Real-space refinement of the structure of hen egg-white lysozyme
POSSIBLE HYDROGEN BONDS TO CARBONYL OF TYR 53, N OF LEU 56, OG OF SER 91
POSSIBLE HYDROGEN BONDS TO HOH 44, HOH 61, CARBONYL OF ASP 87, N AND OG OF SER 91
POSSIBLE HYDROGEN BONDS TO HOH 4, NZ OF LYS 1, CARBONYL OF VAL 2, OE1 OF GLU 7
POSSIBLE HYDROGEN BONDS TO HOH 3, HOH 40, OE OF GLU 7 POSSIBLE HYDROGEN BOND TO NE OF ARG 5
POSSIBLE HYDROGEN BONDS TO NE OF ARG 14, CARBONYL OF ARG 128, HOH 40
POSSIBLE HYDROGEN BONDS TO NZ OF LYS 33, NE OF ARG 73, HOH 40
POSSIBLE HYDROGEN BONDS TO CARBONYLS OF ILE 124, CYS 127, HOH 39
POSSIBLE HYDROGEN BONDS TO OD1 OF ASP 48, N OF GLY 126
POSSIBLE HYDROGEN BOND TO AMIDE OF GLN 121
POSSIBLE HYDROGEN BONDS TO HOH 24A, AMIDE OF GLN 121
POSSIBLE HYDROGEN BOND TO HOH 35, NEAR NE1 OF TRP 123
POSSIBLE HYDROGEN BONDS TO N OF TYR 23, ND2 OF ASN 27, NE OF ARG 114
POSSIBLE HYDROGEN BOND TO CARBONYL OF GLY 67, AND NEAR VAL 2
POSSIBLE HYDROGEN BONDS TO N OF LYS 1, OG OF SER 86, HOH 34 PRO 79G
POSSIBLE HYDROGEN BONDS TO N OF LYS 1, OD1 OF ASN 39, OE1 OF GLN 41, HOH 22 COG 66
POSSIBLE HYDROGEN BONDS TO OG OF SER 24, N OF GLY 26
POSSIBLE HYDROGEN BONDS TO CARBONYL OF THR 118, N OF VAL 120, HOH 24A
POSSIBLE HYDROGEN BONDS TO HOH 14, HOH 24
POSSIBLE HYDROGEN BONDS TO HOH 26, NE OF ARG 114
POSSIBLE HYDROGEN BONDS TO CARBONYL OF ARG 114, HOH 25, HOH 35
POSSIBLE HYDROGEN BONDS TO HOH 28, CARBONYL OF PHE 34 COE 22
POSSIBLE HYDROGEN BONDS TO HOH 27, HOH 29 NODE 19
POSSIBLE HYDROGEN BONDS TO CARBONYL OF GLU 35, HOH 28, HOH 30, HOH 31
POSSIBLE HYDROGEN BONDS TO HOH 29, HOH 32 NEH G68
POSSIBLE HYDROGEN BONDS TO ND2 OF ASN 44, OE1 OF GLN 57, HOH 29
POSSIBLE HYDROGEN BONDS TO CARBONYL OF SER 36, ND2 OF ASN 39, HOH 30, HOH 33 G68
POSSIBLE HYDROGEN BONDS TO ND2 OF ASN 37, HOH 32 G67
POSSIBLE HYDROGEN BOND TO HOH 20, NEAR OG OF SER 26
POSSIBLE HYDROGEN BONDS TO HOH 16, HOH 26, HOH 55 E116
POSSIBLE HYDROGEN BONDS TO CARBONYL OF PHE 34, NH1 OF ARG 114 E22
POSSIBLE HYDROGEN BONDS TO CARBONYL OF GLN 41, NE OF ARG 68 OEHG53
POSSIBLE HYDROGEN BONDS TO OG1 OF THR 40, CARBONYL OF LEU 84, OG OF SER 86 N86
POSSIBLE HYDROGEN BONDS TO HOH 7, HOH 40, NE OF ARG 14
POSSIBLE HYDROGEN BONDS TO HOH 4, HOH 5, HOH 6, HOH 39, HOH 41, ND1 OF HIS 15
POSSIBLE HYDROGEN BONDS TO HOH 40, NE OF ARG 14, OD2 OF ASP 87
POSSIBLE HYDROGEN BONDS TO CARBONYL OF LYS 13, N OF ASP 18, HOH 63
POSSIBLE HYDROGEN BONDS TO CARBONYLS OF LEU 83, SER 85
POSSIBLE HYDROGEN BONDS TO N OF ALA 110, ND2 OF ASN 113, HOH 47 HOH 32
POSSIBLE HYDROGEN BOND TO OD1 OF ASN 113
POSSIBLE HYDROGEN BONDS TO HOH 45, HOH 48
POSSIBLE HYDROGEN BONDS TO HOH 47, OE1 OF GLU 35, HOH 58, HOH 59
