364
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 365
pdbx poly seq scheme.pdb strand id: N

A,1,A,365
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,365
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 365
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 366
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 365
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 366
pdbx poly seq scheme.pdb strand id: N

A,1,U,366
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,366
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 366
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 367
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 366
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 367
pdbx poly seq scheme.pdb strand id: N

A,1,U,367
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,367
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 367
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 368
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 367
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 368
pdbx poly seq scheme.pdb strand id: N

A,1,G,368
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,368
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 368
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 369
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 368
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 369
pdbx poly seq scheme.pdb strand id: N

A,1,C,369
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,369
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 369
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 370
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 369
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 370
pdbx poly seq scheme.pdb strand id: N

A,1,A,370
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,370
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 370
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 371
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 370
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 371
pdbx poly seq scheme.pdb strand id: N

A,1,C,371
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,371
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 371
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 372
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 371
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 372
pdbx poly seq scheme.pdb strand id: N

A,1,A,372
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,372
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 372
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 373
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 372
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 373
pdbx poly seq scheme.pdb strand id: N

A,1,A,373
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,373
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 373
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 374
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 373
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 374
pdbx poly seq scheme.pdb strand id: N

A,1,U,374
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,374
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 374
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 375
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 374
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 375
pdbx poly seq scheme.pdb strand id: N

A,1,G,375
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,375
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 375
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 376
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 375
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 376
pdbx poly seq scheme.pdb strand id: N

A,1,G,376
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,376
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 376
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 377
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 376
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 377
pdbx poly seq scheme.pdb strand id: N

A,1,G,377
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,377
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 377
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 378
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 377
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 378
pdbx poly seq scheme.pdb strand id: N

A,1,C,378
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,378
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 378
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 379
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 378
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 379
pdbx poly seq scheme.pdb strand id: N

A,1,G,379
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,379
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 379
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 380
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 379
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 380
pdbx poly seq scheme.pdb strand id: N

A,1,C,380
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,380
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 380
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 381
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 380
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 381
pdbx poly seq scheme.pdb strand id: N

A,1,A,381
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,381
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 381
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 382
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 381
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 382
pdbx poly seq scheme.pdb strand id: N

A,1,A,382
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,382
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 382
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 383
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 382
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 383
pdbx poly seq scheme.pdb strand id: N

A,1,G,383
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,383
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 383
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 384
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 383
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 384
pdbx poly seq scheme.pdb strand id: N

A,1,C,384
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,384
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 384
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 385
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 384
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 385
pdbx poly seq scheme.pdb strand id: N

A,1,C,385
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,385
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 385
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 386
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 385
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 386
pdbx poly seq scheme.pdb strand id: N

A,1,U,386
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,386
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 386
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 387
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 386
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 387
pdbx poly seq scheme.pdb strand id: N

A,1,G,387
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,387
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 387
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 388
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 387
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 388
pdbx poly seq scheme.pdb strand id: N

A,1,A,388
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,388
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 388
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 389
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 388
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 389
pdbx poly seq scheme.pdb strand id: N

A,1,U,389
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,389
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 389
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 390
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 389
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 390
pdbx poly seq scheme.pdb strand id: N

A,1,G,390
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,390
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 390
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 391
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 390
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 391
pdbx poly seq scheme.pdb strand id: N

A,1,C,391
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,391
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 391
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 392
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 391
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 392
pdbx poly seq scheme.pdb strand id: N

A,1,A,392
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,392
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 392
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 393
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 392
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 393
pdbx poly seq scheme.pdb strand id: N

A,1,G,393
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,393
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 393
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 394
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 393
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 394
pdbx poly seq scheme.pdb strand id: N

A,1,C,394
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,394
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 394
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 395
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 394
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 395
pdbx poly seq scheme.pdb strand id: N

A,1,C,395
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,395
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 395
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 396
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 395
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 396
pdbx poly seq scheme.pdb strand id: N

A,1,A,396
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,396
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 396
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 397
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 396
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 397
pdbx poly seq scheme.pdb strand id: N

A,1,U,397
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,397
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 397
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 398
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 397
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 398
pdbx poly seq scheme.pdb strand id: N

A,1,G,398
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,398
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 398
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 399
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 398
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 399
pdbx poly seq scheme.pdb strand id: N

A,1,C,399
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,399
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 399
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 400
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 399
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 400
pdbx poly seq scheme.pdb strand id: N

A,1,C,400
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,400
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 400
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 401
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 400
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 401
pdbx poly seq scheme.pdb strand id: N

A,1,G,401
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,401
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 401
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 402
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 401
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 402
pdbx poly seq scheme.pdb strand id: N

A,1,C,402
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,402
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 402
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 403
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 402
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 403
pdbx poly seq scheme.pdb strand id: N

A,1,G,403
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,403
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 403
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 404
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 403
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 404
pdbx poly seq scheme.pdb strand id: N

A,1,U,404
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,404
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 404
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 405
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 404
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 405
pdbx poly seq scheme.pdb strand id: N

A,1,G,405
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,405
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 405
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 406
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 405
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 406
pdbx poly seq scheme.pdb strand id: N

A,1,U,406
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,406
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 406
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 407
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 406
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 407
pdbx poly seq scheme.pdb strand id: N

A,1,A,407
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,407
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 407
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 408
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 407
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 408
pdbx poly seq scheme.pdb strand id: N

A,1,U,408
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,408
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 408
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 409
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 408
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 409
pdbx poly seq scheme.pdb strand id: N

A,1,G,409
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,409
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 409
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 410
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 409
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 410
pdbx poly seq scheme.pdb strand id: N

A,1,A,410
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,410
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 410
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 411
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 410
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 411
pdbx poly seq scheme.pdb strand id: N

A,1,A,411
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,411
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 411
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 412
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 411
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 412
pdbx poly seq scheme.pdb strand id: N

A,1,G,412
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,412
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 412
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 413
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 412
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 413
pdbx poly seq scheme.pdb strand id: N

A,1,A,413
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,413
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 413
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 414
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 413
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 414
pdbx poly seq scheme.pdb strand id: N

A,1,A,414
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,414
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 414
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 415
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 414
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 415
pdbx poly seq scheme.pdb strand id: N

A,1,G,415
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,415
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 415
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 416
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 415
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 416
pdbx poly seq scheme.pdb strand id: N

A,1,G,416
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,416
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 416
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 417
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 416
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 417
pdbx poly seq scheme.pdb strand id: N

A,1,C,417
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,417
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 417
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 418
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 417
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 418
pdbx poly seq scheme.pdb strand id: N

A,1,C,418
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,418
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 418
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 419
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 418
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 419
pdbx poly seq scheme.pdb strand id: N

A,1,U,419
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,419
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 419
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 420
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 419
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 420
pdbx poly seq scheme.pdb strand id: N

A,1,U,420
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,420
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 420
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 421
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 420
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 421
pdbx poly seq scheme.pdb strand id: N

A,1,C,421
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,421
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 421
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 422
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 421
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 422
pdbx poly seq scheme.pdb strand id: N

A,1,G,422
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,422
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 422
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 423
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 422
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 423
pdbx poly seq scheme.pdb strand id: N

A,1,G,423
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,423
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 423
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 424
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 423
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 424
pdbx poly seq scheme.pdb strand id: N

A,1,G,424
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,424
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 424
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 425
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 424
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 425
pdbx poly seq scheme.pdb strand id: N

A,1,U,425
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,425
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 425
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 426
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 425
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 426
pdbx poly seq scheme.pdb strand id: N

A,1,U,426
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,426
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 426
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 427
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 426
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 427
pdbx poly seq scheme.pdb strand id: N

A,1,G,427
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,427
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 427
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 428
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 427
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 428
pdbx poly seq scheme.pdb strand id: N

A,1,U,428
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,428
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 428
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 429
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 428
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 429
pdbx poly seq scheme.pdb strand id: N

A,1,A,429
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,429
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 429
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 430
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 429
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 430
pdbx poly seq scheme.pdb strand id: N

A,1,A,430
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,430
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 430
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 431
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 430
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 431
pdbx poly seq scheme.pdb strand id: N

A,1,A,431
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,431
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 431
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 432
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 431
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 432
pdbx poly seq scheme.pdb strand id: N

A,1,G,432
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,432
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 432
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 433
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 432
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 433
pdbx poly seq scheme.pdb strand id: N

A,1,U,433
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,433
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 433
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 434
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 433
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 434
pdbx poly seq scheme.pdb strand id: N

A,1,A,434
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,434
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 434
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 435
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 434
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 435
pdbx poly seq scheme.pdb strand id: N

A,1,C,435
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,435
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 435
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 436
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 435
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 436
pdbx poly seq scheme.pdb strand id: N

A,1,U,436
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,436
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 436
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 437
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 436
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 437
pdbx poly seq scheme.pdb strand id: N

A,1,U,437
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,437
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 437
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 438
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 437
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 438
pdbx poly seq scheme.pdb strand id: N

A,1,U,438
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,438
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 438
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 439
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 438
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 439
pdbx poly seq scheme.pdb strand id: N

A,1,C,439
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,439
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 439
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 440
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 439
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 440
pdbx poly seq scheme.pdb strand id: N

A,1,A,440
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,440
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 440
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 441
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 440
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 441
pdbx poly seq scheme.pdb strand id: N

A,1,G,441
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,441
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 441
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 442
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 441
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 442
pdbx poly seq scheme.pdb strand id: N

A,1,C,442
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,442
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 442
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 443
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 442
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 443
pdbx poly seq scheme.pdb strand id: N

A,1,G,443
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,443
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 443
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 444
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 443
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 444
pdbx poly seq scheme.pdb strand id: N

A,1,G,444
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,444
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 444
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 445
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 444
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 445
pdbx poly seq scheme.pdb strand id: N

A,1,G,445
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,445
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 445
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 446
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 445
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 446
pdbx poly seq scheme.pdb strand id: N

A,1,G,446
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,446
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 446
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 447
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 446
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 447
pdbx poly seq scheme.pdb strand id: N

A,1,A,447
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,447
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 447
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 448
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 447
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 448
pdbx poly seq scheme.pdb strand id: N

A,1,G,448
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,448
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 448
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 449
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 448
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 449
pdbx poly seq scheme.pdb strand id: N

A,1,G,449
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,449
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 449
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 450
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 449
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 450
pdbx poly seq scheme.pdb strand id: N

A,1,A,450
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,450
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 450
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 451
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 450
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 451
pdbx poly seq scheme.pdb strand id: N

A,1,A,451
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,451
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 451
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 452
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 451
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 452
pdbx poly seq scheme.pdb strand id: N

A,1,G,452
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,452
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 452
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 453
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 452
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 453
pdbx poly seq scheme.pdb strand id: N

A,1,G,453
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,453
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 453
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 454
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 453
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 454
pdbx poly seq scheme.pdb strand id: N

A,1,G,454
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,454
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 454
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 455
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 454
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 455
pdbx poly seq scheme.pdb strand id: N

A,1,A,455
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,455
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 455
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 456
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 455
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 456
pdbx poly seq scheme.pdb strand id: N

A,1,G,456
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,456
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 456
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 457
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 456
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 457
pdbx poly seq scheme.pdb strand id: N

A,1,U,457
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,457
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 457
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 458
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 457
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 458
pdbx poly seq scheme.pdb strand id: N

A,1,A,458
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,458
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 458
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 459
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 458
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 459
pdbx poly seq scheme.pdb strand id: N

A,1,A,459
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,459
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 459
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 460
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 459
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 460
pdbx poly seq scheme.pdb strand id: N

A,1,A,460
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,460
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 460
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 461
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 460
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 461
pdbx poly seq scheme.pdb strand id: N

A,1,G,461
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,461
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 461
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 462
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 461
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 462
pdbx poly seq scheme.pdb strand id: N

A,1,U,462
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,462
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 462
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 463
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 462
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 463
pdbx poly seq scheme.pdb strand id: N

A,1,U,463
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,463
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 463
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 464
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 463
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 464
pdbx poly seq scheme.pdb strand id: N

A,1,A,464
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,464
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 464
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 465
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 464
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 465
pdbx poly seq scheme.pdb strand id: N

A,1,A,465
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,465
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 465
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 466
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 465
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 466
pdbx poly seq scheme.pdb strand id: N

A,1,U,466
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,466
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 466
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 467
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 466
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 467
pdbx poly seq scheme.pdb strand id: N

A,1,A,467
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,467
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 467
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 468
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 467
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 468
pdbx poly seq scheme.pdb strand id: N

A,1,C,468
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,468
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 468
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 469
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 468
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 469
pdbx poly seq scheme.pdb strand id: N

A,1,C,469
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,469
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 469
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 470
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 469
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 470
pdbx poly seq scheme.pdb strand id: N

A,1,U,470
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,470
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 470
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 471
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 470
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 471
pdbx poly seq scheme.pdb strand id: N

A,1,U,471
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,471
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 471
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 472
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 471
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 472
pdbx poly seq scheme.pdb strand id: N

A,1,U,472
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,472
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 472
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 473
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 472
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 473
pdbx poly seq scheme.pdb strand id: N

A,1,G,473
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,473
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 473
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 474
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 473
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 474
pdbx poly seq scheme.pdb strand id: N

A,1,C,474
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,474
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 474
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 475
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 474
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 475
pdbx poly seq scheme.pdb strand id: N

A,1,U,475
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,475
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 475
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 476
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 475
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 476
pdbx poly seq scheme.pdb strand id: N

A,1,C,476
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,476
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 476
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 477
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 476
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 477
pdbx poly seq scheme.pdb strand id: N

A,1,A,477
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,477
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 477
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 478
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 477
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 478
pdbx poly seq scheme.pdb strand id: N

A,1,U,478
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,478
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 478
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 479
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 478
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 479
pdbx poly seq scheme.pdb strand id: N

A,1,U,479
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,479
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 479
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 480
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 479
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 480
pdbx poly seq scheme.pdb strand id: N

A,1,G,480
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,480
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 480
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 481
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 480
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 481
pdbx poly seq scheme.pdb strand id: N

A,1,A,481
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,481
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 481
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 482
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 481
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 482
pdbx poly seq scheme.pdb strand id: N

A,1,C,482
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,482
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 482
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 483
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 482
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 483
pdbx poly seq scheme.pdb strand id: N

A,1,G,483
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,483
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 483
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 484
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 483
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 484
pdbx poly seq scheme.pdb strand id: N

A,1,U,484
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,484
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 484
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 485
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 484
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 485
pdbx poly seq scheme.pdb strand id: N

A,1,U,485
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,485
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 485
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 486
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 485
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 486
pdbx poly seq scheme.pdb strand id: N

A,1,A,486
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,486
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 486
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 487
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 486
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 487
pdbx poly seq scheme.pdb strand id: N

A,1,C,487
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,487
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 487
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 488
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 487
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 488
pdbx poly seq scheme.pdb strand id: N

A,1,C,488
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,488
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 488
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 489
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 488
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 489
pdbx poly seq scheme.pdb strand id: N

A,1,C,489
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,489
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 489
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 490
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 489
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 490
pdbx poly seq scheme.pdb strand id: N

A,1,G,490
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,490
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 490
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 491
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 490
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 491
pdbx poly seq scheme.pdb strand id: N

A,1,C,491
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,491
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 491
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 492
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 491
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 492
pdbx poly seq scheme.pdb strand id: N

A,1,A,492
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,492
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 492
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 493
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 492
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 493
pdbx poly seq scheme.pdb strand id: N

A,1,G,493
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,493
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 493
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 494
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 493
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 494
pdbx poly seq scheme.pdb strand id: N

A,1,A,494
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,494
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 494
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 495
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 494
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 495
pdbx poly seq scheme.pdb strand id: N

A,1,A,495
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,495
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 495
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 496
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 495
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 496
pdbx poly seq scheme.pdb strand id: N

A,1,G,496
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,496
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 496
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 497
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 496
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 497
pdbx poly seq scheme.pdb strand id: N

A,1,A,497
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,497
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 497
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 498
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 497
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 498
pdbx poly seq scheme.pdb strand id: N

A,1,A,498
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,498
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 498
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 499
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 498
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 499
pdbx poly seq scheme.pdb strand id: N

A,1,G,499
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,499
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 499
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 500
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 499
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 500
pdbx poly seq scheme.pdb strand id: N

A,1,C,500
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,500
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 500
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 501
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 500
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 501
pdbx poly seq scheme.pdb strand id: N

A,1,A,501
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,501
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 501
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 502
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 501
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 502
pdbx poly seq scheme.pdb strand id: N

A,1,C,502
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,502
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 502
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 503
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 502
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 503
pdbx poly seq scheme.pdb strand id: N

A,1,C,503
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,503
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 503
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 504
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 503
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 504
pdbx poly seq scheme.pdb strand id: N

A,1,G,504
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,504
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 504
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 505
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 504
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 505
pdbx poly seq scheme.pdb strand id: N

A,1,G,505
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,505
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 505
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 506
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 505
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 506
pdbx poly seq scheme.pdb strand id: N

A,1,C,506
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,506
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 506
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 507
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 506
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 507
pdbx poly seq scheme.pdb strand id: N

A,1,U,507
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,507
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 507
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 508
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 507
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 508
pdbx poly seq scheme.pdb strand id: N

A,1,A,508
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,508
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 508
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 509
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 508
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 509
pdbx poly seq scheme.pdb strand id: N

A,1,A,509
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,509
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 509
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 510
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 509
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 510
pdbx poly seq scheme.pdb strand id: N

A,1,C,510
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,510
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 510
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 511
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 510
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 511
pdbx poly seq scheme.pdb strand id: N

A,1,U,511
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,511
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 511
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 512
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 511
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 512
pdbx poly seq scheme.pdb strand id: N

A,1,C,512
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,512
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 512
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 513
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 512
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 513
pdbx poly seq scheme.pdb strand id: N

A,1,C,513
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,513
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 513
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 514
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 513
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 514
pdbx poly seq scheme.pdb strand id: N

A,1,G,514
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,514
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 514
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 515
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 514
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 515
pdbx poly seq scheme.pdb strand id: N

A,1,U,515
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,515
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 515
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 516
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 515
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 516
pdbx poly seq scheme.pdb strand id: N

A,1,G,516
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,516
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 516
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 517
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 516
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 517
pdbx poly seq scheme.pdb strand id: N

A,1,C,517
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,517
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 517
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 518
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 517
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 518
pdbx poly seq scheme.pdb strand id: N

A,1,C,518
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,518
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 518
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 519
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 518
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 519
pdbx poly seq scheme.pdb strand id: N

A,1,A,519
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,519
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 519
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 520
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 519
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 520
pdbx poly seq scheme.pdb strand id: N

A,1,G,520
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,520
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 520
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 521
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 520
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 521
pdbx poly seq scheme.pdb strand id: N

A,1,C,521
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,521
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 521
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 522
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 521
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 522
pdbx poly seq scheme.pdb strand id: N

A,1,A,522
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,522
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 522
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 523
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 522
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 523
pdbx poly seq scheme.pdb strand id: N

A,1,G,523
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,523
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 523
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 524
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 523
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 524
pdbx poly seq scheme.pdb strand id: N

A,1,C,524
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,524
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 524
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 525
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 524
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 525
pdbx poly seq scheme.pdb strand id: N

A,1,C,525
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,525
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 525
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 526
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 525
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 526
pdbx poly seq scheme.pdb strand id: N

A,1,G,526
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,526
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 526
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 527
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 526
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 527
pdbx poly seq scheme.pdb strand id: N

A,1,C,527
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,527
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 527
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 528
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 527
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 528
pdbx poly seq scheme.pdb strand id: N

A,1,G,528
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,528
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 528
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 529
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 528
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 529
pdbx poly seq scheme.pdb strand id: N

A,1,G,529
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,529
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 529
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 530
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 529
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 530
pdbx poly seq scheme.pdb strand id: N

A,1,U,530
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,530
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 530
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 531
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 530
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 531
pdbx poly seq scheme.pdb strand id: N

A,1,A,531
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,531
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 531
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 532
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 531
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 532
pdbx poly seq scheme.pdb strand id: N

A,1,A,532
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,532
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 532
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 533
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 532
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 533
pdbx poly seq scheme.pdb strand id: N

A,1,U,533
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,533
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 533
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 534
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 533
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 534
pdbx poly seq scheme.pdb strand id: N

A,1,A,534
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,534
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 534
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 535
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 534
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 535
pdbx poly seq scheme.pdb strand id: N

A,1,C,535
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,535
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 535
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 536
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 535
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 536
pdbx poly seq scheme.pdb strand id: N

A,1,G,536
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,536
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 536
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 537
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 536
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 537
pdbx poly seq scheme.pdb strand id: N

A,1,G,537
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,537
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 537
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 538
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 537
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 538
pdbx poly seq scheme.pdb strand id: N

A,1,A,538
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,538
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 538
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 539
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 538
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 539
pdbx poly seq scheme.pdb strand id: N

A,1,G,539
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,539
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 539
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 540
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 539
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 540
pdbx poly seq scheme.pdb strand id: N

A,1,G,540
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,540
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 540
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 541
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 540
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 541
pdbx poly seq scheme.pdb strand id: N

A,1,G,541
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,541
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 541
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 542
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 541
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 542
pdbx poly seq scheme.pdb strand id: N

A,1,U,542
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,542
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 542
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 543
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 542
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 543
pdbx poly seq scheme.pdb strand id: N

A,1,G,543
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,543
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 543
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 544
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 543
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 544
pdbx poly seq scheme.pdb strand id: N

A,1,C,544
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,544
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 544
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 545
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 544
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 545
pdbx poly seq scheme.pdb strand id: N

A,1,A,545
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,545
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 545
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 546
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 545
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 546
pdbx poly seq scheme.pdb strand id: N

A,1,A,546
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,546
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 546
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 547
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 546
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 547
pdbx poly seq scheme.pdb strand id: N

A,1,G,547
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,547
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 547
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 548
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 547
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 548
pdbx poly seq scheme.pdb strand id: N

A,1,C,548
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,548
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 548
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 549
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 548
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 549
pdbx poly seq scheme.pdb strand id: N

A,1,G,549
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,549
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 549
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 550
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 549
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 550
pdbx poly seq scheme.pdb strand id: N

A,1,U,550
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,550
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 550
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 551
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 550
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 551
pdbx poly seq scheme.pdb strand id: N

A,1,U,551
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,551
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 551
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 552
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 551
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 552
pdbx poly seq scheme.pdb strand id: N

A,1,A,552
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,552
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 552
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 553
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 552
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 553
pdbx poly seq scheme.pdb strand id: N

A,1,A,553
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,553
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 553
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 554
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 553
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 554
pdbx poly seq scheme.pdb strand id: N

A,1,U,554
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,554
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 554
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 555
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 554
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 555
pdbx poly seq scheme.pdb strand id: N

A,1,C,555
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,555
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 555
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 556
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 555
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 556
pdbx poly seq scheme.pdb strand id: N

A,1,G,556
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,556
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 556
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 557
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 556
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 557
pdbx poly seq scheme.pdb strand id: N

A,1,G,557
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,557
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 557
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 558
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 557
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 558
pdbx poly seq scheme.pdb strand id: N

A,1,A,558
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,558
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 558
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 559
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 558
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 559
pdbx poly seq scheme.pdb strand id: N

A,1,A,559
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,559
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 559
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 560
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 559
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 560
pdbx poly seq scheme.pdb strand id: N

A,1,U,560
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,560
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 560
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 561
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 560
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 561
pdbx poly seq scheme.pdb strand id: N

A,1,U,561
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,561
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 561
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 562
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 561
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 562
pdbx poly seq scheme.pdb strand id: N

A,1,A,562
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,562
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 562
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 563
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 562
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 563
pdbx poly seq scheme.pdb strand id: N

A,1,C,563
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,563
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 563
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 564
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 563
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 564
pdbx poly seq scheme.pdb strand id: N

A,1,U,564
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,564
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 564
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 565
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 564
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 565
pdbx poly seq scheme.pdb strand id: N

A,1,G,565
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,565
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 565
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 566
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 565
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 566
pdbx poly seq scheme.pdb strand id: N

A,1,G,566
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,566
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 566
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 567
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 566
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 567
pdbx poly seq scheme.pdb strand id: N

A,1,G,567
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,567
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 567
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 568
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 567
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 568
pdbx poly seq scheme.pdb strand id: N

A,1,C,568
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,568
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 568
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 569
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 568
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 569
pdbx poly seq scheme.pdb strand id: N

A,1,G,569
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,569
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 569
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 570
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 569
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 570
pdbx poly seq scheme.pdb strand id: N

A,1,U,570
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,570
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 570
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 571
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 570
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 571
pdbx poly seq scheme.pdb strand id: N

A,1,A,571
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,571
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 571
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 572
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 571
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 572
pdbx poly seq scheme.pdb strand id: N

A,1,A,572
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,572
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 572
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 573
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 572
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 573
pdbx poly seq scheme.pdb strand id: N

A,1,A,573
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,573
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 573
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 574
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 573
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 574
pdbx poly seq scheme.pdb strand id: N

A,1,G,574
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,574
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 574
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 575
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 574
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 575
pdbx poly seq scheme.pdb strand id: N

A,1,C,575
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,575
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 575
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 576
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 575
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 576
pdbx poly seq scheme.pdb strand id: N

A,1,G,576
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,576
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 576
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 577
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 576
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 577
pdbx poly seq scheme.pdb strand id: N

A,1,C,577
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,577
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 577
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 578
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 577
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 578
pdbx poly seq scheme.pdb strand id: N

A,1,A,578
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,578
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 578
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 579
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 578
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 579
pdbx poly seq scheme.pdb strand id: N

A,1,C,579
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,579
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 579
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 580
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 579
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 580
pdbx poly seq scheme.pdb strand id: N

A,1,G,580
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,580
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 580
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 581
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 580
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 581
pdbx poly seq scheme.pdb strand id: N

A,1,C,581
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,581
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 581
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 582
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 581
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 582
pdbx poly seq scheme.pdb strand id: N

A,1,A,582
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,582
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 582
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 583
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 582
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 583
pdbx poly seq scheme.pdb strand id: N

A,1,G,583
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,583
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 583
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 584
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 583
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 584
pdbx poly seq scheme.pdb strand id: N

A,1,G,584
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,584
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 584
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 585
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 584
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 585
pdbx poly seq scheme.pdb strand id: N

A,1,C,585
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,585
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 585
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 586
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 585
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 586
pdbx poly seq scheme.pdb strand id: N

A,1,G,586
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,586
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 586
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 587
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 586
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 587
pdbx poly seq scheme.pdb strand id: N

A,1,G,587
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,587
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 587
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 588
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 587
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 588
pdbx poly seq scheme.pdb strand id: N

A,1,U,588
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,588
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 588
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 589
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 588
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 589
pdbx poly seq scheme.pdb strand id: N

A,1,U,589
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,589
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 589
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 590
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 589
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 590
pdbx poly seq scheme.pdb strand id: N

A,1,U,590
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,590
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 590
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 591
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 590
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 591
pdbx poly seq scheme.pdb strand id: N

A,1,G,591
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,591
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 591
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 592
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 591
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 592
pdbx poly seq scheme.pdb strand id: N

A,1,U,592
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,592
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 592
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 593
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 592
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 593
pdbx poly seq scheme.pdb strand id: N

A,1,U,593
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,593
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 593
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 594
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 593
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 594
pdbx poly seq scheme.pdb strand id: N

A,1,A,594
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,594
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 594
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 595
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 594
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 595
pdbx poly seq scheme.pdb strand id: N

A,1,A,595
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,595
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 595
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 596
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 595
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 596
pdbx poly seq scheme.pdb strand id: N

A,1,G,596
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,596
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 596
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 597
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 596
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 597
pdbx poly seq scheme.pdb strand id: N

A,1,U,597
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,597
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 597
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 598
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 597
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 598
pdbx poly seq scheme.pdb strand id: N

A,1,C,598
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,598
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 598
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 599
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 598
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 599
pdbx poly seq scheme.pdb strand id: N

A,1,A,599
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,599
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 599
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 600
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 599
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 600
pdbx poly seq scheme.pdb strand id: N

A,1,G,600
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,600
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 600
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 601
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 600
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 601
pdbx poly seq scheme.pdb strand id: N

A,1,A,601
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,601
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 601
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 602
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 601
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 602
pdbx poly seq scheme.pdb strand id: N

A,1,U,602
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,602
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 602
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 603
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 602
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 603
pdbx poly seq scheme.pdb strand id: N

A,1,G,603
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,603
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 603
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 604
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 603
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 604
pdbx poly seq scheme.pdb strand id: N

A,1,U,604
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,604
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 604
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 605
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 604
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 605
pdbx poly seq scheme.pdb strand id: N

A,1,G,605
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,605
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 605
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 606
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 605
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 606
pdbx poly seq scheme.pdb strand id: N

A,1,A,606
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,606
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 606
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 607
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 606
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 607
pdbx poly seq scheme.pdb strand id: N

A,1,A,607
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,607
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 607
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 608
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 607
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 608
pdbx poly seq scheme.pdb strand id: N

A,1,A,608
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,608
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 608
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 609
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 608
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 609
pdbx poly seq scheme.pdb strand id: N

A,1,U,609
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,609
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 609
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 610
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 609
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 610
pdbx poly seq scheme.pdb strand id: N

A,1,C,610
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,610
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 610
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 611
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 610
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 611
pdbx poly seq scheme.pdb strand id: N

A,1,C,611
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,611
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 611
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 612
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 611
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 612
pdbx poly seq scheme.pdb strand id: N

A,1,C,612
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,612
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 612
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 613
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 612
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 613
pdbx poly seq scheme.pdb strand id: N

A,1,C,613
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,613
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 613
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 614
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 613
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 614
pdbx poly seq scheme.pdb strand id: N

A,1,G,614
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,614
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 614
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 615
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 614
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 615
pdbx poly seq scheme.pdb strand id: N

A,1,G,615
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,615
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 615
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 616
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 615
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 616
pdbx poly seq scheme.pdb strand id: N

A,1,G,616
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,616
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 616
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 617
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 616
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 617
pdbx poly seq scheme.pdb strand id: N

A,1,C,617
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,617
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 617
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 618
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 617
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 618
pdbx poly seq scheme.pdb strand id: N

A,1,U,618
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,618
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 618
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 619
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 618
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 619
pdbx poly seq scheme.pdb strand id: N

A,1,C,619
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,619
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 619
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 620
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 619
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 620
pdbx poly seq scheme.pdb strand id: N

A,1,A,620
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,620
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 620
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 621
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 620
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 621
pdbx poly seq scheme.pdb strand id: N

A,1,A,621
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,621
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 621
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 622
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 621
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 622
pdbx poly seq scheme.pdb strand id: N

A,1,C,622
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,622
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 622
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 623
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 622
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 623
pdbx poly seq scheme.pdb strand id: N

A,1,C,623
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,623
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 623
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 624
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 623
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 624
pdbx poly seq scheme.pdb strand id: N

A,1,U,624
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,624
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 624
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 625
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 624
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 625
pdbx poly seq scheme.pdb strand id: N

A,1,G,625
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,625
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 625
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 626
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 625
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 626
pdbx poly seq scheme.pdb strand id: N

A,1,G,626
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,626
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 626
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 627
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 626
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 627
pdbx poly seq scheme.pdb strand id: N

A,1,G,627
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,627
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 627
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 628
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 627
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 628
pdbx poly seq scheme.pdb strand id: N

A,1,A,628
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,628
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 628
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 629
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 628
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 629
pdbx poly seq scheme.pdb strand id: N

A,1,A,629
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,629
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 629
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 630
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 629
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 630
pdbx poly seq scheme.pdb strand id: N

A,1,C,630
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,630
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 630
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 631
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 630
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 631
pdbx poly seq scheme.pdb strand id: N

A,1,U,631
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,631
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 631
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 632
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 631
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 632
pdbx poly seq scheme.pdb strand id: N

A,1,G,632
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,632
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 632
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 633
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 632
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 633
pdbx poly seq scheme.pdb strand id: N

A,1,C,633
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,633
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 633
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 634
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 633
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 634
pdbx poly seq scheme.pdb strand id: N

A,1,A,634
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,634
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 634
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 635
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 634
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 635
pdbx poly seq scheme.pdb strand id: N

A,1,U,635
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,635
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 635
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 636
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 635
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 636
pdbx poly seq scheme.pdb strand id: N

A,1,C,636
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,636
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 636
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 637
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 636
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 637
pdbx poly seq scheme.pdb strand id: N

A,1,U,637
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,637
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 637
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 638
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 637
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 638
pdbx poly seq scheme.pdb strand id: N

A,1,G,638
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,638
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 638
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 639
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 638
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 639
pdbx poly seq scheme.pdb strand id: N

A,1,A,639
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,639
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 639
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 640
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 639
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 640
pdbx poly seq scheme.pdb strand id: N

A,1,U,640
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,640
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 640
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 641
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 640
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 641
pdbx poly seq scheme.pdb strand id: N

A,1,A,641
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,641
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 641
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 642
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 641
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 642
pdbx poly seq scheme.pdb strand id: N

A,1,C,642
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,642
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 642
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 643
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 642
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 643
pdbx poly seq scheme.pdb strand id: N

A,1,U,643
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,643
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 643
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 644
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 643
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 644
pdbx poly seq scheme.pdb strand id: N

A,1,G,644
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,644
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 644
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 645
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 644
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 645
pdbx poly seq scheme.pdb strand id: N

A,1,G,645
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,645
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 645
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 646
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 645
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 646
pdbx poly seq scheme.pdb strand id: N

A,1,C,646
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,646
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 646
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 647
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 646
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 647
pdbx poly seq scheme.pdb strand id: N

A,1,A,647
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,647
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 647
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 648
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 647
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 648
pdbx poly seq scheme.pdb strand id: N

A,1,A,648
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,648
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 648
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 649
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 648
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 649
pdbx poly seq scheme.pdb strand id: N

A,1,G,649
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,649
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 649
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 650
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 649
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 650
pdbx poly seq scheme.pdb strand id: N

A,1,C,650
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,650
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 650
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 651
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 650
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 651
pdbx poly seq scheme.pdb strand id: N

A,1,U,651
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,651
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 651
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 652
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 651
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 652
pdbx poly seq scheme.pdb strand id: N

A,1,U,652
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,652
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 652
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 653
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 652
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 653
pdbx poly seq scheme.pdb strand id: N

A,1,G,653
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,653
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 653
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 654
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 653
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 654
pdbx poly seq scheme.pdb strand id: N

A,1,A,654
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,654
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 654
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 655
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 654
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 655
pdbx poly seq scheme.pdb strand id: N

A,1,G,655
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,655
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 655
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 656
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 655
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 656
pdbx poly seq scheme.pdb strand id: N

A,1,U,656
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,656
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 656
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 657
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 656
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 657
pdbx poly seq scheme.pdb strand id: N

A,1,C,657
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,657
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 657
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 658
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 657
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 658
pdbx poly seq scheme.pdb strand id: N

A,1,U,658
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,658
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 658
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 659
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 658
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 659
pdbx poly seq scheme.pdb strand id: N

A,1,C,659
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,659
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 659
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 660
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 659
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 660
pdbx poly seq scheme.pdb strand id: N

A,1,G,660
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,660
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 660
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 661
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 660
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 661
pdbx poly seq scheme.pdb strand id: N

A,1,U,661
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,661
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 661
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 662
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 661
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 662
pdbx poly seq scheme.pdb strand id: N

A,1,A,662
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,662
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 662
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 663
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 662
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 663
pdbx poly seq scheme.pdb strand id: N

A,1,G,663
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,663
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 663
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 664
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 663
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 664
pdbx poly seq scheme.pdb strand id: N

A,1,A,664
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,664
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 664
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 665
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 664
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 665
pdbx poly seq scheme.pdb strand id: N

A,1,G,665
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,665
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 665
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 666
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 665
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 666
pdbx poly seq scheme.pdb strand id: N

A,1,G,666
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,666
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 666
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 667
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 666
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 667
pdbx poly seq scheme.pdb strand id: N

A,1,G,667
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,667
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 667
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 668
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 667
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 668
pdbx poly seq scheme.pdb strand id: N

A,1,G,668
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,668
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 668
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 669
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 668
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 669
pdbx poly seq scheme.pdb strand id: N

A,1,G,669
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,669
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 669
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 670
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 669
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 670
pdbx poly seq scheme.pdb strand id: N

A,1,G,670
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,670
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 670
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 671
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 670
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 671
pdbx poly seq scheme.pdb strand id: N

A,1,U,671
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,671
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 671
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 672
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 671
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 672
pdbx poly seq scheme.pdb strand id: N

A,1,A,672
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,672
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 672
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 673
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 672
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 673
pdbx poly seq scheme.pdb strand id: N

A,1,G,673
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,673
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 673
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 674
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 673
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 674
pdbx poly seq scheme.pdb strand id: N

A,1,A,674
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,674
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 674
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 675
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 674
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 675
pdbx poly seq scheme.pdb strand id: N

A,1,A,675
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,675
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 675
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 676
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 675
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 676
pdbx poly seq scheme.pdb strand id: N

A,1,U,676
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,676
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 676
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 677
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 676
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 677
pdbx poly seq scheme.pdb strand id: N

A,1,U,677
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,677
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 677
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 678
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 677
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 678
pdbx poly seq scheme.pdb strand id: N

A,1,C,678
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,678
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 678
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 679
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 678
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 679
pdbx poly seq scheme.pdb strand id: N

A,1,C,679
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,679
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 679
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 680
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 679
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 680
pdbx poly seq scheme.pdb strand id: N

A,1,A,680
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,680
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 680
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 681
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 680
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 681
pdbx poly seq scheme.pdb strand id: N

A,1,G,681
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,681
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 681
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 682
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 681
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 682
pdbx poly seq scheme.pdb strand id: N

A,1,G,682
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,682
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 682
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 683
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 682
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 683
pdbx poly seq scheme.pdb strand id: N

A,1,U,683
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,683
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 683
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 684
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 683
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 684
pdbx poly seq scheme.pdb strand id: N

A,1,G,684
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,684
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 684
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 685
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 684
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 685
pdbx poly seq scheme.pdb strand id: N

A,1,U,685
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,685
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 685
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 686
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 685
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 686
pdbx poly seq scheme.pdb strand id: N

A,1,A,686
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,686
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 686
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 687
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 686
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 687
pdbx poly seq scheme.pdb strand id: N

A,1,G,687
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,687
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 687
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 688
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 687
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 688
pdbx poly seq scheme.pdb strand id: N

A,1,C,688
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,688
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 688
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 689
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 688
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 689
pdbx poly seq scheme.pdb strand id: N

A,1,G,689
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,689
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 689
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 690
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 689
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 690
pdbx poly seq scheme.pdb strand id: N

A,1,G,690
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,690
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 690
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 691
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 690
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 691
pdbx poly seq scheme.pdb strand id: N

A,1,U,691
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,691
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 691
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 692
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 691
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 692
pdbx poly seq scheme.pdb strand id: N

A,1,G,692
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,692
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 692
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 693
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 692
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 693
pdbx poly seq scheme.pdb strand id: N

A,1,A,693
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,693
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 693
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 694
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 693
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 694
pdbx poly seq scheme.pdb strand id: N

A,1,A,694
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,694
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 694
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 695
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 694
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 695
pdbx poly seq scheme.pdb strand id: N

A,1,A,695
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,695
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 695
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 696
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 695
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 696
pdbx poly seq scheme.pdb strand id: N

A,1,U,696
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,696
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 696
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 697
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 696
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 697
pdbx poly seq scheme.pdb strand id: N

A,1,G,697
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,697
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 697
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 698
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 697
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 698
pdbx poly seq scheme.pdb strand id: N

A,1,C,698
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,698
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 698
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 699
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 698
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 699
pdbx poly seq scheme.pdb strand id: N

A,1,G,699
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,699
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 699
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 700
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 699
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 700
pdbx poly seq scheme.pdb strand id: N

A,1,U,700
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,700
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 700
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 701
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 700
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 701
pdbx poly seq scheme.pdb strand id: N

A,1,A,701
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,701
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 701
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 702
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 701
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 702
pdbx poly seq scheme.pdb strand id: N

A,1,G,702
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,702
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 702
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 703
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 702
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 703
pdbx poly seq scheme.pdb strand id: N

A,1,A,703
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,703
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 703
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 704
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 703
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 704
pdbx poly seq scheme.pdb strand id: N

A,1,G,704
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,704
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 704
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 705
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 704
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 705
pdbx poly seq scheme.pdb strand id: N

A,1,A,705
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,705
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 705
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 706
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 705
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 706
pdbx poly seq scheme.pdb strand id: N

A,1,U,706
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,706
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 706
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 707
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 706
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 707
pdbx poly seq scheme.pdb strand id: N

A,1,C,707
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,707
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 707
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 708
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 707
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 708
pdbx poly seq scheme.pdb strand id: N

A,1,U,708
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,708
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 708
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 709
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 708
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 709
pdbx poly seq scheme.pdb strand id: N

A,1,G,709
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,709
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 709
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 710
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 709
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 710
pdbx poly seq scheme.pdb strand id: N

A,1,G,710
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,710
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 710
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 711
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 710
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 711
pdbx poly seq scheme.pdb strand id: N

A,1,A,711
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,711
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 711
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 712
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 711
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 712
pdbx poly seq scheme.pdb strand id: N

A,1,G,712
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,712
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 712
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 713
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 712
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 713
pdbx poly seq scheme.pdb strand id: N

A,1,G,713
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,713
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 713
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 714
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 713
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 714
pdbx poly seq scheme.pdb strand id: N

A,1,A,714
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,714
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 714
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 715
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 714
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 715
pdbx poly seq scheme.pdb strand id: N

A,1,A,715
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,715
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 715
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 716
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 715
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 716
pdbx poly seq scheme.pdb strand id: N

A,1,U,716
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,716
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 716
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 717
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 716
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 717
pdbx poly seq scheme.pdb strand id: N

A,1,A,717
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,717
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 717
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 718
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 717
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 718
pdbx poly seq scheme.pdb strand id: N

A,1,C,718
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,718
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 718
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 719
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 718
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 719
pdbx poly seq scheme.pdb strand id: N

A,1,C,719
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,719
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 719
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 720
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 719
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 720
pdbx poly seq scheme.pdb strand id: N

A,1,G,720
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,720
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 720
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 721
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 720
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 721
pdbx poly seq scheme.pdb strand id: N

A,1,G,721
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,721
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 721
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 722
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 721
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 722
pdbx poly seq scheme.pdb strand id: N

A,1,U,722
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,722
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 722
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 723
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 722
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 723
pdbx poly seq scheme.pdb strand id: N

A,1,G,723
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,723
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 723
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 724
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 723
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 724
pdbx poly seq scheme.pdb strand id: N

A,1,G,724
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,724
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 724
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 725
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 724
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 725
pdbx poly seq scheme.pdb strand id: N

A,1,C,725
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,725
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 725
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 726
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 725
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 726
pdbx poly seq scheme.pdb strand id: N

A,1,G,726
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,726
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 726
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 727
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 726
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 727
pdbx poly seq scheme.pdb strand id: N

A,1,A,727
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,727
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 727
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 728
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 727
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 728
pdbx poly seq scheme.pdb strand id: N

A,1,A,728
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,728
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 728
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 729
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 728
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 729
pdbx poly seq scheme.pdb strand id: N

A,1,G,729
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,729
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 729
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 730
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 729
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 730
pdbx poly seq scheme.pdb strand id: N

A,1,G,730
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,730
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 730
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 731
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 730
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 731
pdbx poly seq scheme.pdb strand id: N

A,1,C,731
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,731
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 731
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 732
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 731
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 732
pdbx poly seq scheme.pdb strand id: N

A,1,G,732
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,732
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 732
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 733
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 732
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 733
pdbx poly seq scheme.pdb strand id: N

A,1,G,733
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,733
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 733
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 734
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 733
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 734
pdbx poly seq scheme.pdb strand id: N

A,1,C,734
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,734
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 734
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 735
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 734
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 735
pdbx poly seq scheme.pdb strand id: N

A,1,C,735
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,735
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 735
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 736
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 735
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 736
pdbx poly seq scheme.pdb strand id: N

A,1,C,736
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,736
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 736
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 737
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 736
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 737
pdbx poly seq scheme.pdb strand id: N

A,1,C,737
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,737
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 737
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 738
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 737
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 738
pdbx poly seq scheme.pdb strand id: N

A,1,C,738
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,738
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 738
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 739
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 738
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 739
pdbx poly seq scheme.pdb strand id: N

A,1,U,739
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,739
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 739
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 740
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 739
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 740
pdbx poly seq scheme.pdb strand id: N

A,1,G,740
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,740
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 740
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 741
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 740
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 741
pdbx poly seq scheme.pdb strand id: N

A,1,G,741
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,741
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 741
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 742
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 741
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 742
pdbx poly seq scheme.pdb strand id: N

A,1,A,742
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,742
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 742
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 743
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 742
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 743
pdbx poly seq scheme.pdb strand id: N

A,1,C,743
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,743
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 743
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 744
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 743
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 744
pdbx poly seq scheme.pdb strand id: N

A,1,G,744
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,744
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 744
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 745
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 744
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 745
pdbx poly seq scheme.pdb strand id: N

A,1,A,745
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,745
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 745
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 746
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 745
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 746
pdbx poly seq scheme.pdb strand id: N

A,1,A,746
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,746
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 746
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 747
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 746
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 747
pdbx poly seq scheme.pdb strand id: N

A,1,G,747
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,747
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 747
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 748
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 747
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 748
pdbx poly seq scheme.pdb strand id: N

A,1,A,748
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,748
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 748
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 749
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 748
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 749
pdbx poly seq scheme.pdb strand id: N

A,1,C,749
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,749
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 749
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 750
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 749
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 750
pdbx poly seq scheme.pdb strand id: N

A,1,U,750
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,750
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 750
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 751
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 750
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 751
pdbx poly seq scheme.pdb strand id: N

A,1,G,751
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,751
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 751
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 752
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 751
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 752
pdbx poly seq scheme.pdb strand id: N

A,1,A,752
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,752
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 752
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 753
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 752
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 753
pdbx poly seq scheme.pdb strand id: N

A,1,C,753
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,753
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 753
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 754
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 753
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 754
pdbx poly seq scheme.pdb strand id: N

A,1,G,754
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,754
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 754
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 755
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 754
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 755
pdbx poly seq scheme.pdb strand id: N

A,1,C,755
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,755
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 755
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 756
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 755
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 756
pdbx poly seq scheme.pdb strand id: N

A,1,U,756
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,756
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 756
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 757
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 756
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 757
pdbx poly seq scheme.pdb strand id: N

A,1,C,757
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,757
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 757
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 758
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 757
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 758
pdbx poly seq scheme.pdb strand id: N

A,1,A,758
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,758
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 758
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 759
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 758
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 759
pdbx poly seq scheme.pdb strand id: N

A,1,G,759
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,759
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 759
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 760
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 759
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 760
pdbx poly seq scheme.pdb strand id: N

A,1,G,760
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,760
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 760
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 761
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 760
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 761
pdbx poly seq scheme.pdb strand id: N

A,1,U,761
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,761
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 761
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 762
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 761
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 762
pdbx poly seq scheme.pdb strand id: N

A,1,G,762
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,762
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 762
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 763
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 762
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 763
pdbx poly seq scheme.pdb strand id: N

A,1,C,763
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,763
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 763
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 764
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 763
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 764
pdbx poly seq scheme.pdb strand id: N

A,1,G,764
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,764
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 764
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 765
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 764
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 765
pdbx poly seq scheme.pdb strand id: N

A,1,A,765
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,765
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 765
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 766
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 765
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 766
pdbx poly seq scheme.pdb strand id: N

A,1,A,766
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,766
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 766
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 767
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 766
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 767
pdbx poly seq scheme.pdb strand id: N

A,1,A,767
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,767
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 767
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 768
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 767
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 768
pdbx poly seq scheme.pdb strand id: N

A,1,G,768
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,768
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 768
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 769
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 768
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 769
pdbx poly seq scheme.pdb strand id: N

A,1,C,769
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,769
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 769
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 770
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 769
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 770
pdbx poly seq scheme.pdb strand id: N

A,1,G,770
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,770
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 770
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 771
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 770
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 771
pdbx poly seq scheme.pdb strand id: N

A,1,U,771
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,771
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 771
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 772
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 771
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 772
pdbx poly seq scheme.pdb strand id: N

A,1,G,772
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,772
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 772
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 773
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 772
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 773
pdbx poly seq scheme.pdb strand id: N

A,1,G,773
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,773
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 773
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 774
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 773
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 774
pdbx poly seq scheme.pdb strand id: N

A,1,G,774
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,774
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 774
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 775
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 774
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 775
pdbx poly seq scheme.pdb strand id: N

A,1,G,775
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,775
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 775
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 776
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 775
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 776
pdbx poly seq scheme.pdb strand id: N

A,1,A,776
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,776
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 776
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 777
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 776
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 777
pdbx poly seq scheme.pdb strand id: N

A,1,G,777
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,777
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 777
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 778
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 777
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 778
pdbx poly seq scheme.pdb strand id: N

A,1,C,778
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,778
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 778
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 779
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 778
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 779
pdbx poly seq scheme.pdb strand id: N

A,1,A,779
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,779
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 779
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 780
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 779
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 780
pdbx poly seq scheme.pdb strand id: N

A,1,A,780
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,780
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 780
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 781
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 780
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 781
pdbx poly seq scheme.pdb strand id: N

A,1,A,781
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,781
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 781
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 782
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 781
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 782
pdbx poly seq scheme.pdb strand id: N

A,1,C,782
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,782
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 782
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 783
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 782
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 783
pdbx poly seq scheme.pdb strand id: N

A,1,A,783
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,783
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 783
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 784
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 783
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 784
pdbx poly seq scheme.pdb strand id: N

A,1,G,784
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,784
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 784
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 785
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 784
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 785
pdbx poly seq scheme.pdb strand id: N

A,1,G,785
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,785
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 785
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 786
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 785
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 786
pdbx poly seq scheme.pdb strand id: N

A,1,A,786
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,786
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 786
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 787
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 786
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 787
pdbx poly seq scheme.pdb strand id: N

A,1,U,787
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,787
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 787
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 788
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 787
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 788
pdbx poly seq scheme.pdb strand id: N

A,1,U,788
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,788
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 788
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 789
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 788
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 789
pdbx poly seq scheme.pdb strand id: N

A,1,A,789
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,789
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 789
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 790
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 789
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 790
pdbx poly seq scheme.pdb strand id: N

A,1,G,790
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,790
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 790
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 791
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 790
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 791
pdbx poly seq scheme.pdb strand id: N

A,1,A,791
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,791
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 791
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 792
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 791
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 792
pdbx poly seq scheme.pdb strand id: N

A,1,U,792
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,792
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 792
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 793
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 792
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 793
pdbx poly seq scheme.pdb strand id: N

A,1,A,793
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,793
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 793
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 794
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 793
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 794
pdbx poly seq scheme.pdb strand id: N

A,1,C,794
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,794
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 794
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 795
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 794
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 795
pdbx poly seq scheme.pdb strand id: N

A,1,C,795
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,795
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 795
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 796
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 795
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 796
pdbx poly seq scheme.pdb strand id: N

A,1,C,796
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,796
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 796
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 797
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 796
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 797
pdbx poly seq scheme.pdb strand id: N

A,1,U,797
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,797
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 797
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 798
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 797
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 798
pdbx poly seq scheme.pdb strand id: N

A,1,G,798
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,798
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 798
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 799
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 798
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 799
pdbx poly seq scheme.pdb strand id: N

A,1,G,799
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,799
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 799
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 800
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 799
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 800
pdbx poly seq scheme.pdb strand id: N

A,1,U,800
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,800
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 800
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 801
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 800
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 801
pdbx poly seq scheme.pdb strand id: N

A,1,A,801
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,801
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 801
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 802
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 801
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 802
pdbx poly seq scheme.pdb strand id: N

A,1,G,802
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,802
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 802
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 803
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 802
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 803
pdbx poly seq scheme.pdb strand id: N

A,1,U,803
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,803
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 803
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 804
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 803
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 804
pdbx poly seq scheme.pdb strand id: N

A,1,C,804
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,804
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 804
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 805
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 804
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 805
pdbx poly seq scheme.pdb strand id: N

A,1,C,805
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,805
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 805
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 806
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 805
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 806
pdbx poly seq scheme.pdb strand id: N

A,1,A,806
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,806
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 806
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 807
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 806
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 807
pdbx poly seq scheme.pdb strand id: N

A,1,C,807
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,807
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 807
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 808
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 807
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 808
pdbx poly seq scheme.pdb strand id: N

A,1,G,808
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,808
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 808
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 809
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 808
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 809
pdbx poly seq scheme.pdb strand id: N

A,1,C,809
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,809
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 809
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 810
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 809
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 810
pdbx poly seq scheme.pdb strand id: N

A,1,C,810
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,810
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 810
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 811
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 810
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 811
pdbx poly seq scheme.pdb strand id: N

A,1,G,811
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,811
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 811
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 812
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 811
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 812
pdbx poly seq scheme.pdb strand id: N

A,1,U,812
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,812
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 812
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 813
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 812
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 813
pdbx poly seq scheme.pdb strand id: N

A,1,A,813
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,813
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 813
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 814
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 813
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 814
pdbx poly seq scheme.pdb strand id: N

A,1,A,814
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,814
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 814
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 815
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 814
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 815
pdbx poly seq scheme.pdb strand id: N

A,1,A,815
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,815
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 815
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 816
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 815
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 816
pdbx poly seq scheme.pdb strand id: N

A,1,C,816
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,816
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 816
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 817
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 816
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 817
pdbx poly seq scheme.pdb strand id: N

A,1,G,817
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,817
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 817
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 818
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 817
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 818
pdbx poly seq scheme.pdb strand id: N

A,1,A,818
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,818
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 818
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 819
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 818
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 819
pdbx poly seq scheme.pdb strand id: N

A,1,U,819
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,819
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 819
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 820
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 819
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 820
pdbx poly seq scheme.pdb strand id: N

A,1,G,820
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,820
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 820
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 821
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 820
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 821
pdbx poly seq scheme.pdb strand id: N

A,1,U,821
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,821
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 821
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 822
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 821
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 822
pdbx poly seq scheme.pdb strand id: N

A,1,C,822
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,822
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 822
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 823
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 822
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 823
pdbx poly seq scheme.pdb strand id: N

A,1,G,823
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,823
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 823
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 824
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 823
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 824
pdbx poly seq scheme.pdb strand id: N

A,1,A,824
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,824
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 824
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 825
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 824
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 825
pdbx poly seq scheme.pdb strand id: N

A,1,C,825
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,825
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 825
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 826
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 825
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 826
pdbx poly seq scheme.pdb strand id: N

A,1,U,826
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,826
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 826
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 827
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 826
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 827
pdbx poly seq scheme.pdb strand id: N

A,1,U,827
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,827
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 827
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 828
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 827
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 828
pdbx poly seq scheme.pdb strand id: N

A,1,G,828
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,828
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 828
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 829
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 828
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 829
pdbx poly seq scheme.pdb strand id: N

A,1,G,829
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,829
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 829
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 830
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 829
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 830
pdbx poly seq scheme.pdb strand id: N

A,1,A,830
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,830
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 830
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 831
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 830
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 831
pdbx poly seq scheme.pdb strand id: N

A,1,G,831
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,831
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 831
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 832
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 831
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 832
pdbx poly seq scheme.pdb strand id: N

A,1,G,832
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,832
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 832
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 833
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 832
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 833
pdbx poly seq scheme.pdb strand id: N

A,1,U,833
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,833
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 833
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 834
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 833
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 834
pdbx poly seq scheme.pdb strand id: N

A,1,U,834
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,834
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 834
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 835
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 834
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 835
pdbx poly seq scheme.pdb strand id: N

A,1,G,835
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,835
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 835
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 836
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 835
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 836
pdbx poly seq scheme.pdb strand id: N

A,1,U,836
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,836
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 836
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 837
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 836
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 837
pdbx poly seq scheme.pdb strand id: N

A,1,G,837
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,837
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 837
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 838
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 837
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 838
pdbx poly seq scheme.pdb strand id: N

A,1,C,838
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,838
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 838
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 839
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 838
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 839
pdbx poly seq scheme.pdb strand id: N

A,1,C,839
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,839
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 839
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 840
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 839
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 840
pdbx poly seq scheme.pdb strand id: N

A,1,C,840
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,840
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 840
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 841
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 840
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 841
pdbx poly seq scheme.pdb strand id: N

A,1,U,841
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,841
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 841
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 842
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 841
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 842
pdbx poly seq scheme.pdb strand id: N

A,1,U,842
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,842
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 842
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 843
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 842
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 843
pdbx poly seq scheme.pdb strand id: N

A,1,G,843
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,843
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 843
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 844
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 843
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 844
pdbx poly seq scheme.pdb strand id: N

A,1,A,844
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,844
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 844
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 845
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 844
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 845
pdbx poly seq scheme.pdb strand id: N

A,1,G,845
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,845
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 845
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 846
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 845
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 846
pdbx poly seq scheme.pdb strand id: N

A,1,G,846
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,846
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 846
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 847
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 846
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 847
pdbx poly seq scheme.pdb strand id: N

A,1,C,847
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,847
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 847
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 848
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 847
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 848
pdbx poly seq scheme.pdb strand id: N

A,1,G,848
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,848
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 848
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 849
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 848
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 849
pdbx poly seq scheme.pdb strand id: N

A,1,U,849
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,849
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 849
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 850
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 849
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 850
pdbx poly seq scheme.pdb strand id: N

A,1,G,850
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,850
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 850
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 851
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 850
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 851
pdbx poly seq scheme.pdb strand id: N

A,1,G,851
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,851
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 851
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 852
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 851
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 852
pdbx poly seq scheme.pdb strand id: N

A,1,C,852
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,852
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 852
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 853
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 852
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 853
pdbx poly seq scheme.pdb strand id: N

A,1,U,853
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,853
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 853
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 854
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 853
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 854
pdbx poly seq scheme.pdb strand id: N

A,1,U,854
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,854
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 854
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 855
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 854
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 855
pdbx poly seq scheme.pdb strand id: N

A,1,C,855
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,855
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 855
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 856
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 855
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 856
pdbx poly seq scheme.pdb strand id: N

A,1,C,856
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,856
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 856
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 857
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 856
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 857
pdbx poly seq scheme.pdb strand id: N

A,1,G,857
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,857
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 857
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 858
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 857
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 858
pdbx poly seq scheme.pdb strand id: N

A,1,G,858
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,858
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 858
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 859
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 858
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 859
pdbx poly seq scheme.pdb strand id: N

A,1,A,859
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,859
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 859
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 860
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 859
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 860
pdbx poly seq scheme.pdb strand id: N

A,1,G,860
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,860
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 860
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 861
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 860
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 861
pdbx poly seq scheme.pdb strand id: N

A,1,C,861
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,861
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 861
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 862
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 861
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 862
pdbx poly seq scheme.pdb strand id: N

A,1,U,862
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,862
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 862
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 863
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 862
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 863
pdbx poly seq scheme.pdb strand id: N

A,1,A,863
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,863
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 863
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 864
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 863
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 864
pdbx poly seq scheme.pdb strand id: N

A,1,A,864
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,864
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 864
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 865
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 864
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 865
pdbx poly seq scheme.pdb strand id: N

A,1,C,865
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,865
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 865
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 866
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 865
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 866
pdbx poly seq scheme.pdb strand id: N

A,1,G,866
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,866
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 866
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 867
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 866
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 867
pdbx poly seq scheme.pdb strand id: N

A,1,C,867
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,867
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 867
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 868
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 867
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 868
pdbx poly seq scheme.pdb strand id: N

A,1,G,868
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,868
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 868
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 869
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 868
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 869
pdbx poly seq scheme.pdb strand id: N

A,1,U,869
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,869
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 869
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 870
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 869
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 870
pdbx poly seq scheme.pdb strand id: N

A,1,U,870
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,870
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 870
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 871
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 870
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 871
pdbx poly seq scheme.pdb strand id: N

A,1,A,871
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,871
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 871
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 872
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 871
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 872
pdbx poly seq scheme.pdb strand id: N

A,1,A,872
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,872
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 872
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 873
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 872
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 873
pdbx poly seq scheme.pdb strand id: N

A,1,G,873
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,873
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 873
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 874
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 873
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 874
pdbx poly seq scheme.pdb strand id: N

A,1,U,874
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,874
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 874
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 875
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 874
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 875
pdbx poly seq scheme.pdb strand id: N

A,1,C,875
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,875
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 875
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 876
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 875
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 876
pdbx poly seq scheme.pdb strand id: N

A,1,G,876
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,876
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 876
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 877
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 876
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 877
pdbx poly seq scheme.pdb strand id: N

A,1,A,877
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,877
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 877
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 878
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 877
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 878
pdbx poly seq scheme.pdb strand id: N

A,1,C,878
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,878
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 878
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 879
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 878
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 879
pdbx poly seq scheme.pdb strand id: N

A,1,C,879
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,879
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 879
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 880
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 879
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 880
pdbx poly seq scheme.pdb strand id: N

A,1,G,880
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,880
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 880
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 881
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 880
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 881
pdbx poly seq scheme.pdb strand id: N

A,1,C,881
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,881
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 881
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 882
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 881
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 882
pdbx poly seq scheme.pdb strand id: N

A,1,C,882
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,882
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 882
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 883
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 882
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 883
pdbx poly seq scheme.pdb strand id: N

A,1,U,883
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,883
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 883
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 884
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 883
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 884
pdbx poly seq scheme.pdb strand id: N

A,1,G,884
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,884
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 884
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 885
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 884
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 885
pdbx poly seq scheme.pdb strand id: N

A,1,G,885
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,885
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 885
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 886
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 885
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 886
pdbx poly seq scheme.pdb strand id: N

A,1,G,886
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,886
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 886
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 887
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 886
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 887
pdbx poly seq scheme.pdb strand id: N

A,1,G,887
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,887
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 887
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 888
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 887
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 888
pdbx poly seq scheme.pdb strand id: N

A,1,A,888
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,888
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 888
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 889
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 888
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 889
pdbx poly seq scheme.pdb strand id: N

A,1,G,889
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,889
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 889
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 890
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 889
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 890
pdbx poly seq scheme.pdb strand id: N

A,1,U,890
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,890
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 890
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 891
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 890
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 891
pdbx poly seq scheme.pdb strand id: N

A,1,A,891
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,891
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 891
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 892
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 891
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 892
pdbx poly seq scheme.pdb strand id: N

A,1,C,892
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,892
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 892
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 893
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 892
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 893
pdbx poly seq scheme.pdb strand id: N

A,1,G,893
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,893
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 893
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 894
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 893
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 894
pdbx poly seq scheme.pdb strand id: N

A,1,G,894
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,894
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 894
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 895
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 894
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 895
pdbx poly seq scheme.pdb strand id: N

A,1,C,895
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,895
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 895
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 896
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 895
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 896
pdbx poly seq scheme.pdb strand id: N

A,1,C,896
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,896
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 896
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 897
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 896
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 897
pdbx poly seq scheme.pdb strand id: N

A,1,G,897
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,897
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 897
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 898
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 897
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 898
pdbx poly seq scheme.pdb strand id: N

A,1,C,898
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,898
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 898
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 899
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 898
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 899
pdbx poly seq scheme.pdb strand id: N

A,1,A,899
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,899
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 899
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 900
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 899
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 900
pdbx poly seq scheme.pdb strand id: N

A,1,A,900
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,900
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 900
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 901
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 900
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 901
pdbx poly seq scheme.pdb strand id: N

A,1,G,901
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,901
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 901
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 902
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 901
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 902
pdbx poly seq scheme.pdb strand id: N

A,1,G,902
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,902
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 902
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 903
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 902
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 903
pdbx poly seq scheme.pdb strand id: N

A,1,U,903
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,903
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 903
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 904
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 903
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 904
pdbx poly seq scheme.pdb strand id: N

A,1,U,904
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,904
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 904
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 905
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 904
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 905
pdbx poly seq scheme.pdb strand id: N

A,1,A,905
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,905
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 905
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 906
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 905
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 906
pdbx poly seq scheme.pdb strand id: N

A,1,A,906
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,906
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 906
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 907
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 906
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 907
pdbx poly seq scheme.pdb strand id: N

A,1,A,907
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,907
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 907
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 908
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 907
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 908
pdbx poly seq scheme.pdb strand id: N

A,1,A,908
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,908
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 908
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 909
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 908
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 909
pdbx poly seq scheme.pdb strand id: N

A,1,C,909
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,909
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 909
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 910
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 909
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 910
pdbx poly seq scheme.pdb strand id: N

A,1,U,910
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,910
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 910
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 911
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 910
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 911
pdbx poly seq scheme.pdb strand id: N

A,1,C,911
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,911
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 911
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 912
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 911
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 912
pdbx poly seq scheme.pdb strand id: N

A,1,A,912
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,912
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 912
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 913
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 912
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 913
pdbx poly seq scheme.pdb strand id: N

A,1,A,913
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,913
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 913
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 914
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 913
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 914
pdbx poly seq scheme.pdb strand id: N

A,1,A,914
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,914
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 914
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 915
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 914
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 915
pdbx poly seq scheme.pdb strand id: N

A,1,U,915
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,915
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 915
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 916
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 915
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 916
pdbx poly seq scheme.pdb strand id: N

A,1,G,916
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,916
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 916
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 917
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 916
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 917
pdbx poly seq scheme.pdb strand id: N

A,1,A,917
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,917
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 917
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 918
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 917
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 918
pdbx poly seq scheme.pdb strand id: N

A,1,A,918
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,918
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 918
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 919
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 918
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 919
pdbx poly seq scheme.pdb strand id: N

A,1,U,919
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,919
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 919
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 920
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 919
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 920
pdbx poly seq scheme.pdb strand id: N

A,1,U,920
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,920
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 920
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 921
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 920
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 921
pdbx poly seq scheme.pdb strand id: N

A,1,G,921
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,921
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 921
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 922
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 921
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 922
pdbx poly seq scheme.pdb strand id: N

A,1,A,922
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,922
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 922
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 923
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 922
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 923
pdbx poly seq scheme.pdb strand id: N

A,1,C,923
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,923
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 923
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 924
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 923
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 924
pdbx poly seq scheme.pdb strand id: N

A,1,G,924
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,924
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 924
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 925
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 924
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 925
pdbx poly seq scheme.pdb strand id: N

A,1,G,925
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,925
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 925
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 926
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 925
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 926
pdbx poly seq scheme.pdb strand id: N

A,1,G,926
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,926
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 926
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 927
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 926
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 927
pdbx poly seq scheme.pdb strand id: N

A,1,G,927
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,927
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 927
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 928
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 927
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 928
pdbx poly seq scheme.pdb strand id: N

A,1,G,928
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,928
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 928
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 929
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 928
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 929
pdbx poly seq scheme.pdb strand id: N

A,1,C,929
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,929
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 929
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 930
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 929
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 930
pdbx poly seq scheme.pdb strand id: N

A,1,C,930
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,930
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 930
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 931
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 930
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 931
pdbx poly seq scheme.pdb strand id: N

A,1,C,931
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,931
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 931
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 932
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 931
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 932
pdbx poly seq scheme.pdb strand id: N

A,1,G,932
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,932
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 932
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 933
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 932
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 933
pdbx poly seq scheme.pdb strand id: N

A,1,C,933
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,933
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 933
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 934
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 933
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 934
pdbx poly seq scheme.pdb strand id: N

A,1,A,934
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,934
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 934
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 935
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 934
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 935
pdbx poly seq scheme.pdb strand id: N

A,1,C,935
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,935
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 935
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 936
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 935
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 936
pdbx poly seq scheme.pdb strand id: N

A,1,A,936
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,936
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 936
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 937
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 936
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 937
pdbx poly seq scheme.pdb strand id: N

A,1,A,937
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,937
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 937
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 938
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 937
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 938
pdbx poly seq scheme.pdb strand id: N

A,1,G,938
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,938
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 938
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 939
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 938
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 939
pdbx poly seq scheme.pdb strand id: N

A,1,C,939
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,939
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 939
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 940
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 939
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 940
pdbx poly seq scheme.pdb strand id: N

A,1,G,940
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,940
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 940
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 941
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 940
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 941
pdbx poly seq scheme.pdb strand id: N

A,1,G,941
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,941
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 941
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 942
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 941
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 942
pdbx poly seq scheme.pdb strand id: N

A,1,U,942
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,942
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 942
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 943
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 942
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 943
pdbx poly seq scheme.pdb strand id: N

A,1,G,943
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,943
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 943
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 944
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 943
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 944
pdbx poly seq scheme.pdb strand id: N

A,1,G,944
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,944
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 944
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 945
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 944
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 945
pdbx poly seq scheme.pdb strand id: N

A,1,A,945
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,945
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 945
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 946
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 945
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 946
pdbx poly seq scheme.pdb strand id: N

A,1,G,946
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,946
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 946
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 947
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 946
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 947
pdbx poly seq scheme.pdb strand id: N

A,1,C,947
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,947
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 947
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 948
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 947
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 948
pdbx poly seq scheme.pdb strand id: N

A,1,A,948
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,948
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 948
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 949
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 948
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 949
pdbx poly seq scheme.pdb strand id: N

A,1,U,949
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,949
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 949
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 950
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 949
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 950
pdbx poly seq scheme.pdb strand id: N

A,1,G,950
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,950
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 950
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 951
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 950
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 951
pdbx poly seq scheme.pdb strand id: N

A,1,U,951
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,951
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 951
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 952
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 951
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 952
pdbx poly seq scheme.pdb strand id: N

A,1,G,952
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,952
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 952
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 953
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 952
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 953
pdbx poly seq scheme.pdb strand id: N

A,1,G,953
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,953
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 953
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 954
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 953
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 954
pdbx poly seq scheme.pdb strand id: N

A,1,U,954
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,954
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 954
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 955
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 954
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 955
pdbx poly seq scheme.pdb strand id: N

A,1,U,955
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,955
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 955
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 956
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 955
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 956
pdbx poly seq scheme.pdb strand id: N

A,1,U,956
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,956
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 956
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 957
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 956
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 957
pdbx poly seq scheme.pdb strand id: N

A,1,A,957
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,957
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 957
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 958
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 957
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 958
pdbx poly seq scheme.pdb strand id: N

A,1,A,958
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,958
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 958
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 959
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 958
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 959
pdbx poly seq scheme.pdb strand id: N

A,1,U,959
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,959
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 959
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 960
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 959
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 960
pdbx poly seq scheme.pdb strand id: N

A,1,U,960
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,960
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 960
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 961
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 960
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 961
pdbx poly seq scheme.pdb strand id: N

A,1,C,961
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,961
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 961
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 962
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 961
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 962
pdbx poly seq scheme.pdb strand id: N

A,1,G,962
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,962
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 962
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 963
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 962
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 963
pdbx poly seq scheme.pdb strand id: N

A,1,A,963
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,963
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 963
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 964
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 963
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 964
pdbx poly seq scheme.pdb strand id: N

A,1,U,964
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,964
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 964
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 965
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 964
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 965
pdbx poly seq scheme.pdb strand id: N

A,1,G,965
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,965
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 965
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 966
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 965
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 966
pdbx poly seq scheme.pdb strand id: N

A,1,C,966
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,966
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 966
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 967
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 966
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 967
pdbx poly seq scheme.pdb strand id: N

A,1,A,967
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,967
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 967
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 968
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 967
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 968
pdbx poly seq scheme.pdb strand id: N

A,1,A,968
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,968
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 968
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 969
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 968
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 969
pdbx poly seq scheme.pdb strand id: N

A,1,C,969
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,969
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 969
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 970
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 969
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 970
pdbx poly seq scheme.pdb strand id: N

A,1,G,970
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,970
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 970
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 971
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 970
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 971
pdbx poly seq scheme.pdb strand id: N

A,1,C,971
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,971
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 971
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 972
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 971
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 972
pdbx poly seq scheme.pdb strand id: N

A,1,G,972
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,972
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 972
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 973
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 972
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 973
pdbx poly seq scheme.pdb strand id: N

A,1,A,973
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,973
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 973
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 974
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 973
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 974
pdbx poly seq scheme.pdb strand id: N

A,1,A,974
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,974
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 974
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 975
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 974
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 975
pdbx poly seq scheme.pdb strand id: N

A,1,G,975
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,975
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 975
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 976
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 975
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 976
pdbx poly seq scheme.pdb strand id: N

A,1,A,976
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,976
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 976
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 977
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 976
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 977
pdbx poly seq scheme.pdb strand id: N

A,1,A,977
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,977
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 977
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 978
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 977
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 978
pdbx poly seq scheme.pdb strand id: N

A,1,C,978
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,978
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 978
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 979
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 978
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 979
pdbx poly seq scheme.pdb strand id: N

A,1,C,979
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,979
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 979
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 980
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 979
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 980
pdbx poly seq scheme.pdb strand id: N

A,1,U,980
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,980
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 980
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 981
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 980
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 981
pdbx poly seq scheme.pdb strand id: N

A,1,U,981
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,981
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 981
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 982
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 981
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 982
pdbx poly seq scheme.pdb strand id: N

A,1,A,982
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,982
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 982
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 983
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 982
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 983
pdbx poly seq scheme.pdb strand id: N

A,1,C,983
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,983
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 983
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 984
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 983
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 984
pdbx poly seq scheme.pdb strand id: N

A,1,C,984
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,984
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 984
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 985
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 984
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 985
pdbx poly seq scheme.pdb strand id: N

A,1,U,985
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,985
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 985
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 986
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 985
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 986
pdbx poly seq scheme.pdb strand id: N

A,1,G,986
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,986
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 986
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 987
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 986
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 987
pdbx poly seq scheme.pdb strand id: N

A,1,G,987
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,987
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 987
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 988
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 987
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 988
pdbx poly seq scheme.pdb strand id: N

A,1,U,988
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,988
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 988
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 989
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 988
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 989
pdbx poly seq scheme.pdb strand id: N

A,1,C,989
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,989
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 989
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 990
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 989
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 990
pdbx poly seq scheme.pdb strand id: N

A,1,U,990
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,990
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 990
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 991
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 990
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 991
pdbx poly seq scheme.pdb strand id: N

A,1,U,991
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,991
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 991
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 992
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 991
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 992
pdbx poly seq scheme.pdb strand id: N

A,1,G,992
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,992
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 992
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 993
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 992
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 993
pdbx poly seq scheme.pdb strand id: N

A,1,A,993
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,993
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 993
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 994
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 993
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 994
pdbx poly seq scheme.pdb strand id: N

A,1,C,994
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,994
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 994
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 995
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 994
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 995
pdbx poly seq scheme.pdb strand id: N

A,1,A,995
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,995
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 995
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 996
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 995
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 996
pdbx poly seq scheme.pdb strand id: N

A,1,U,996
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,996
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 996
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 997
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 996
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 997
pdbx poly seq scheme.pdb strand id: N

A,1,C,997
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,997
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 997
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 998
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 997
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 998
pdbx poly seq scheme.pdb strand id: N

A,1,C,998
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,998
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 998
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 999
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 998
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 999
pdbx poly seq scheme.pdb strand id: N

A,1,A,999
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,999
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 999
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1000
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 999
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1000
pdbx poly seq scheme.pdb strand id: N

A,1,C,1000
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1000
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1000
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1001
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1000
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1001
pdbx poly seq scheme.pdb strand id: N

A,1,G,1001
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1001
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1001
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1002
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1001
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1002
pdbx poly seq scheme.pdb strand id: N

A,1,G,1002
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1002
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1002
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1003
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1002
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1003
pdbx poly seq scheme.pdb strand id: N

A,1,A,1003
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1003
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1003
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1004
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1003
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1004
pdbx poly seq scheme.pdb strand id: N

A,1,A,1004
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1004
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1004
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1005
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1004
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1005
pdbx poly seq scheme.pdb strand id: N

A,1,G,1005
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1005
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1005
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1006
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1005
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1006
pdbx poly seq scheme.pdb strand id: N

A,1,U,1006
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1006
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1006
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1007
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1006
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1007
pdbx poly seq scheme.pdb strand id: N

A,1,U,1007
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1007
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1007
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1008
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1007
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1008
pdbx poly seq scheme.pdb strand id: N

A,1,U,1008
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1008
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1008
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1009
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1008
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1009
pdbx poly seq scheme.pdb strand id: N

A,1,U,1009
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1009
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1009
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1010
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1009
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1010
pdbx poly seq scheme.pdb strand id: N

A,1,C,1010
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1010
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1010
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1011
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1010
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1011
pdbx poly seq scheme.pdb strand id: N

A,1,A,1011
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1011
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1011
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1012
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1011
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1012
pdbx poly seq scheme.pdb strand id: N

A,1,G,1012
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1012
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1012
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1013
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1012
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1013
pdbx poly seq scheme.pdb strand id: N

A,1,A,1013
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1013
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1013
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1014
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1013
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1014
pdbx poly seq scheme.pdb strand id: N

A,1,G,1014
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1014
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1014
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1015
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1014
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1015
pdbx poly seq scheme.pdb strand id: N

A,1,A,1015
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1015
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1015
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1016
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1015
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1016
pdbx poly seq scheme.pdb strand id: N

A,1,U,1016
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1016
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1016
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1017
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1016
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1017
pdbx poly seq scheme.pdb strand id: N

A,1,G,1017
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1017
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1017
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1018
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1017
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1018
pdbx poly seq scheme.pdb strand id: N

A,1,A,1018
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1018
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1018
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1019
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1018
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1019
pdbx poly seq scheme.pdb strand id: N

A,1,G,1019
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1019
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1019
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1020
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1019
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1020
pdbx poly seq scheme.pdb strand id: N

A,1,A,1020
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1020
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1020
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1021
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1020
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1021
pdbx poly seq scheme.pdb strand id: N

A,1,A,1021
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1021
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1021
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1022
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1021
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1022
pdbx poly seq scheme.pdb strand id: N

A,1,U,1022
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1022
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1022
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1023
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1022
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1023
pdbx poly seq scheme.pdb strand id: N

A,1,G,1023
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1023
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1023
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1024
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1023
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1024
pdbx poly seq scheme.pdb strand id: N

A,1,U,1024
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1024
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1024
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1025
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1024
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1025
pdbx poly seq scheme.pdb strand id: N

A,1,G,1025
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1025
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1025
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1026
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1025
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1026
pdbx poly seq scheme.pdb strand id: N

A,1,C,1026
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1026
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1026
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1027
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1026
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1027
pdbx poly seq scheme.pdb strand id: N

A,1,C,1027
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1027
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1027
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1028
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1027
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1028
pdbx poly seq scheme.pdb strand id: N

A,1,U,1028
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1028
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1028
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1029
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1028
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1029
pdbx poly seq scheme.pdb strand id: N

A,1,U,1029
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1029
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1029
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1030
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1029
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1030
pdbx poly seq scheme.pdb strand id: N

A,1,C,1030
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1030
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1030
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1031
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1030
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1031
pdbx poly seq scheme.pdb strand id: N

A,1,G,1031
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1031
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1031
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1032
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1031
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1032
pdbx poly seq scheme.pdb strand id: N

A,1,G,1032
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1032
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1032
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1033
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1032
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1033
pdbx poly seq scheme.pdb strand id: N

A,1,G,1033
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1033
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1033
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1034
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1033
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1034
pdbx poly seq scheme.pdb strand id: N

A,1,A,1034
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1034
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1034
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1035
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1034
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1035
pdbx poly seq scheme.pdb strand id: N

A,1,A,1035
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1035
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1035
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1036
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1035
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1036
pdbx poly seq scheme.pdb strand id: N

A,1,C,1036
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1036
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1036
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1037
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1036
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1037
pdbx poly seq scheme.pdb strand id: N

A,1,C,1037
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1037
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1037
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1038
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1037
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1038
pdbx poly seq scheme.pdb strand id: N

A,1,G,1038
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1038
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1038
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1039
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1038
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1039
pdbx poly seq scheme.pdb strand id: N

A,1,U,1039
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1039
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1039
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1040
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1039
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1040
pdbx poly seq scheme.pdb strand id: N

A,1,G,1040
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1040
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1040
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1041
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1040
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1041
pdbx poly seq scheme.pdb strand id: N

A,1,A,1041
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1041
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1041
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1042
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1041
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1042
pdbx poly seq scheme.pdb strand id: N

A,1,G,1042
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1042
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1042
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1043
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1042
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1043
pdbx poly seq scheme.pdb strand id: N

A,1,A,1043
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1043
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1043
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1044
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1043
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1044
pdbx poly seq scheme.pdb strand id: N

A,1,C,1044
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1044
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1044
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1045
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1044
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1045
pdbx poly seq scheme.pdb strand id: N

A,1,A,1045
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1045
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1045
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1046
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1045
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1046
pdbx poly seq scheme.pdb strand id: N

A,1,G,1046
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1046
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1046
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1047
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1046
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1047
pdbx poly seq scheme.pdb strand id: N

A,1,G,1047
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1047
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1047
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1048
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1047
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1048
pdbx poly seq scheme.pdb strand id: N

A,1,U,1048
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1048
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1048
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1049
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1048
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1049
pdbx poly seq scheme.pdb strand id: N

A,1,G,1049
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1049
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1049
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1050
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1049
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1050
pdbx poly seq scheme.pdb strand id: N

A,1,C,1050
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1050
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1050
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1051
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1050
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1051
pdbx poly seq scheme.pdb strand id: N

A,1,U,1051
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1051
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1051
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1052
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1051
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1052
pdbx poly seq scheme.pdb strand id: N

A,1,G,1052
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1052
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1052
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1053
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1052
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1053
pdbx poly seq scheme.pdb strand id: N

A,1,C,1053
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1053
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1053
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1054
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1053
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1054
pdbx poly seq scheme.pdb strand id: N

A,1,A,1054
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1054
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1054
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1055
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1054
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1055
pdbx poly seq scheme.pdb strand id: N

A,1,U,1055
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1055
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1055
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1056
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1055
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1056
pdbx poly seq scheme.pdb strand id: N

A,1,G,1056
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1056
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1056
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1057
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1056
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1057
pdbx poly seq scheme.pdb strand id: N

A,1,G,1057
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1057
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1057
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1058
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1057
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1058
pdbx poly seq scheme.pdb strand id: N

A,1,C,1058
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1058
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1058
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1059
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1058
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1059
pdbx poly seq scheme.pdb strand id: N

A,1,U,1059
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1059
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1059
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1060
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1059
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1060
pdbx poly seq scheme.pdb strand id: N

A,1,G,1060
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1060
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1060
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1061
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1060
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1061
pdbx poly seq scheme.pdb strand id: N

A,1,U,1061
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1061
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1061
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1062
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1061
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1062
pdbx poly seq scheme.pdb strand id: N

A,1,C,1062
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1062
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1062
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1063
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1062
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1063
pdbx poly seq scheme.pdb strand id: N

A,1,G,1063
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1063
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1063
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1064
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1063
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1064
pdbx poly seq scheme.pdb strand id: N

A,1,U,1064
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1064
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1064
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1065
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1064
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1065
pdbx poly seq scheme.pdb strand id: N

A,1,C,1065
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1065
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1065
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1066
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1065
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1066
pdbx poly seq scheme.pdb strand id: N

A,1,A,1066
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1066
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1066
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1067
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1066
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1067
pdbx poly seq scheme.pdb strand id: N

A,1,G,1067
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1067
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1067
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1068
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1067
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1068
pdbx poly seq scheme.pdb strand id: N

A,1,C,1068
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1068
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1068
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1069
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1068
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1069
pdbx poly seq scheme.pdb strand id: N

A,1,U,1069
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1069
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1069
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1070
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1069
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1070
pdbx poly seq scheme.pdb strand id: N

A,1,C,1070
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1070
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1070
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1071
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1070
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1071
pdbx poly seq scheme.pdb strand id: N

A,1,G,1071
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1071
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1071
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1072
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1071
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1072
pdbx poly seq scheme.pdb strand id: N

A,1,U,1072
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1072
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1072
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1073
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1072
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1073
pdbx poly seq scheme.pdb strand id: N

A,1,G,1073
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1073
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1073
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1074
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1073
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1074
pdbx poly seq scheme.pdb strand id: N

A,1,U,1074
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1074
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1074
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1075
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1074
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1075
pdbx poly seq scheme.pdb strand id: N

A,1,U,1075
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1075
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1075
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1076
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1075
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1076
pdbx poly seq scheme.pdb strand id: N

A,1,G,1076
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1076
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1076
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1077
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1076
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1077
pdbx poly seq scheme.pdb strand id: N

A,1,U,1077
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1077
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1077
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1078
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1077
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1078
pdbx poly seq scheme.pdb strand id: N

A,1,G,1078
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1078
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1078
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1079
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1078
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1079
pdbx poly seq scheme.pdb strand id: N

A,1,A,1079
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1079
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1079
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1080
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1079
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1080
pdbx poly seq scheme.pdb strand id: N

A,1,A,1080
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1080
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1080
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1081
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1080
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1081
pdbx poly seq scheme.pdb strand id: N

A,1,A,1081
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1081
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1081
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1082
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1081
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1082
pdbx poly seq scheme.pdb strand id: N

A,1,U,1082
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1082
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1082
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1083
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1082
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1083
pdbx poly seq scheme.pdb strand id: N

A,1,G,1083
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1083
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1083
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1084
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1083
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1084
pdbx poly seq scheme.pdb strand id: N

A,1,U,1084
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1084
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1084
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1085
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1084
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1085
pdbx poly seq scheme.pdb strand id: N

A,1,U,1085
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1085
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1085
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1086
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1085
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1086
pdbx poly seq scheme.pdb strand id: N

A,1,G,1086
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1086
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1086
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1087
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1086
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1087
pdbx poly seq scheme.pdb strand id: N

A,1,G,1087
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1087
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1087
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1088
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1087
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1088
pdbx poly seq scheme.pdb strand id: N

A,1,G,1088
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1088
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1088
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1089
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1088
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1089
pdbx poly seq scheme.pdb strand id: N

A,1,U,1089
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1089
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1089
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1090
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1089
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1090
pdbx poly seq scheme.pdb strand id: N

A,1,U,1090
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1090
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1090
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1091
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1090
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1091
pdbx poly seq scheme.pdb strand id: N

A,1,A,1091
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1091
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1091
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1092
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1091
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1092
pdbx poly seq scheme.pdb strand id: N

A,1,A,1092
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1092
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1092
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1093
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1092
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1093
pdbx poly seq scheme.pdb strand id: N

A,1,G,1093
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1093
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1093
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1094
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1093
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1094
pdbx poly seq scheme.pdb strand id: N

A,1,U,1094
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1094
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1094
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1095
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1094
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1095
pdbx poly seq scheme.pdb strand id: N

A,1,C,1095
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1095
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1095
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1096
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1095
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1096
pdbx poly seq scheme.pdb strand id: N

A,1,C,1096
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1096
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1096
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1097
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1096
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1097
pdbx poly seq scheme.pdb strand id: N

A,1,C,1097
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1097
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1097
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1098
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1097
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1098
pdbx poly seq scheme.pdb strand id: N

A,1,G,1098
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1098
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1098
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1099
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1098
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1099
pdbx poly seq scheme.pdb strand id: N

A,1,C,1099
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1099
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1099
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1100
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1099
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1100
pdbx poly seq scheme.pdb strand id: N

A,1,A,1100
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1100
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1100
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1101
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1100
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1101
pdbx poly seq scheme.pdb strand id: N

A,1,A,1101
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1101
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1101
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1102
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1101
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1102
pdbx poly seq scheme.pdb strand id: N

A,1,C,1102
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1102
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1102
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1103
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1102
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1103
pdbx poly seq scheme.pdb strand id: N

A,1,G,1103
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1103
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1103
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1104
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1103
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1104
pdbx poly seq scheme.pdb strand id: N

A,1,A,1104
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1104
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1104
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1105
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1104
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1105
pdbx poly seq scheme.pdb strand id: N

A,1,G,1105
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1105
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1105
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1106
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1105
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1106
pdbx poly seq scheme.pdb strand id: N

A,1,C,1106
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1106
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1106
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1107
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1106
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1107
pdbx poly seq scheme.pdb strand id: N

A,1,G,1107
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1107
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1107
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1108
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1107
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1108
pdbx poly seq scheme.pdb strand id: N

A,1,C,1108
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1108
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1108
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1109
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1108
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1109
pdbx poly seq scheme.pdb strand id: N

A,1,A,1109
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1109
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1109
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1110
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1109
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1110
pdbx poly seq scheme.pdb strand id: N

A,1,A,1110
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1110
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1110
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1111
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1110
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1111
pdbx poly seq scheme.pdb strand id: N

A,1,C,1111
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1111
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1111
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1112
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1111
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1112
pdbx poly seq scheme.pdb strand id: N

A,1,C,1112
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1112
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1112
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1113
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1112
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1113
pdbx poly seq scheme.pdb strand id: N

A,1,C,1113
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1113
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1113
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1114
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1113
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1114
pdbx poly seq scheme.pdb strand id: N

A,1,U,1114
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1114
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1114
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1115
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1114
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1115
pdbx poly seq scheme.pdb strand id: N

A,1,U,1115
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1115
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1115
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1116
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1115
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1116
pdbx poly seq scheme.pdb strand id: N

A,1,A,1116
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1116
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1116
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1117
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1116
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1117
pdbx poly seq scheme.pdb strand id: N

A,1,U,1117
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1117
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1117
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1118
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1117
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1118
pdbx poly seq scheme.pdb strand id: N

A,1,C,1118
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1118
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1118
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1119
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1118
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1119
pdbx poly seq scheme.pdb strand id: N

A,1,C,1119
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1119
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1119
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1120
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1119
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1120
pdbx poly seq scheme.pdb strand id: N

A,1,U,1120
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1120
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1120
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1121
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1120
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1121
pdbx poly seq scheme.pdb strand id: N

A,1,U,1121
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1121
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1121
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1122
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1121
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1122
pdbx poly seq scheme.pdb strand id: N

A,1,U,1122
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1122
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1122
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1123
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1122
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1123
pdbx poly seq scheme.pdb strand id: N

A,1,G,1123
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1123
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1123
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1124
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1123
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1124
pdbx poly seq scheme.pdb strand id: N

A,1,U,1124
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1124
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1124
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1125
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1124
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1125
pdbx poly seq scheme.pdb strand id: N

A,1,U,1125
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1125
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1125
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1126
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1125
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1126
pdbx poly seq scheme.pdb strand id: N

A,1,G,1126
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1126
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1126
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1127
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1126
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1127
pdbx poly seq scheme.pdb strand id: N

A,1,C,1127
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1127
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1127
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1128
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1127
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1128
pdbx poly seq scheme.pdb strand id: N

A,1,C,1128
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1128
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1128
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1129
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1128
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1129
pdbx poly seq scheme.pdb strand id: N

A,1,A,1129
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1129
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1129
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1130
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1129
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1130
pdbx poly seq scheme.pdb strand id: N

A,1,G,1130
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1130
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1130
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1131
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1130
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1131
pdbx poly seq scheme.pdb strand id: N

A,1,C,1131
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1131
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1131
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1132
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1131
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1132
pdbx poly seq scheme.pdb strand id: N

A,1,G,1132
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1132
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1132
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1133
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1132
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1133
pdbx poly seq scheme.pdb strand id: N

A,1,G,1133
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1133
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1133
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1134
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1133
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1134
pdbx poly seq scheme.pdb strand id: N

A,1,U,1134
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1134
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1134
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1135
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1134
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1135
pdbx poly seq scheme.pdb strand id: N

A,1,C,1135
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1135
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1135
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1136
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1135
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1136
pdbx poly seq scheme.pdb strand id: N

A,1,C,1136
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1136
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1136
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1137
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1136
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1137
pdbx poly seq scheme.pdb strand id: N

A,1,G,1137
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1137
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1137
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1138
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1137
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1138
pdbx poly seq scheme.pdb strand id: N

A,1,G,1138
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1138
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1138
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1139
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1138
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1139
pdbx poly seq scheme.pdb strand id: N

A,1,C,1139
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1139
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1139
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1140
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1139
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1140
pdbx poly seq scheme.pdb strand id: N

A,1,C,1140
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1140
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1140
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1141
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1140
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1141
pdbx poly seq scheme.pdb strand id: N

A,1,G,1141
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1141
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1141
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1142
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1141
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1142
pdbx poly seq scheme.pdb strand id: N

A,1,G,1142
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1142
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1142
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1143
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1142
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1143
pdbx poly seq scheme.pdb strand id: N

A,1,G,1143
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1143
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1143
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1144
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1143
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1144
pdbx poly seq scheme.pdb strand id: N

A,1,A,1144
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1144
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1144
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1145
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1144
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1145
pdbx poly seq scheme.pdb strand id: N

A,1,A,1145
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1145
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1145
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1146
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1145
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1146
pdbx poly seq scheme.pdb strand id: N

A,1,C,1146
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1146
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1146
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1147
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1146
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1147
pdbx poly seq scheme.pdb strand id: N

A,1,U,1147
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1147
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1147
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1148
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1147
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1148
pdbx poly seq scheme.pdb strand id: N

A,1,C,1148
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1148
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1148
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1149
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1148
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1149
pdbx poly seq scheme.pdb strand id: N

A,1,A,1149
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1149
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1149
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1150
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1149
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1150
pdbx poly seq scheme.pdb strand id: N

A,1,A,1150
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1150
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1150
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1151
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1150
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1151
pdbx poly seq scheme.pdb strand id: N

A,1,A,1151
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1151
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1151
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1152
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1151
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1152
pdbx poly seq scheme.pdb strand id: N

A,1,G,1152
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1152
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1152
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1153
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1152
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1153
pdbx poly seq scheme.pdb strand id: N

A,1,G,1153
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1153
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1153
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1154
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1153
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1154
pdbx poly seq scheme.pdb strand id: N

A,1,A,1154
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1154
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1154
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1155
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1154
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1155
pdbx poly seq scheme.pdb strand id: N

A,1,G,1155
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1155
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1155
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1156
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1155
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1156
pdbx poly seq scheme.pdb strand id: N

A,1,A,1156
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1156
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1156
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1157
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1156
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1157
pdbx poly seq scheme.pdb strand id: N

A,1,C,1157
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1157
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1157
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1158
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1157
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1158
pdbx poly seq scheme.pdb strand id: N

A,1,U,1158
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1158
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1158
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1159
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1158
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1159
pdbx poly seq scheme.pdb strand id: N

A,1,G,1159
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1159
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1159
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1160
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1159
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1160
pdbx poly seq scheme.pdb strand id: N

A,1,C,1160
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1160
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1160
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1161
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1160
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1161
pdbx poly seq scheme.pdb strand id: N

A,1,C,1161
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1161
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1161
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1162
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1161
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1162
pdbx poly seq scheme.pdb strand id: N

A,1,A,1162
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1162
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1162
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1163
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1162
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1163
pdbx poly seq scheme.pdb strand id: N

A,1,G,1163
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1163
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1163
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1164
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1163
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1164
pdbx poly seq scheme.pdb strand id: N

A,1,U,1164
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1164
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1164
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1165
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1164
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1165
pdbx poly seq scheme.pdb strand id: N

A,1,G,1165
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1165
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1165
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1166
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1165
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1166
pdbx poly seq scheme.pdb strand id: N

A,1,A,1166
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1166
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1166
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1167
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1166
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1167
pdbx poly seq scheme.pdb strand id: N

A,1,U,1167
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1167
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1167
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1168
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1167
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1168
pdbx poly seq scheme.pdb strand id: N

A,1,A,1168
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1168
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1168
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1169
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1168
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1169
pdbx poly seq scheme.pdb strand id: N

A,1,A,1169
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1169
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1169
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1170
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1169
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1170
pdbx poly seq scheme.pdb strand id: N

A,1,A,1170
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1170
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1170
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1171
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1170
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1171
pdbx poly seq scheme.pdb strand id: N

A,1,C,1171
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1171
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1171
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1172
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1171
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1172
pdbx poly seq scheme.pdb strand id: N

A,1,U,1172
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1172
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1172
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1173
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1172
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1173
pdbx poly seq scheme.pdb strand id: N

A,1,G,1173
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1173
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1173
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1174
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1173
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1174
pdbx poly seq scheme.pdb strand id: N

A,1,G,1174
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1174
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1174
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1175
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1174
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1175
pdbx poly seq scheme.pdb strand id: N

A,1,A,1175
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1175
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1175
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1176
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1175
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1176
pdbx poly seq scheme.pdb strand id: N

A,1,G,1176
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1176
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1176
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1177
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1176
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1177
pdbx poly seq scheme.pdb strand id: N

A,1,G,1177
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1177
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1177
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1178
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1177
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1178
pdbx poly seq scheme.pdb strand id: N

A,1,A,1178
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1178
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1178
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1179
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1178
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1179
pdbx poly seq scheme.pdb strand id: N

A,1,A,1179
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1179
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1179
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1180
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1179
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1180
pdbx poly seq scheme.pdb strand id: N

A,1,G,1180
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1180
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1180
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1181
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1180
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1181
pdbx poly seq scheme.pdb strand id: N

A,1,G,1181
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1181
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1181
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1182
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1181
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1182
pdbx poly seq scheme.pdb strand id: N

A,1,U,1182
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1182
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1182
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1183
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1182
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1183
pdbx poly seq scheme.pdb strand id: N

A,1,G,1183
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1183
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1183
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1184
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1183
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1184
pdbx poly seq scheme.pdb strand id: N

A,1,G,1184
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1184
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1184
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1185
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1184
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1185
pdbx poly seq scheme.pdb strand id: N

A,1,G,1185
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1185
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1185
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1186
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1185
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1186
pdbx poly seq scheme.pdb strand id: N

A,1,G,1186
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1186
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1186
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1187
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1186
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1187
pdbx poly seq scheme.pdb strand id: N

A,1,A,1187
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1187
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1187
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1188
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1187
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1188
pdbx poly seq scheme.pdb strand id: N

A,1,U,1188
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1188
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1188
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1189
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1188
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1189
pdbx poly seq scheme.pdb strand id: N

A,1,G,1189
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1189
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1189
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1190
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1189
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1190
pdbx poly seq scheme.pdb strand id: N

A,1,A,1190
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1190
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1190
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1191
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1190
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1191
pdbx poly seq scheme.pdb strand id: N

A,1,C,1191
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1191
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1191
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1192
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1191
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1192
pdbx poly seq scheme.pdb strand id: N

A,1,G,1192
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1192
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1192
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1193
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1192
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1193
pdbx poly seq scheme.pdb strand id: N

A,1,U,1193
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1193
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1193
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1194
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1193
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1194
pdbx poly seq scheme.pdb strand id: N

A,1,C,1194
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1194
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1194
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1195
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1194
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1195
pdbx poly seq scheme.pdb strand id: N

A,1,A,1195
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1195
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1195
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1196
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1195
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1196
pdbx poly seq scheme.pdb strand id: N

A,1,A,1196
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1196
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1196
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1197
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1196
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1197
pdbx poly seq scheme.pdb strand id: N

A,1,G,1197
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1197
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1197
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1198
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1197
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1198
pdbx poly seq scheme.pdb strand id: N

A,1,U,1198
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1198
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1198
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1199
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1198
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1199
pdbx poly seq scheme.pdb strand id: N

A,1,C,1199
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1199
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1199
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1200
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1199
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1200
pdbx poly seq scheme.pdb strand id: N

A,1,A,1200
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1200
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1200
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1201
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1200
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1201
pdbx poly seq scheme.pdb strand id: N

A,1,U,1201
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1201
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1201
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1202
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1201
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1202
pdbx poly seq scheme.pdb strand id: N

A,1,C,1202
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1202
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1202
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1203
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1202
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1203
pdbx poly seq scheme.pdb strand id: N

A,1,A,1203
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1203
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1203
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1204
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1203
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1204
pdbx poly seq scheme.pdb strand id: N

A,1,U,1204
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1204
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1204
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1205
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1204
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1205
pdbx poly seq scheme.pdb strand id: N

A,1,G,1205
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1205
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1205
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1206
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1205
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1206
pdbx poly seq scheme.pdb strand id: N

A,1,G,1206
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1206
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1206
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1207
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1206
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1207
pdbx poly seq scheme.pdb strand id: N

A,1,C,1207
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1207
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1207
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1208
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1207
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1208
pdbx poly seq scheme.pdb strand id: N

A,1,C,1208
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1208
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1208
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1209
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1208
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1209
pdbx poly seq scheme.pdb strand id: N

A,1,C,1209
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1209
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1209
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1210
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1209
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1210
pdbx poly seq scheme.pdb strand id: N

A,1,U,1210
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1210
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1210
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1211
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1210
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1211
pdbx poly seq scheme.pdb strand id: N

A,1,U,1211
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1211
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1211
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1212
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1211
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1212
pdbx poly seq scheme.pdb strand id: N

A,1,A,1212
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1212
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1212
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1213
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1212
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1213
pdbx poly seq scheme.pdb strand id: N

A,1,C,1213
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1213
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1213
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1214
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1213
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1214
pdbx poly seq scheme.pdb strand id: N

A,1,G,1214
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1214
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1214
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1215
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1214
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1215
pdbx poly seq scheme.pdb strand id: N

A,1,A,1215
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1215
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1215
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1216
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1215
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1216
pdbx poly seq scheme.pdb strand id: N

A,1,C,1216
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1216
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1216
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1217
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1216
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1217
pdbx poly seq scheme.pdb strand id: N

A,1,C,1217
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1217
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1217
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1218
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1217
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1218
pdbx poly seq scheme.pdb strand id: N

A,1,A,1218
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1218
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1218
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1219
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1218
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1219
pdbx poly seq scheme.pdb strand id: N

A,1,G,1219
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1219
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1219
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1220
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1219
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1220
pdbx poly seq scheme.pdb strand id: N

A,1,G,1220
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1220
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1220
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1221
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1220
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1221
pdbx poly seq scheme.pdb strand id: N

A,1,G,1221
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1221
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1221
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1222
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1221
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1222
pdbx poly seq scheme.pdb strand id: N

A,1,C,1222
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1222
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1222
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1223
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1222
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1223
pdbx poly seq scheme.pdb strand id: N

A,1,U,1223
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1223
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1223
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1224
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1223
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1224
pdbx poly seq scheme.pdb strand id: N

A,1,A,1224
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1224
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1224
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1225
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1224
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1225
pdbx poly seq scheme.pdb strand id: N

A,1,C,1225
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1225
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1225
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1226
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1225
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1226
pdbx poly seq scheme.pdb strand id: N

A,1,A,1226
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1226
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1226
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1227
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1226
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1227
pdbx poly seq scheme.pdb strand id: N

A,1,C,1227
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1227
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1227
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1228
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1227
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1228
pdbx poly seq scheme.pdb strand id: N

A,1,A,1228
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1228
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1228
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1229
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1228
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1229
pdbx poly seq scheme.pdb strand id: N

A,1,C,1229
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1229
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1229
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1230
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1229
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1230
pdbx poly seq scheme.pdb strand id: N

A,1,G,1230
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1230
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1230
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1231
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1230
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1231
pdbx poly seq scheme.pdb strand id: N

A,1,U,1231
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1231
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1231
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1232
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1231
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1232
pdbx poly seq scheme.pdb strand id: N

A,1,G,1232
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1232
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1232
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1233
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1232
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1233
pdbx poly seq scheme.pdb strand id: N

A,1,C,1233
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1233
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1233
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1234
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1233
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1234
pdbx poly seq scheme.pdb strand id: N

A,1,U,1234
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1234
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1234
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1235
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1234
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1235
pdbx poly seq scheme.pdb strand id: N

A,1,A,1235
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1235
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1235
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1236
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1235
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1236
pdbx poly seq scheme.pdb strand id: N

A,1,C,1236
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1236
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1236
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1237
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1236
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1237
pdbx poly seq scheme.pdb strand id: N

A,1,A,1237
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1237
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1237
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1238
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1237
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1238
pdbx poly seq scheme.pdb strand id: N

A,1,A,1238
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1238
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1238
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1239
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1238
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1239
pdbx poly seq scheme.pdb strand id: N

A,1,U,1239
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1239
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1239
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1240
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1239
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1240
pdbx poly seq scheme.pdb strand id: N

A,1,G,1240
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1240
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1240
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1241
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1240
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1241
pdbx poly seq scheme.pdb strand id: N

A,1,G,1241
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1241
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1241
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1242
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1241
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1242
pdbx poly seq scheme.pdb strand id: N

A,1,C,1242
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1242
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1242
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1243
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1242
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1243
pdbx poly seq scheme.pdb strand id: N

A,1,G,1243
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1243
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1243
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1244
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1243
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1244
pdbx poly seq scheme.pdb strand id: N

A,1,C,1244
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1244
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1244
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1245
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1244
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1245
pdbx poly seq scheme.pdb strand id: N

A,1,A,1245
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1245
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1245
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1246
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1245
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1246
pdbx poly seq scheme.pdb strand id: N

A,1,U,1246
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1246
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1246
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1247
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1246
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1247
pdbx poly seq scheme.pdb strand id: N

A,1,A,1247
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1247
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1247
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1248
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1247
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1248
pdbx poly seq scheme.pdb strand id: N

A,1,C,1248
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1248
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1248
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1249
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1248
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1249
pdbx poly seq scheme.pdb strand id: N

A,1,A,1249
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1249
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1249
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1250
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1249
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1250
pdbx poly seq scheme.pdb strand id: N

A,1,A,1250
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1250
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1250
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1251
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1250
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1251
pdbx poly seq scheme.pdb strand id: N

A,1,A,1251
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1251
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1251
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1252
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1251
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1252
pdbx poly seq scheme.pdb strand id: N

A,1,G,1252
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1252
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1252
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1253
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1252
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1253
pdbx poly seq scheme.pdb strand id: N

A,1,A,1253
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1253
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1253
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1254
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1253
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1254
pdbx poly seq scheme.pdb strand id: N

A,1,G,1254
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1254
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1254
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1255
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1254
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1255
pdbx poly seq scheme.pdb strand id: N

A,1,A,1255
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1255
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1255
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1256
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1255
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1256
pdbx poly seq scheme.pdb strand id: N

A,1,A,1256
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1256
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1256
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1257
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1256
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1257
pdbx poly seq scheme.pdb strand id: N

A,1,G,1257
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1257
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1257
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1258
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1257
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1258
pdbx poly seq scheme.pdb strand id: N

A,1,C,1258
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1258
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1258
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1259
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1258
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1259
pdbx poly seq scheme.pdb strand id: N

A,1,G,1259
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1259
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1259
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1260
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1259
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1260
pdbx poly seq scheme.pdb strand id: N

A,1,A,1260
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1260
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1260
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1261
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1260
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1261
pdbx poly seq scheme.pdb strand id: N

A,1,C,1261
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1261
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1261
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1262
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1261
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1262
pdbx poly seq scheme.pdb strand id: N

A,1,C,1262
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1262
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1262
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1263
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1262
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1263
pdbx poly seq scheme.pdb strand id: N

A,1,U,1263
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1263
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1263
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1264
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1263
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1264
pdbx poly seq scheme.pdb strand id: N

A,1,C,1264
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1264
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1264
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1265
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1264
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1265
pdbx poly seq scheme.pdb strand id: N

A,1,G,1265
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1265
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1265
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1266
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1265
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1266
pdbx poly seq scheme.pdb strand id: N

A,1,C,1266
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1266
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1266
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1267
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1266
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1267
pdbx poly seq scheme.pdb strand id: N

A,1,G,1267
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1267
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1267
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1268
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1267
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1268
pdbx poly seq scheme.pdb strand id: N

A,1,A,1268
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1268
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1268
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1269
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1268
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1269
pdbx poly seq scheme.pdb strand id: N

A,1,G,1269
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1269
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1269
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1270
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1269
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1270
pdbx poly seq scheme.pdb strand id: N

A,1,A,1270
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1270
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1270
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1271
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1270
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1271
pdbx poly seq scheme.pdb strand id: N

A,1,G,1271
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1271
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1271
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1272
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1271
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1272
pdbx poly seq scheme.pdb strand id: N

A,1,C,1272
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1272
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1272
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1273
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1272
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1273
pdbx poly seq scheme.pdb strand id: N

A,1,A,1273
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1273
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1273
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1274
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1273
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1274
pdbx poly seq scheme.pdb strand id: N

A,1,A,1274
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1274
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1274
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1275
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1274
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1275
pdbx poly seq scheme.pdb strand id: N

A,1,G,1275
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1275
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1275
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1276
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1275
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1276
pdbx poly seq scheme.pdb strand id: N

A,1,C,1276
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1276
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1276
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1277
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1276
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1277
pdbx poly seq scheme.pdb strand id: N

A,1,G,1277
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1277
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1277
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1278
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1277
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1278
pdbx poly seq scheme.pdb strand id: N

A,1,G,1278
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1278
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1278
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1279
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1278
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1279
pdbx poly seq scheme.pdb strand id: N

A,1,A,1279
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1279
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1279
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1280
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1279
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1280
pdbx poly seq scheme.pdb strand id: N

A,1,C,1280
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1280
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1280
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1281
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1280
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1281
pdbx poly seq scheme.pdb strand id: N

A,1,C,1281
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1281
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1281
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1282
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1281
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1282
pdbx poly seq scheme.pdb strand id: N

A,1,U,1282
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1282
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1282
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1283
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1282
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1283
pdbx poly seq scheme.pdb strand id: N

A,1,C,1283
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1283
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1283
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1284
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1283
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1284
pdbx poly seq scheme.pdb strand id: N

A,1,A,1284
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1284
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1284
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1285
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1284
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1285
pdbx poly seq scheme.pdb strand id: N

A,1,U,1285
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1285
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1285
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1286
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1285
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1286
pdbx poly seq scheme.pdb strand id: N

A,1,A,1286
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1286
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1286
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1287
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1286
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1287
pdbx poly seq scheme.pdb strand id: N

A,1,A,1287
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1287
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1287
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1288
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1287
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1288
pdbx poly seq scheme.pdb strand id: N

A,1,A,1288
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1288
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1288
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1289
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1288
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1289
pdbx poly seq scheme.pdb strand id: N

A,1,G,1289
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1289
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1289
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1290
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1289
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1290
pdbx poly seq scheme.pdb strand id: N

A,1,U,1290
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1290
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1290
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1291
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1290
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1291
pdbx poly seq scheme.pdb strand id: N

A,1,G,1291
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1291
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1291
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1292
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1291
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1292
pdbx poly seq scheme.pdb strand id: N

A,1,C,1292
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1292
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1292
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1293
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1292
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1293
pdbx poly seq scheme.pdb strand id: N

A,1,G,1293
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1293
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1293
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1294
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1293
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1294
pdbx poly seq scheme.pdb strand id: N

A,1,U,1294
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1294
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1294
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1295
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1294
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1295
pdbx poly seq scheme.pdb strand id: N

A,1,C,1295
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1295
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1295
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1296
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1295
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1296
pdbx poly seq scheme.pdb strand id: N

A,1,G,1296
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1296
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1296
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1297
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1296
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1297
pdbx poly seq scheme.pdb strand id: N

A,1,U,1297
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1297
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1297
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1298
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1297
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1298
pdbx poly seq scheme.pdb strand id: N

A,1,A,1298
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1298
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1298
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1299
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1298
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1299
pdbx poly seq scheme.pdb strand id: N

A,1,G,1299
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1299
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1299
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1300
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1299
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1300
pdbx poly seq scheme.pdb strand id: N

A,1,U,1300
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1300
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1300
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1301
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1300
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1301
pdbx poly seq scheme.pdb strand id: N

A,1,C,1301
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1301
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1301
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1302
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1301
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1302
pdbx poly seq scheme.pdb strand id: N

A,1,C,1302
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1302
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1302
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1303
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1302
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1303
pdbx poly seq scheme.pdb strand id: N

A,1,G,1303
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1303
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1303
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1304
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1303
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1304
pdbx poly seq scheme.pdb strand id: N

A,1,G,1304
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1304
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1304
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1305
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1304
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1305
pdbx poly seq scheme.pdb strand id: N

A,1,A,1305
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1305
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1305
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1306
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1305
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1306
pdbx poly seq scheme.pdb strand id: N

A,1,U,1306
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1306
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1306
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1307
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1306
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1307
pdbx poly seq scheme.pdb strand id: N

A,1,U,1307
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1307
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1307
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1308
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1307
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1308
pdbx poly seq scheme.pdb strand id: N

A,1,G,1308
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1308
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1308
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1309
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1308
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1309
pdbx poly seq scheme.pdb strand id: N

A,1,G,1309
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1309
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1309
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1310
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1309
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1310
pdbx poly seq scheme.pdb strand id: N

A,1,A,1310
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1310
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1310
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1311
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1310
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1311
pdbx poly seq scheme.pdb strand id: N

A,1,G,1311
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1311
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1311
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1312
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1311
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1312
pdbx poly seq scheme.pdb strand id: N

A,1,U,1312
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1312
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1312
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1313
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1312
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1313
pdbx poly seq scheme.pdb strand id: N

A,1,C,1313
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1313
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1313
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1314
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1313
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1314
pdbx poly seq scheme.pdb strand id: N

A,1,U,1314
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1314
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1314
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1315
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1314
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1315
pdbx poly seq scheme.pdb strand id: N

A,1,G,1315
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1315
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1315
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1316
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1315
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1316
pdbx poly seq scheme.pdb strand id: N

A,1,C,1316
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1316
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1316
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1317
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1316
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1317
pdbx poly seq scheme.pdb strand id: N

A,1,A,1317
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1317
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1317
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1318
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1317
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1318
pdbx poly seq scheme.pdb strand id: N

A,1,A,1318
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1318
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1318
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1319
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1318
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1319
pdbx poly seq scheme.pdb strand id: N

A,1,C,1319
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1319
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1319
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1320
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1319
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1320
pdbx poly seq scheme.pdb strand id: N

A,1,U,1320
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1320
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1320
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1321
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1320
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1321
pdbx poly seq scheme.pdb strand id: N

A,1,C,1321
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1321
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1321
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1322
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1321
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1322
pdbx poly seq scheme.pdb strand id: N

A,1,G,1322
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1322
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1322
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1323
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1322
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1323
pdbx poly seq scheme.pdb strand id: N

A,1,A,1323
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1323
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1323
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1324
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1323
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1324
pdbx poly seq scheme.pdb strand id: N

A,1,C,1324
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1324
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1324
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1325
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1324
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1325
pdbx poly seq scheme.pdb strand id: N

A,1,U,1325
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1325
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1325
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1326
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1325
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1326
pdbx poly seq scheme.pdb strand id: N

A,1,C,1326
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1326
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1326
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1327
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1326
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1327
pdbx poly seq scheme.pdb strand id: N

A,1,C,1327
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1327
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1327
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1328
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1327
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1328
pdbx poly seq scheme.pdb strand id: N

A,1,A,1328
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1328
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1328
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1329
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1328
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1329
pdbx poly seq scheme.pdb strand id: N

A,1,U,1329
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1329
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1329
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1330
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1329
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1330
pdbx poly seq scheme.pdb strand id: N

A,1,G,1330
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1330
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1330
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1331
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1330
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1331
pdbx poly seq scheme.pdb strand id: N

A,1,A,1331
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1331
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1331
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1332
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1331
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1332
pdbx poly seq scheme.pdb strand id: N

A,1,A,1332
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1332
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1332
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1333
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1332
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1333
pdbx poly seq scheme.pdb strand id: N

A,1,G,1333
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1333
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1333
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1334
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1333
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1334
pdbx poly seq scheme.pdb strand id: N

A,1,U,1334
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1334
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1334
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1335
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1334
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1335
pdbx poly seq scheme.pdb strand id: N

A,1,C,1335
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1335
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1335
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1336
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1335
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1336
pdbx poly seq scheme.pdb strand id: N

A,1,G,1336
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1336
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1336
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1337
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1336
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1337
pdbx poly seq scheme.pdb strand id: N

A,1,G,1337
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1337
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1337
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1338
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1337
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1338
pdbx poly seq scheme.pdb strand id: N

A,1,A,1338
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1338
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1338
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1339
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1338
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1339
pdbx poly seq scheme.pdb strand id: N

A,1,A,1339
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1339
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1339
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1340
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1339
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1340
pdbx poly seq scheme.pdb strand id: N

A,1,U,1340
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1340
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1340
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1341
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1340
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1341
pdbx poly seq scheme.pdb strand id: N

A,1,C,1341
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1341
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1341
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1342
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1341
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1342
pdbx poly seq scheme.pdb strand id: N

A,1,G,1342
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1342
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1342
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1343
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1342
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1343
pdbx poly seq scheme.pdb strand id: N

A,1,C,1343
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1343
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1343
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1344
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1343
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1344
pdbx poly seq scheme.pdb strand id: N

A,1,U,1344
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1344
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1344
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1345
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1344
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1345
pdbx poly seq scheme.pdb strand id: N

A,1,A,1345
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1345
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1345
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1346
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1345
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1346
pdbx poly seq scheme.pdb strand id: N

A,1,G,1346
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1346
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1346
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1347
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1346
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1347
pdbx poly seq scheme.pdb strand id: N

A,1,U,1347
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1347
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1347
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1348
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1347
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1348
pdbx poly seq scheme.pdb strand id: N

A,1,A,1348
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1348
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1348
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1349
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1348
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1349
pdbx poly seq scheme.pdb strand id: N

A,1,A,1349
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1349
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1349
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1350
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1349
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1350
pdbx poly seq scheme.pdb strand id: N

A,1,U,1350
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1350
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1350
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1351
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1350
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1351
pdbx poly seq scheme.pdb strand id: N

A,1,C,1351
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1351
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1351
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1352
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1351
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1352
pdbx poly seq scheme.pdb strand id: N

A,1,G,1352
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1352
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1352
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1353
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1352
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1353
pdbx poly seq scheme.pdb strand id: N

A,1,U,1353
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1353
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1353
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1354
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1353
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1354
pdbx poly seq scheme.pdb strand id: N

A,1,G,1354
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1354
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1354
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1355
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1354
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1355
pdbx poly seq scheme.pdb strand id: N

A,1,G,1355
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1355
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1355
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1356
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1355
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1356
pdbx poly seq scheme.pdb strand id: N

A,1,A,1356
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1356
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1356
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1357
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1356
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1357
pdbx poly seq scheme.pdb strand id: N

A,1,U,1357
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1357
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1357
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1358
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1357
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1358
pdbx poly seq scheme.pdb strand id: N

A,1,C,1358
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1358
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1358
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1359
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1358
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1359
pdbx poly seq scheme.pdb strand id: N

A,1,A,1359
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1359
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1359
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1360
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1359
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1360
pdbx poly seq scheme.pdb strand id: N

A,1,G,1360
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1360
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1360
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1361
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1360
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1361
pdbx poly seq scheme.pdb strand id: N

A,1,A,1361
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1361
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1361
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1362
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1361
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1362
pdbx poly seq scheme.pdb strand id: N

A,1,A,1362
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1362
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1362
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1363
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1362
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1363
pdbx poly seq scheme.pdb strand id: N

A,1,U,1363
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1363
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1363
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1364
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1363
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1364
pdbx poly seq scheme.pdb strand id: N

A,1,G,1364
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1364
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1364
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1365
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1364
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1365
pdbx poly seq scheme.pdb strand id: N

A,1,C,1365
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1365
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1365
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1366
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1365
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1366
pdbx poly seq scheme.pdb strand id: N

A,1,C,1366
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1366
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1366
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1367
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1366
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1367
pdbx poly seq scheme.pdb strand id: N

A,1,A,1367
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1367
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1367
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1368
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1367
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1368
pdbx poly seq scheme.pdb strand id: N

A,1,C,1368
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1368
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1368
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1369
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1368
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1369
pdbx poly seq scheme.pdb strand id: N

A,1,G,1369
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1369
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1369
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1370
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1369
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1370
pdbx poly seq scheme.pdb strand id: N

A,1,G,1370
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1370
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1370
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1371
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1370
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1371
pdbx poly seq scheme.pdb strand id: N

A,1,U,1371
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1371
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1371
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1372
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1371
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1372
pdbx poly seq scheme.pdb strand id: N

A,1,G,1372
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1372
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1372
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1373
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1372
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1373
pdbx poly seq scheme.pdb strand id: N

A,1,A,1373
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1373
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1373
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1374
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1373
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1374
pdbx poly seq scheme.pdb strand id: N

A,1,A,1374
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1374
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1374
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1375
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1374
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1375
pdbx poly seq scheme.pdb strand id: N

A,1,U,1375
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1375
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1375
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1376
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1375
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1376
pdbx poly seq scheme.pdb strand id: N

A,1,A,1376
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1376
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1376
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1377
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1376
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1377
pdbx poly seq scheme.pdb strand id: N

A,1,C,1377
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1377
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1377
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1378
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1377
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1378
pdbx poly seq scheme.pdb strand id: N

A,1,G,1378
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1378
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1378
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1379
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1378
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1379
pdbx poly seq scheme.pdb strand id: N

A,1,U,1379
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1379
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1379
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1380
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1379
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1380
pdbx poly seq scheme.pdb strand id: N

A,1,U,1380
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1380
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1380
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1381
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1380
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1381
pdbx poly seq scheme.pdb strand id: N

A,1,C,1381
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1381
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1381
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1382
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1381
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1382
pdbx poly seq scheme.pdb strand id: N

A,1,C,1382
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1382
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1382
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1383
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1382
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1383
pdbx poly seq scheme.pdb strand id: N

A,1,C,1383
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1383
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1383
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1384
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1383
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1384
pdbx poly seq scheme.pdb strand id: N

A,1,G,1384
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1384
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1384
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1385
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1384
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1385
pdbx poly seq scheme.pdb strand id: N

A,1,G,1385
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1385
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1385
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1386
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1385
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1386
pdbx poly seq scheme.pdb strand id: N

A,1,G,1386
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1386
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1386
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1387
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1386
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1387
pdbx poly seq scheme.pdb strand id: N

A,1,C,1387
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1387
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1387
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1388
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1387
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1388
pdbx poly seq scheme.pdb strand id: N

A,1,C,1388
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1388
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1388
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1389
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1388
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1389
pdbx poly seq scheme.pdb strand id: N

A,1,U,1389
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1389
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1389
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1390
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1389
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1390
pdbx poly seq scheme.pdb strand id: N

A,1,U,1390
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1390
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1390
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1391
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1390
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1391
pdbx poly seq scheme.pdb strand id: N

A,1,G,1391
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1391
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1391
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1392
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1391
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1392
pdbx poly seq scheme.pdb strand id: N

A,1,U,1392
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1392
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1392
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1393
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1392
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1393
pdbx poly seq scheme.pdb strand id: N

A,1,A,1393
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1393
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1393
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1394
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1393
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1394
pdbx poly seq scheme.pdb strand id: N

A,1,C,1394
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1394
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1394
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1395
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1394
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1395
pdbx poly seq scheme.pdb strand id: N

A,1,A,1395
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1395
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1395
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1396
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1395
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1396
pdbx poly seq scheme.pdb strand id: N

A,1,C,1396
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1396
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1396
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1397
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1396
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1397
pdbx poly seq scheme.pdb strand id: N

A,1,A,1397
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1397
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1397
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1398
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1397
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1398
pdbx poly seq scheme.pdb strand id: N

A,1,C,1398
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1398
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1398
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1399
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1398
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1399
pdbx poly seq scheme.pdb strand id: N

A,1,C,1399
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1399
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1399
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1400
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1399
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1400
pdbx poly seq scheme.pdb strand id: N

A,1,G,1400
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1400
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1400
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1401
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1400
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1401
pdbx poly seq scheme.pdb strand id: N

A,1,C,1401
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1401
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1401
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1402
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1401
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1402
pdbx poly seq scheme.pdb strand id: N

A,1,C,1402
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1402
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1402
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1403
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1402
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1403
pdbx poly seq scheme.pdb strand id: N

A,1,C,1403
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1403
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1403
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1404
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1403
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1404
pdbx poly seq scheme.pdb strand id: N

A,1,G,1404
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1404
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1404
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1405
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1404
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1405
pdbx poly seq scheme.pdb strand id: N

A,1,U,1405
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1405
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1405
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1406
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1405
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1406
pdbx poly seq scheme.pdb strand id: N

A,1,C,1406
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1406
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1406
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1407
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1406
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1407
pdbx poly seq scheme.pdb strand id: N

A,1,A,1407
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1407
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1407
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1408
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1407
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1408
pdbx poly seq scheme.pdb strand id: N

A,1,C,1408
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1408
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1408
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1409
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1408
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1409
pdbx poly seq scheme.pdb strand id: N

A,1,A,1409
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1409
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1409
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1410
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1409
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1410
pdbx poly seq scheme.pdb strand id: N

A,1,C,1410
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1410
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1410
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1411
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1410
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1411
pdbx poly seq scheme.pdb strand id: N

A,1,C,1411
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1411
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1411
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1412
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1411
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1412
pdbx poly seq scheme.pdb strand id: N

A,1,A,1412
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1412
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1412
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1413
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1412
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1413
pdbx poly seq scheme.pdb strand id: N

A,1,U,1413
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1413
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1413
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1414
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1413
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1414
pdbx poly seq scheme.pdb strand id: N

A,1,G,1414
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1414
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1414
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1415
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1414
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1415
pdbx poly seq scheme.pdb strand id: N

A,1,G,1415
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1415
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1415
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1416
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1415
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1416
pdbx poly seq scheme.pdb strand id: N

A,1,G,1416
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1416
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1416
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1417
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1416
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1417
pdbx poly seq scheme.pdb strand id: N

A,1,A,1417
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1417
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1417
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1418
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1417
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1418
pdbx poly seq scheme.pdb strand id: N

A,1,G,1418
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1418
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1418
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1419
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1418
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1419
pdbx poly seq scheme.pdb strand id: N

A,1,U,1419
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1419
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1419
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1420
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1419
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1420
pdbx poly seq scheme.pdb strand id: N

A,1,G,1420
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1420
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1420
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1421
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1420
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1421
pdbx poly seq scheme.pdb strand id: N

A,1,G,1421
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1421
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1421
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1422
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1421
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1422
pdbx poly seq scheme.pdb strand id: N

A,1,G,1422
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1422
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1422
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1423
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1422
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1423
pdbx poly seq scheme.pdb strand id: N

A,1,U,1423
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1423
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1423
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1424
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1423
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1424
pdbx poly seq scheme.pdb strand id: N

A,1,U,1424
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1424
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1424
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1425
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1424
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1425
pdbx poly seq scheme.pdb strand id: N

A,1,G,1425
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1425
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1425
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1426
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1425
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1426
pdbx poly seq scheme.pdb strand id: N

A,1,C,1426
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1426
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1426
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1427
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1426
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1427
pdbx poly seq scheme.pdb strand id: N

A,1,A,1427
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1427
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1427
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1428
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1427
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1428
pdbx poly seq scheme.pdb strand id: N

A,1,A,1428
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1428
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1428
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1429
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1428
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1429
pdbx poly seq scheme.pdb strand id: N

A,1,A,1429
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1429
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1429
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1430
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1429
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1430
pdbx poly seq scheme.pdb strand id: N

A,1,A,1430
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1430
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1430
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1431
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1430
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1431
pdbx poly seq scheme.pdb strand id: N

A,1,G,1431
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1431
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1431
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1432
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1431
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1432
pdbx poly seq scheme.pdb strand id: N

A,1,A,1432
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1432
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1432
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1433
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1432
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1433
pdbx poly seq scheme.pdb strand id: N

A,1,A,1433
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1433
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1433
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1434
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1433
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1434
pdbx poly seq scheme.pdb strand id: N

A,1,G,1434
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1434
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1434
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1435
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1434
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1435
pdbx poly seq scheme.pdb strand id: N

A,1,U,1435
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1435
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1435
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1436
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1435
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1436
pdbx poly seq scheme.pdb strand id: N

A,1,A,1436
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1436
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1436
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1437
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1436
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1437
pdbx poly seq scheme.pdb strand id: N

A,1,G,1437
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1437
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1437
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1438
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1437
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1438
pdbx poly seq scheme.pdb strand id: N

A,1,G,1438
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1438
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1438
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1439
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1438
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1439
pdbx poly seq scheme.pdb strand id: N

A,1,U,1439
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1439
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1439
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1440
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1439
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1440
pdbx poly seq scheme.pdb strand id: N

A,1,A,1440
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1440
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1440
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1441
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1440
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1441
pdbx poly seq scheme.pdb strand id: N

A,1,G,1441
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1441
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1441
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1442
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1441
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1442
pdbx poly seq scheme.pdb strand id: N

A,1,C,1442
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1442
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1442
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1443
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1442
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1443
pdbx poly seq scheme.pdb strand id: N

A,1,U,1443
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1443
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1443
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1444
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1443
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1444
pdbx poly seq scheme.pdb strand id: N

A,1,U,1444
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1444
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1444
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1445
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1444
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1445
pdbx poly seq scheme.pdb strand id: N

A,1,A,1445
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1445
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1445
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1446
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1445
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1446
pdbx poly seq scheme.pdb strand id: N

A,1,A,1446
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1446
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1446
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1447
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1446
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1447
pdbx poly seq scheme.pdb strand id: N

A,1,C,1447
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1447
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1447
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1448
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1447
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1448
pdbx poly seq scheme.pdb strand id: N

A,1,C,1448
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1448
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1448
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1449
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1448
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1449
pdbx poly seq scheme.pdb strand id: N

A,1,U,1449
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1449
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1449
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1450
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1449
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1450
pdbx poly seq scheme.pdb strand id: N

A,1,U,1450
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1450
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1450
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1451
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1450
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1451
pdbx poly seq scheme.pdb strand id: N

A,1,C,1451
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1451
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1451
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1452
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1451
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1452
pdbx poly seq scheme.pdb strand id: N

A,1,G,1452
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1452
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1452
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1453
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1452
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1453
pdbx poly seq scheme.pdb strand id: N

A,1,G,1453
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1453
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1453
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1454
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1453
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1454
pdbx poly seq scheme.pdb strand id: N

A,1,G,1454
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1454
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1454
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1455
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1454
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1455
pdbx poly seq scheme.pdb strand id: N

A,1,A,1455
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1455
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1455
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1456
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1455
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1456
pdbx poly seq scheme.pdb strand id: N

A,1,G,1456
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1456
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1456
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1457
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1456
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1457
pdbx poly seq scheme.pdb strand id: N

A,1,G,1457
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1457
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1457
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1458
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1457
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1458
pdbx poly seq scheme.pdb strand id: N

A,1,G,1458
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1458
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1458
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1459
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1458
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1459
pdbx poly seq scheme.pdb strand id: N

A,1,C,1459
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1459
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1459
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1460
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1459
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1460
pdbx poly seq scheme.pdb strand id: N

A,1,G,1460
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1460
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1460
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1461
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1460
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1461
pdbx poly seq scheme.pdb strand id: N

A,1,C,1461
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1461
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1461
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1462
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1461
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1462
pdbx poly seq scheme.pdb strand id: N

A,1,U,1462
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1462
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1462
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1463
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1462
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1463
pdbx poly seq scheme.pdb strand id: N

A,1,U,1463
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1463
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1463
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1464
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1463
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1464
pdbx poly seq scheme.pdb strand id: N

A,1,A,1464
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1464
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1464
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1465
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1464
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1465
pdbx poly seq scheme.pdb strand id: N

A,1,C,1465
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1465
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1465
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1466
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1465
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1466
pdbx poly seq scheme.pdb strand id: N

A,1,C,1466
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1466
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1466
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1467
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1466
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1467
pdbx poly seq scheme.pdb strand id: N

A,1,A,1467
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1467
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1467
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1468
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1467
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1468
pdbx poly seq scheme.pdb strand id: N

A,1,C,1468
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1468
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1468
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1469
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1468
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1469
pdbx poly seq scheme.pdb strand id: N

A,1,U,1469
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1469
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1469
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1470
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1469
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1470
pdbx poly seq scheme.pdb strand id: N

A,1,U,1470
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1470
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1470
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1471
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1470
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1471
pdbx poly seq scheme.pdb strand id: N

A,1,U,1471
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1471
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1471
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1472
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1471
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1472
pdbx poly seq scheme.pdb strand id: N

A,1,G,1472
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1472
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1472
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1473
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1472
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1473
pdbx poly seq scheme.pdb strand id: N

A,1,U,1473
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1473
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1473
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1474
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1473
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1474
pdbx poly seq scheme.pdb strand id: N

A,1,G,1474
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1474
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1474
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1475
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1474
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1475
pdbx poly seq scheme.pdb strand id: N

A,1,A,1475
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1475
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1475
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1476
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1475
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1476
pdbx poly seq scheme.pdb strand id: N

A,1,U,1476
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1476
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1476
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1477
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1476
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1477
pdbx poly seq scheme.pdb strand id: N

A,1,U,1477
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1477
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1477
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1478
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1477
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1478
pdbx poly seq scheme.pdb strand id: N

A,1,C,1478
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1478
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1478
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1479
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1478
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1479
pdbx poly seq scheme.pdb strand id: N

A,1,A,1479
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1479
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1479
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1480
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1479
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1480
pdbx poly seq scheme.pdb strand id: N

A,1,U,1480
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1480
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1480
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1481
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1480
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1481
pdbx poly seq scheme.pdb strand id: N

A,1,G,1481
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1481
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1481
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1482
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1481
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1482
pdbx poly seq scheme.pdb strand id: N

A,1,A,1482
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1482
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1482
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1483
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1482
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1483
pdbx poly seq scheme.pdb strand id: N

A,1,C,1483
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1483
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1483
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1484
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1483
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1484
pdbx poly seq scheme.pdb strand id: N

A,1,U,1484
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1484
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1484
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1485
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1484
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1485
pdbx poly seq scheme.pdb strand id: N

A,1,G,1485
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1485
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1485
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1486
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1485
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1486
pdbx poly seq scheme.pdb strand id: N

A,1,G,1486
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1486
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1486
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1487
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1486
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1487
pdbx poly seq scheme.pdb strand id: N

A,1,G,1487
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1487
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1487
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1488
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1487
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1488
pdbx poly seq scheme.pdb strand id: N

A,1,G,1488
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1488
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1488
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1489
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1488
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1489
pdbx poly seq scheme.pdb strand id: N

A,1,U,1489
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1489
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1489
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1490
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1489
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1490
pdbx poly seq scheme.pdb strand id: N

A,1,G,1490
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1490
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1490
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1491
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1490
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1491
pdbx poly seq scheme.pdb strand id: N

A,1,A,1491
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1491
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1491
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1492
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1491
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1492
pdbx poly seq scheme.pdb strand id: N

A,1,A,1492
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1492
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1492
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1493
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1492
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1493
pdbx poly seq scheme.pdb strand id: N

A,1,G,1493
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1493
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1493
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1494
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1493
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1494
pdbx poly seq scheme.pdb strand id: N

A,1,U,1494
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1494
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1494
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1495
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1494
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1495
pdbx poly seq scheme.pdb strand id: N

A,1,C,1495
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1495
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1495
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1496
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1495
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1496
pdbx poly seq scheme.pdb strand id: N

A,1,G,1496
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1496
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1496
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1497
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1496
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1497
pdbx poly seq scheme.pdb strand id: N

A,1,U,1497
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1497
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1497
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1498
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1497
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1498
pdbx poly seq scheme.pdb strand id: N

A,1,A,1498
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1498
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1498
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1499
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1498
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1499
pdbx poly seq scheme.pdb strand id: N

A,1,A,1499
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1499
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1499
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1500
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1499
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1500
pdbx poly seq scheme.pdb strand id: N

A,1,C,1500
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1500
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1500
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1501
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1500
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1501
pdbx poly seq scheme.pdb strand id: N

A,1,A,1501
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1501
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1501
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1502
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1501
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1502
pdbx poly seq scheme.pdb strand id: N

A,1,A,1502
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1502
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1502
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1503
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1502
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1503
pdbx poly seq scheme.pdb strand id: N

A,1,G,1503
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1503
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1503
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1504
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1503
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1504
pdbx poly seq scheme.pdb strand id: N

A,1,G,1504
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1504
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1504
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1505
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1504
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1505
pdbx poly seq scheme.pdb strand id: N

A,1,U,1505
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1505
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1505
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1506
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1505
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1506
pdbx poly seq scheme.pdb strand id: N

A,1,A,1506
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1506
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1506
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1507
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1506
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1507
pdbx poly seq scheme.pdb strand id: N

A,1,A,1507
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1507
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1507
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1508
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1507
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1508
pdbx poly seq scheme.pdb strand id: N

A,1,C,1508
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1508
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1508
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1509
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1508
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1509
pdbx poly seq scheme.pdb strand id: N

A,1,C,1509
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1509
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1509
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1510
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1509
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1510
pdbx poly seq scheme.pdb strand id: N

A,1,G,1510
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1510
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1510
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1511
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1510
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1511
pdbx poly seq scheme.pdb strand id: N

A,1,U,1511
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1511
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1511
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1512
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1511
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1512
pdbx poly seq scheme.pdb strand id: N

A,1,A,1512
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1512
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1512
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1513
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1512
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1513
pdbx poly seq scheme.pdb strand id: N

A,1,G,1513
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1513
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1513
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1514
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1513
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1514
pdbx poly seq scheme.pdb strand id: N

A,1,G,1514
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1514
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1514
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1515
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1514
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1515
pdbx poly seq scheme.pdb strand id: N

A,1,G,1515
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1515
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1515
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1516
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1515
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1516
pdbx poly seq scheme.pdb strand id: N

A,1,G,1516
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1516
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1516
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1517
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1516
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1517
pdbx poly seq scheme.pdb strand id: N

A,1,A,1517
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1517
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1517
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1518
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1517
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1518
pdbx poly seq scheme.pdb strand id: N

A,1,A,1518
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1518
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1518
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1519
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1518
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1519
pdbx poly seq scheme.pdb strand id: N

A,1,C,1519
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1519
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1519
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1520
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1519
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1520
pdbx poly seq scheme.pdb strand id: N

A,1,C,1520
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1520
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1520
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1521
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1520
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1521
pdbx poly seq scheme.pdb strand id: N

A,1,U,1521
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1521
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1521
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1522
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1521
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1522
pdbx poly seq scheme.pdb strand id: N

A,1,G,1522
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1522
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1522
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1523
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1522
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1523
pdbx poly seq scheme.pdb strand id: N

A,1,C,1523
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1523
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1523
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1524
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1523
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1524
pdbx poly seq scheme.pdb strand id: N

A,1,G,1524
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1524
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1524
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1525
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1524
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1525
pdbx poly seq scheme.pdb strand id: N

A,1,G,1525
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1525
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1525
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1526
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1525
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1526
pdbx poly seq scheme.pdb strand id: N

A,1,U,1526
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1526
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1526
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1527
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1526
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1527
pdbx poly seq scheme.pdb strand id: N

A,1,U,1527
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1527
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1527
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1528
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1527
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1528
pdbx poly seq scheme.pdb strand id: N

A,1,G,1528
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1528
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1528
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1529
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1528
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1529
pdbx poly seq scheme.pdb strand id: N

A,1,G,1529
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,G,1529
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: G
pdbx poly seq scheme.seq id: 1529
pdbx poly seq scheme.auth mon id: GUA
pdbx poly seq scheme.auth seq num: 1530
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1529
pdbx poly seq scheme.pdb mon id: G
pdbx poly seq scheme.pdb seq num: 1530
pdbx poly seq scheme.pdb strand id: N

A,1,A,1530
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1530
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1530
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1531
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1530
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1531
pdbx poly seq scheme.pdb strand id: N

A,1,U,1531
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,U,1531
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: U
pdbx poly seq scheme.seq id: 1531
pdbx poly seq scheme.auth mon id: URA
pdbx poly seq scheme.auth seq num: 1532
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1531
pdbx poly seq scheme.pdb mon id: U
pdbx poly seq scheme.pdb seq num: 1532
pdbx poly seq scheme.pdb strand id: N

A,1,C,1532
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,C,1532
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: C
pdbx poly seq scheme.seq id: 1532
pdbx poly seq scheme.auth mon id: CYT
pdbx poly seq scheme.auth seq num: 1533
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1532
pdbx poly seq scheme.pdb mon id: C
pdbx poly seq scheme.pdb seq num: 1533
pdbx poly seq scheme.pdb strand id: N

A,1,A,1533
type: pdbx poly seq scheme
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to entity poly seq: 1,A,1533
reference to struct asym: http://rdf.wwpdb.org/pdb/3J28/struct_asym/A
pdbx poly seq scheme.asym id: A
pdbx poly seq scheme.entity id: 1
pdbx poly seq scheme.mon id: A
pdbx poly seq scheme.seq id: 1533
pdbx poly seq scheme.auth mon id: ADE
pdbx poly seq scheme.auth seq num: 1534
pdbx poly seq scheme.hetero: n
pdbx poly seq scheme.ndb seq num: 1533
pdbx poly seq scheme.pdb mon id: A
pdbx poly seq scheme.pdb seq num: 1534
pdbx poly seq scheme.pdb strand id: N

http://rdf.wwpdb.org/pdb/3J28/pdbx_struct_assembly/1
type: pdbx struct assembly
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx struct assembly.id: 1
pdbx struct assembly.details: author_defined_assembly
pdbx struct assembly.oligomeric count: 1
pdbx struct assembly.oligomeric details: monomeric
referenced by pdbx struct assembly gen: 1,A,1

1,A,1
type: pdbx struct assembly gen
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
reference to pdbx struct assembly: http://rdf.wwpdb.org/pdb/3J28/pdbx_struct_assembly/1
pdbx struct assembly gen.assembly id: 1
pdbx struct assembly gen.asym id list: A
pdbx struct assembly gen.oper expression: 1

http://rdf.wwpdb.org/pdb/3J28/pdbx_struct_oper_list/1
type: pdbx struct oper list
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx struct oper list.id: 1
pdbx struct oper list.matrix11: 1
pdbx struct oper list.matrix12: 0
pdbx struct oper list.matrix13: 0
pdbx struct oper list.matrix21: 0
pdbx struct oper list.matrix22: 1
pdbx struct oper list.matrix23: 0
pdbx struct oper list.matrix31: 0
pdbx struct oper list.matrix32: 0
pdbx struct oper list.matrix33: 1
pdbx struct oper list.name: 1_555
pdbx struct oper list.symmetry operation: x,y,z
pdbx struct oper list.type: identity operation
pdbx struct oper list.vector1: 0
pdbx struct oper list.vector2: 0
pdbx struct oper list.vector3: 0

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_close_contact/1
type: pdbx validate close contact
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate close contact.id: 1
pdbx validate close contact.pdb model num: 1
pdbx validate close contact.auth asym id 1: N
pdbx validate close contact.auth asym id 2: N
pdbx validate close contact.auth atom id 1: H1
pdbx validate close contact.auth atom id 2: O2
pdbx validate close contact.auth comp id 1: G
pdbx validate close contact.auth comp id 2: U
pdbx validate close contact.auth seq id 1: 198
pdbx validate close contact.auth seq id 2: 219
pdbx validate close contact.dist: 1.59

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/1
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 1
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 2
pdbx validate planes.rmsd: 0.084
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/2
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 2
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 4
pdbx validate planes.rmsd: 0.144
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/3
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 3
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 5
pdbx validate planes.rmsd: 0.082
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/4
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 4
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 6
pdbx validate planes.rmsd: 0.069
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/5
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 5
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 10
pdbx validate planes.rmsd: 0.08
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/6
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 6
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 11
pdbx validate planes.rmsd: 0.132
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/7
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 7
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 12
pdbx validate planes.rmsd: 0.08
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/8
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 8
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 14
pdbx validate planes.rmsd: 0.117
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/9
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 9
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 16
pdbx validate planes.rmsd: 0.07
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/10
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 10
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 17
pdbx validate planes.rmsd: 0.071
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/11
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 11
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 20
pdbx validate planes.rmsd: 0.068
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/12
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 12
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 21
pdbx validate planes.rmsd: 0.13
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/13
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 13
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 23
pdbx validate planes.rmsd: 0.083
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/14
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 14
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 24
pdbx validate planes.rmsd: 0.096
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/15
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 15
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 25
pdbx validate planes.rmsd: 0.094
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/16
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 16
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 26
pdbx validate planes.rmsd: 0.074
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/17
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 17
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 29
pdbx validate planes.rmsd: 0.087
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/18
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 18
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 30
pdbx validate planes.rmsd: 0.145
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/19
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 19
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 32
pdbx validate planes.rmsd: 0.098
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/20
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 20
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 35
pdbx validate planes.rmsd: 0.107
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/21
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 21
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 36
pdbx validate planes.rmsd: 0.088
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/22
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 22
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 37
pdbx validate planes.rmsd: 0.051
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/23
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 23
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 38
pdbx validate planes.rmsd: 0.145
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/24
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 24
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 39
pdbx validate planes.rmsd: 0.147
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/25
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 25
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 40
pdbx validate planes.rmsd: 0.115
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/26
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 26
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 41
pdbx validate planes.rmsd: 0.071
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/27
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 27
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 43
pdbx validate planes.rmsd: 0.084
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/28
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 28
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 45
pdbx validate planes.rmsd: 0.089
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/29
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 29
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 46
pdbx validate planes.rmsd: 0.072
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/30
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 30
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 48
pdbx validate planes.rmsd: 0.116
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/31
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 31
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 49
pdbx validate planes.rmsd: 0.09
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/32
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 32
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 50
pdbx validate planes.rmsd: 0.118
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/33
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 33
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 52
pdbx validate planes.rmsd: 0.078
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/34
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 34
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 55
pdbx validate planes.rmsd: 0.093
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/35
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 35
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 56
pdbx validate planes.rmsd: 0.09
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/36
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 36
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 59
pdbx validate planes.rmsd: 0.08
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/37
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 37
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 60
pdbx validate planes.rmsd: 0.069
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/38
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 38
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 61
pdbx validate planes.rmsd: 0.074
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/39
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 39
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 63
pdbx validate planes.rmsd: 0.16
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/40
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 40
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 64
pdbx validate planes.rmsd: 0.081
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/41
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 41
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 66
pdbx validate planes.rmsd: 0.11
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/42
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 42
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 68
pdbx validate planes.rmsd: 0.104
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/43
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 43
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 69
pdbx validate planes.rmsd: 0.073
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/44
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 44
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 70
pdbx validate planes.rmsd: 0.092
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/45
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 45
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 71
pdbx validate planes.rmsd: 0.147
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/46
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 46
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 72
pdbx validate planes.rmsd: 0.066
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/47
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 47
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 73
pdbx validate planes.rmsd: 0.107
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/48
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 48
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 74
pdbx validate planes.rmsd: 0.103
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/49
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 49
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 75
pdbx validate planes.rmsd: 0.087
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/50
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 50
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 78
pdbx validate planes.rmsd: 0.109
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/51
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 51
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 79
pdbx validate planes.rmsd: 0.106
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/52
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 52
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 80
pdbx validate planes.rmsd: 0.082
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/53
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 53
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 81
pdbx validate planes.rmsd: 0.127
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/54
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 54
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 82
pdbx validate planes.rmsd: 0.117
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/55
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 55
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 83
pdbx validate planes.rmsd: 0.105
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/56
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 56
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 86
pdbx validate planes.rmsd: 0.11
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/57
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 57
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 87
pdbx validate planes.rmsd: 0.074
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/58
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 58
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 91
pdbx validate planes.rmsd: 0.128
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/59
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 59
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 92
pdbx validate planes.rmsd: 0.099
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/60
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 60
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 94
pdbx validate planes.rmsd: 0.194
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/61
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 61
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 97
pdbx validate planes.rmsd: 0.148
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/62
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 62
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 98
pdbx validate planes.rmsd: 0.054
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/63
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 63
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 99
pdbx validate planes.rmsd: 0.115
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/64
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 64
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 100
pdbx validate planes.rmsd: 0.137
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/65
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 65
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 101
pdbx validate planes.rmsd: 0.094
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/66
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 66
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 102
pdbx validate planes.rmsd: 0.095
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/67
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 67
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 103
pdbx validate planes.rmsd: 0.11
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/68
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 68
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 104
pdbx validate planes.rmsd: 0.089
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/69
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 69
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 105
pdbx validate planes.rmsd: 0.131
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/70
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 70
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 106
pdbx validate planes.rmsd: 0.078
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/71
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 71
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 107
pdbx validate planes.rmsd: 0.075
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/72
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 72
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 109
pdbx validate planes.rmsd: 0.18
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/73
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 73
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 113
pdbx validate planes.rmsd: 0.115
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/74
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 74
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 115
pdbx validate planes.rmsd: 0.11
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/75
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 75
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 117
pdbx validate planes.rmsd: 0.087
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/76
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 76
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 118
pdbx validate planes.rmsd: 0.097
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/77
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 77
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 119
pdbx validate planes.rmsd: 0.204
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/78
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 78
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 120
pdbx validate planes.rmsd: 0.111
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/79
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 79
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 121
pdbx validate planes.rmsd: 0.083
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/80
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 80
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 122
pdbx validate planes.rmsd: 0.094
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/81
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 81
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 125
pdbx validate planes.rmsd: 0.158
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/82
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 82
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 126
pdbx validate planes.rmsd: 0.076
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/83
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 83
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 127
pdbx validate planes.rmsd: 0.079
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/84
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 84
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 128
pdbx validate planes.rmsd: 0.076
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/85
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 85
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 129
pdbx validate planes.rmsd: 0.112
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/86
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 86
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 130
pdbx validate planes.rmsd: 0.153
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/87
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 87
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 132
pdbx validate planes.rmsd: 0.065
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/88
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 88
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 134
pdbx validate planes.rmsd: 0.121
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/89
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 89
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 137
pdbx validate planes.rmsd: 0.165
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/90
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 90
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 139
pdbx validate planes.rmsd: 0.117
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/91
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 91
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 140
pdbx validate planes.rmsd: 0.133
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/92
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 92
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 141
pdbx validate planes.rmsd: 0.129
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/93
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 93
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 142
pdbx validate planes.rmsd: 0.069
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/94
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 94
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 144
pdbx validate planes.rmsd: 0.078
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/95
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 95
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 145
pdbx validate planes.rmsd: 0.07
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/96
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 96
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 146
pdbx validate planes.rmsd: 0.075
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/97
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 97
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 148
pdbx validate planes.rmsd: 0.205
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/98
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 98
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 149
pdbx validate planes.rmsd: 0.064
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/99
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 99
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 150
pdbx validate planes.rmsd: 0.111
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/100
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 100
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 151
pdbx validate planes.rmsd: 0.081
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/101
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 101
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 152
pdbx validate planes.rmsd: 0.101
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/102
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 102
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 157
pdbx validate planes.rmsd: 0.213
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/103
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 103
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 159
pdbx validate planes.rmsd: 0.07
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/104
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 104
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 160
pdbx validate planes.rmsd: 0.123
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/105
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 105
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 161
pdbx validate planes.rmsd: 0.124
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/106
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 106
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 165
pdbx validate planes.rmsd: 0.064
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/107
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 107
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 170
pdbx validate planes.rmsd: 0.149
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/108
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 108
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 171
pdbx validate planes.rmsd: 0.065
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/109
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 109
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 173
pdbx validate planes.rmsd: 0.195
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/110
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 110
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 174
pdbx validate planes.rmsd: 0.079
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/111
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 111
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 176
pdbx validate planes.rmsd: 0.073
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/112
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 112
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 179
pdbx validate planes.rmsd: 0.132
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/113
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 113
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 180
pdbx validate planes.rmsd: 0.09
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/114
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 114
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 181
pdbx validate planes.rmsd: 0.131
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/115
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 115
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 182
pdbx validate planes.rmsd: 0.085
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/116
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 116
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 183
pdbx validate planes.rmsd: 0.094
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/117
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 117
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 184
pdbx validate planes.rmsd: 0.089
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/118
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 118
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 186
pdbx validate planes.rmsd: 0.069
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/119
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 119
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 187
pdbx validate planes.rmsd: 0.094
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/120
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 120
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 188
pdbx validate planes.rmsd: 0.071
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/121
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 121
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 190
pdbx validate planes.rmsd: 0.108
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/122
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 122
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 191
pdbx validate planes.rmsd: 0.107
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/123
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 123
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 192
pdbx validate planes.rmsd: 0.093
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/124
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 124
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 193
pdbx validate planes.rmsd: 0.15
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/125
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 125
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 194
pdbx validate planes.rmsd: 0.075
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/126
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 126
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 196
pdbx validate planes.rmsd: 0.114
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/127
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 127
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 197
pdbx validate planes.rmsd: 0.072
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/128
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 128
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 199
pdbx validate planes.rmsd: 0.116
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/129
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 129
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 201
pdbx validate planes.rmsd: 0.096
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/130
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 130
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 202
pdbx validate planes.rmsd: 0.106
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/131
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 131
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 203
pdbx validate planes.rmsd: 0.244
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/132
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 132
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 204
pdbx validate planes.rmsd: 0.074
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/133
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 133
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 206
pdbx validate planes.rmsd: 0.087
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/134
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 134
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 208
pdbx validate planes.rmsd: 0.176
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/135
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 135
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 210
pdbx validate planes.rmsd: 0.088
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/136
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 136
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 212
pdbx validate planes.rmsd: 0.121
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/137
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 137
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 214
pdbx validate planes.rmsd: 0.073
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/138
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 138
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 216
pdbx validate planes.rmsd: 0.074
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/139
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 139
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 217
pdbx validate planes.rmsd: 0.17
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/140
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 140
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 218
pdbx validate planes.rmsd: 0.075
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/141
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 141
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 220
pdbx validate planes.rmsd: 0.08
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/142
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 142
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 221
pdbx validate planes.rmsd: 0.074
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/143
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 143
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 223
pdbx validate planes.rmsd: 0.104
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/144
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 144
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 224
pdbx validate planes.rmsd: 0.117
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/145
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 145
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 227
pdbx validate planes.rmsd: 0.078
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/146
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 146
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 230
pdbx validate planes.rmsd: 0.107
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/147
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 147
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 231
pdbx validate planes.rmsd: 0.095
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/148
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 148
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 232
pdbx validate planes.rmsd: 0.06
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/149
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 149
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 234
pdbx validate planes.rmsd: 0.109
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/150
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 150
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 236
pdbx validate planes.rmsd: 0.078
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/151
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 151
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 237
pdbx validate planes.rmsd: 0.138
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/152
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 152
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 239
pdbx validate planes.rmsd: 0.07
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/153
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 153
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 240
pdbx validate planes.rmsd: 0.142
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/154
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 154
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 241
pdbx validate planes.rmsd: 0.116
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/155
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 155
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 243
pdbx validate planes.rmsd: 0.081
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/156
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 156
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 244
pdbx validate planes.rmsd: 0.086
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/157
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 157
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 246
pdbx validate planes.rmsd: 0.081
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/158
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 158
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 247
pdbx validate planes.rmsd: 0.222
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/159
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 159
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 248
pdbx validate planes.rmsd: 0.105
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/160
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 160
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 251
pdbx validate planes.rmsd: 0.126
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/161
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 161
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 252
pdbx validate planes.rmsd: 0.119
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/162
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 162
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 255
pdbx validate planes.rmsd: 0.119
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/163
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 163
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 262
pdbx validate planes.rmsd: 0.136
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/164
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 164
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 264
pdbx validate planes.rmsd: 0.105
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/165
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 165
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 265
pdbx validate planes.rmsd: 0.087
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/166
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 166
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 266
pdbx validate planes.rmsd: 0.071
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/167
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 167
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 267
pdbx validate planes.rmsd: 0.09
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/168
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 168
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 269
pdbx validate planes.rmsd: 0.138
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/169
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 169
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 272
pdbx validate planes.rmsd: 0.071
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/170
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 170
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 273
pdbx validate planes.rmsd: 0.18
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/171
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 171
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 274
pdbx validate planes.rmsd: 0.122
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/172
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 172
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 275
pdbx validate planes.rmsd: 0.1
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/173
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 173
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 276
pdbx validate planes.rmsd: 0.086
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/174
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 174
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 277
pdbx validate planes.rmsd: 0.077
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/175
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 175
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 278
pdbx validate planes.rmsd: 0.074
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/176
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 176
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 279
pdbx validate planes.rmsd: 0.099
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/177
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 177
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 282
pdbx validate planes.rmsd: 0.096
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/178
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 178
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 283
pdbx validate planes.rmsd: 0.066
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/179
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 179
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 284
pdbx validate planes.rmsd: 0.068
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/180
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 180
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 285
pdbx validate planes.rmsd: 0.087
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/181
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 181
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 286
pdbx validate planes.rmsd: 0.082
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/182
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 182
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 287
pdbx validate planes.rmsd: 0.1
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/183
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 183
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 288
pdbx validate planes.rmsd: 0.072
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/184
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 184
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 289
pdbx validate planes.rmsd: 0.059
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/185
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 185
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 290
pdbx validate planes.rmsd: 0.139
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/186
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 186
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 291
pdbx validate planes.rmsd: 0.133
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/187
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 187
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 292
pdbx validate planes.rmsd: 0.084
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/188
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 188
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 293
pdbx validate planes.rmsd: 0.075
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/189
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 189
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 294
pdbx validate planes.rmsd: 0.121
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/190
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 190
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 295
pdbx validate planes.rmsd: 0.133
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/191
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 191
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 296
pdbx validate planes.rmsd: 0.147
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/192
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 192
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 298
pdbx validate planes.rmsd: 0.09
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/193
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 193
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 299
pdbx validate planes.rmsd: 0.126
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/194
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 194
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 300
pdbx validate planes.rmsd: 0.095
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/195
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 195
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 301
pdbx validate planes.rmsd: 0.074
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/196
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 196
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 302
pdbx validate planes.rmsd: 0.059
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/197
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 197
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 305
pdbx validate planes.rmsd: 0.062
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/198
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 198
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 308
pdbx validate planes.rmsd: 0.11
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/199
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 199
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 313
pdbx validate planes.rmsd: 0.065
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/200
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 200
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 314
pdbx validate planes.rmsd: 0.094
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/201
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 201
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 315
pdbx validate planes.rmsd: 0.079
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/202
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 202
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 317
pdbx validate planes.rmsd: 0.073
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/203
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 203
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 318
pdbx validate planes.rmsd: 0.123
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/204
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 204
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 319
pdbx validate planes.rmsd: 0.11
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/205
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 205
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 320
pdbx validate planes.rmsd: 0.092
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/206
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 206
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 321
pdbx validate planes.rmsd: 0.085
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/207
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 207
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 322
pdbx validate planes.rmsd: 0.101
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/208
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 208
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 323
pdbx validate planes.rmsd: 0.101
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/209
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 209
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 324
pdbx validate planes.rmsd: 0.12
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/210
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 210
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 326
pdbx validate planes.rmsd: 0.153
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/211
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 211
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 327
pdbx validate planes.rmsd: 0.086
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/212
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 212
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 328
pdbx validate planes.rmsd: 0.115
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/213
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 213
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 330
pdbx validate planes.rmsd: 0.077
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/214
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 214
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 331
pdbx validate planes.rmsd: 0.108
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/215
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 215
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 333
pdbx validate planes.rmsd: 0.081
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/216
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 216
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 334
pdbx validate planes.rmsd: 0.123
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/217
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 217
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 337
pdbx validate planes.rmsd: 0.154
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/218
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 218
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 338
pdbx validate planes.rmsd: 0.158
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/219
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 219
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 340
pdbx validate planes.rmsd: 0.113
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/220
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 220
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 342
pdbx validate planes.rmsd: 0.132
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/221
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 221
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 343
pdbx validate planes.rmsd: 0.182
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/222
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 222
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 344
pdbx validate planes.rmsd: 0.072
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/223
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 223
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 345
pdbx validate planes.rmsd: 0.097
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/224
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 224
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 347
pdbx validate planes.rmsd: 0.171
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/225
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 225
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 348
pdbx validate planes.rmsd: 0.183
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/226
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 226
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 349
pdbx validate planes.rmsd: 0.116
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/227
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 227
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 352
pdbx validate planes.rmsd: 0.09
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/228
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 228
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 353
pdbx validate planes.rmsd: 0.104
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/229
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 229
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 354
pdbx validate planes.rmsd: 0.09
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/230
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 230
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 355
pdbx validate planes.rmsd: 0.08
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/231
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 231
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 356
pdbx validate planes.rmsd: 0.055
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/232
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 232
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 358
pdbx validate planes.rmsd: 0.127
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/233
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 233
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 359
pdbx validate planes.rmsd: 0.105
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/234
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 234
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 360
pdbx validate planes.rmsd: 0.091
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/235
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 235
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 362
pdbx validate planes.rmsd: 0.116
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/236
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 236
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 363
pdbx validate planes.rmsd: 0.124
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/237
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 237
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 364
pdbx validate planes.rmsd: 0.079
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/238
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 238
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 365
pdbx validate planes.rmsd: 0.069
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/239
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 239
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 369
pdbx validate planes.rmsd: 0.062
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/240
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 240
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 370
pdbx validate planes.rmsd: 0.071
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/241
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 241
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 371
pdbx validate planes.rmsd: 0.097
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/242
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 242
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 372
pdbx validate planes.rmsd: 0.161
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/243
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 243
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 373
pdbx validate planes.rmsd: 0.081
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/244
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 244
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 377
pdbx validate planes.rmsd: 0.106
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/245
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 245
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 378
pdbx validate planes.rmsd: 0.121
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/246
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 246
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 379
pdbx validate planes.rmsd: 0.068
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/247
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 247
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 381
pdbx validate planes.rmsd: 0.098
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/248
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 248
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 382
pdbx validate planes.rmsd: 0.149
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/249
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 249
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 384
pdbx validate planes.rmsd: 0.056
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/250
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 250
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 389
pdbx validate planes.rmsd: 0.075
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/251
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 251
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 391
pdbx validate planes.rmsd: 0.08
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/252
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 252
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 392
pdbx validate planes.rmsd: 0.105
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/253
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 253
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 393
pdbx validate planes.rmsd: 0.053
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/254
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 254
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 394
pdbx validate planes.rmsd: 0.087
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/255
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 255
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 395
pdbx validate planes.rmsd: 0.066
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/256
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 256
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 396
pdbx validate planes.rmsd: 0.134
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/257
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 257
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 397
pdbx validate planes.rmsd: 0.114
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/258
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 258
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 400
pdbx validate planes.rmsd: 0.09
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/259
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 259
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 402
pdbx validate planes.rmsd: 0.07
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/260
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 260
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 403
pdbx validate planes.rmsd: 0.149
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/261
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 261
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 404
pdbx validate planes.rmsd: 0.164
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/262
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 262
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 405
pdbx validate planes.rmsd: 0.124
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/263
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 263
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 406
pdbx validate planes.rmsd: 0.088
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/264
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 264
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 407
pdbx validate planes.rmsd: 0.076
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/265
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 265
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 410
pdbx validate planes.rmsd: 0.131
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/266
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 266
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 413
pdbx validate planes.rmsd: 0.059
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/267
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 267
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 417
pdbx validate planes.rmsd: 0.073
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/268
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 268
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 419
pdbx validate planes.rmsd: 0.084
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/269
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 269
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 420
pdbx validate planes.rmsd: 0.09
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/270
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 270
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 423
pdbx validate planes.rmsd: 0.114
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/271
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 271
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 424
pdbx validate planes.rmsd: 0.082
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/272
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 272
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 425
pdbx validate planes.rmsd: 0.131
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/273
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 273
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 426
pdbx validate planes.rmsd: 0.093
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/274
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 274
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 427
pdbx validate planes.rmsd: 0.088
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/275
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 275
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 428
pdbx validate planes.rmsd: 0.105
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/276
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 276
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 429
pdbx validate planes.rmsd: 0.063
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/277
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 277
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 431
pdbx validate planes.rmsd: 0.122
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/278
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 278
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 432
pdbx validate planes.rmsd: 0.158
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/279
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 279
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 435
pdbx validate planes.rmsd: 0.074
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/280
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 280
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 437
pdbx validate planes.rmsd: 0.105
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/281
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 281
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 438
pdbx validate planes.rmsd: 0.069
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/282
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 282
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 440
pdbx validate planes.rmsd: 0.081
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/283
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 283
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 442
pdbx validate planes.rmsd: 0.058
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/284
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 284
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 443
pdbx validate planes.rmsd: 0.075
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/285
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 285
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 447
pdbx validate planes.rmsd: 0.259
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/286
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 286
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 448
pdbx validate planes.rmsd: 0.077
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/287
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 287
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 449
pdbx validate planes.rmsd: 0.178
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/288
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 288
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 450
pdbx validate planes.rmsd: 0.128
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/289
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 289
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 451
pdbx validate planes.rmsd: 0.079
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/290
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 290
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 452
pdbx validate planes.rmsd: 0.108
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/291
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 291
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 454
pdbx validate planes.rmsd: 0.15
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/292
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 292
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 455
pdbx validate planes.rmsd: 0.066
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/293
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 293
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 457
pdbx validate planes.rmsd: 0.063
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/294
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 294
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 462
pdbx validate planes.rmsd: 0.105
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/295
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 295
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 464
pdbx validate planes.rmsd: 0.106
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/296
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 296
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 465
pdbx validate planes.rmsd: 0.158
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/297
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 297
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 466
pdbx validate planes.rmsd: 0.068
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/298
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 298
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 468
pdbx validate planes.rmsd: 0.109
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/299
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 299
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 471
pdbx validate planes.rmsd: 0.084
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/300
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 300
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 472
pdbx validate planes.rmsd: 0.096
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/301
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 301
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 473
pdbx validate planes.rmsd: 0.111
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/302
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 302
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 474
pdbx validate planes.rmsd: 0.129
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/303
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 303
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 475
pdbx validate planes.rmsd: 0.118
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/304
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 304
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 480
pdbx validate planes.rmsd: 0.113
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/305
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 305
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 482
pdbx validate planes.rmsd: 0.068
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/306
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 306
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 484
pdbx validate planes.rmsd: 0.077
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/307
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 307
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 486
pdbx validate planes.rmsd: 0.074
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/308
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 308
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 487
pdbx validate planes.rmsd: 0.08
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/309
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 309
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 488
pdbx validate planes.rmsd: 0.102
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/310
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 310
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 489
pdbx validate planes.rmsd: 0.076
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/311
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 311
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 490
pdbx validate planes.rmsd: 0.092
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/312
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 312
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 491
pdbx validate planes.rmsd: 0.102
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/313
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 313
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 494
pdbx validate planes.rmsd: 0.116
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/314
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 314
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 495
pdbx validate planes.rmsd: 0.089
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/315
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 315
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 496
pdbx validate planes.rmsd: 0.074
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/316
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 316
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 497
pdbx validate planes.rmsd: 0.142
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/317
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 317
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 498
pdbx validate planes.rmsd: 0.084
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/318
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 318
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 499
pdbx validate planes.rmsd: 0.08
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/319
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 319
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 501
pdbx validate planes.rmsd: 0.075
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/320
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 320
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 503
pdbx validate planes.rmsd: 0.056
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/321
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 321
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 504
pdbx validate planes.rmsd: 0.067
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/322
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 322
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 506
pdbx validate planes.rmsd: 0.106
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/323
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 323
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 507
pdbx validate planes.rmsd: 0.073
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/324
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 324
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 508
pdbx validate planes.rmsd: 0.303
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/325
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 325
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 509
pdbx validate planes.rmsd: 0.087
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/326
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 326
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 510
pdbx validate planes.rmsd: 0.078
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/327
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 327
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 513
pdbx validate planes.rmsd: 0.104
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/328
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 328
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 514
pdbx validate planes.rmsd: 0.164
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/329
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 329
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 516
pdbx validate planes.rmsd: 0.176
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/330
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 330
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 517
pdbx validate planes.rmsd: 0.083
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/331
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 331
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 519
pdbx validate planes.rmsd: 0.123
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/332
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 332
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 521
pdbx validate planes.rmsd: 0.164
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/333
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 333
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 522
pdbx validate planes.rmsd: 0.094
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/334
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 334
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 523
pdbx validate planes.rmsd: 0.069
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/335
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 335
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 524
pdbx validate planes.rmsd: 0.061
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/336
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 336
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 525
pdbx validate planes.rmsd: 0.094
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/337
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 337
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 526
pdbx validate planes.rmsd: 0.153
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/338
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 338
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 527
pdbx validate planes.rmsd: 0.137
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/339
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 339
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 529
pdbx validate planes.rmsd: 0.148
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/340
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 340
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 530
pdbx validate planes.rmsd: 0.135
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/341
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 341
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 531
pdbx validate planes.rmsd: 0.097
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/342
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 342
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 533
pdbx validate planes.rmsd: 0.088
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/343
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 343
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 536
pdbx validate planes.rmsd: 0.136
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/344
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 344
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 537
pdbx validate planes.rmsd: 0.063
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/345
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 345
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 538
pdbx validate planes.rmsd: 0.056
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/346
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 346
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 540
pdbx validate planes.rmsd: 0.15
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/347
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 347
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 544
pdbx validate planes.rmsd: 0.086
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/348
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 348
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: A
pdbx validate planes.auth seq id: 547
pdbx validate planes.rmsd: 0.132
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/349
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 349
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 548
pdbx validate planes.rmsd: 0.084
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/350
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 350
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 550
pdbx validate planes.rmsd: 0.08
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/351
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 351
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 552
pdbx validate planes.rmsd: 0.055
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/352
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 352
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 555
pdbx validate planes.rmsd: 0.081
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/353
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 353
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 557
pdbx validate planes.rmsd: 0.177
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/354
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 354
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 558
pdbx validate planes.rmsd: 0.138
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/355
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 355
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 564
pdbx validate planes.rmsd: 0.085
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/356
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 356
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: U
pdbx validate planes.auth seq id: 565
pdbx validate planes.rmsd: 0.07
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/357
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 357
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 566
pdbx validate planes.rmsd: 0.168
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/358
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 358
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: G
pdbx validate planes.auth seq id: 568
pdbx validate planes.rmsd: 0.07
pdbx validate planes.type: SIDE CHAIN

http://rdf.wwpdb.org/pdb/3J28/pdbx_validate_planes/359
type: pdbx validate planes
of datablock: Dissecting the in vivo assembly of the 30S ribosomal subunit reveals the role of RimM
pdbx validate planes.id: 359
pdbx validate planes.pdb model num: 1
pdbx validate planes.auth asym id: N
pdbx validate planes.auth comp id: C
pdbx validate planes.auth seq id: 569
pdbx validate planes.rmsd: 0.088
pdbx validate planes.type: SIDE CHAIN