POSSIBLE HYDROGEN BONDS TO N OF GLU 7, N OF THR 118
POSSIBLE HYDROGEN BONDS TO OG OF SER 85, HOH 51, HOH 66
POSSIBLE HYDROGEN BONDS TO HOH 57A, CARBONYLS OF ARG 14, HIS 15
POSSIBLE HYDROGEN BONDS TO HOH 48, OD2 OF ASP 52
POSSIBLE HYDROGEN BONDS TO HOH 48, HOH 60
POSSIBLE HYDROGEN BONDS TO HOH 2, OG OF SER 85, CARBONYL OF ASP 87
POSSIBLE HYDROGEN BONDS TO CARBONYL OF GLY 16, HOH 43
POSSIBLE HYDROGEN BONDS TO HOH 65, N OF ARG 45
POSSIBLE HYDROGEN BONDS TO HOH 64, CARBONYL OF ARG 45
POSSIBLE HYDROGEN BONDS TO HOH 67A, HOH 68, HOH 69, HOH 70 CARBONYL OF GLN 57
POSSIBLE HYDROGEN BONDS TO HOH 67, HOH 68, HOH 70
POSSIBLE HYDROGEN BONDS TO HOH 67, HOH 67A, CARBONYL OF ALA 107
POSSIBLE HYDROGEN BONDS TO HOH 67, N OF VAL 109
POSSIBLE HYDROGEN BONDS TO HOH 67, HOH 67A, OD1 AND OD2 OF ASP 52
POSSIBLE HYDROGEN BOND TO CARBONYL OF ASN 46
POSSIBLE HYDROGEN BOND TO NZ OF LYS 96, HOH 75
POSSIBLE HYDROGEN BONDS TO CARBONYL OF GLY 49, OG1 OF THR 51, OG OF SER 60, ND2 OF ASP 66, NE OF ARG 68
POSSIBLE HYDROGEN BONDS TO CARBONYL OF ILE 98, N OF GLY 102, N OF ASN 103
POSSIBLE HYDROGEN BOND TO OD2 OF ASN 103, HOH 95
POSSIBLE HYDROGEN BOND TO CARBONYL OF THR 47
POSSIBLE HYDROGEN BONDS TO NE OF ARG 45, CARBONYL OF ASP 48, CARBONYL OF ARG 68
POSSIBLE HYDROGEN BONDS TO OH OF TYR 20, OG OF SER 100
POSSIBLE HYDROGEN BONDS TO NE OF ARG 21, OG OF SER 100
POSSIBLE HYDROGEN BONDS TO HOH 94, NE1 OF TRP 62, HOH 95
POSSIBLE HYDROGEN BONDS TO HOH 93, NE OF ARG 61
POSSIBLE HYDROGEN BONDS TO HOH 82, HOH 93
POSSIBLE HYDROGEN BONDS TO OD1 OF ASN 65, N AND CARBONYL OF THR 69, OG OF SER 72, NEAR BAD PATCH
POSSIBLE HYDROGEN BOND TO CARBONYL OF CYS 76
POSSIBLE HYDROGEN BONDS TO HOH 99, HOH 101, HOH 102
POSSIBLE HYDROGEN BONDS TO HOH 100, HOH 103
POSSIBLE HYDROGEN BONDS TO HOH 102, HOH 104
Crystallographic Studies of Lysozyme and its Interactions with Inhibitors and Substrates
An X-Ray Study of the Structure and Binding Properties of Iodine-Inactivated Lysozyme
Energy Refinement of Hen Egg-White Lysozyme
On the Conformation of the Hen Egg-White Lysozyme Molecule
Crystallographic Studies of the Activity of Hen Egg-White Lysozyme
The Three-Dimensional Structure of an Enzyme Molecule
Structure of Hen Egg-White Lysozyme, a Three-Dimensional Fourier Synthesis at 2 Angstroms Resolution
Structure of Some Crystalline Lysozyme-Inhibitor Complexes Determined by X-Ray Analysis at 6 Angstroms Resolution
Atlas of Macromolecular Structure on Microfiche
National Biomedical Research Foundation, Silver Spring,Md.
Atlas of Protein Sequence and Structure (Data Section)
KVFGRCELAAAMKRHGLDNYRGYSLGNWVCAAKFESNFNTQATNRNTDGSTDYGILQINSRWWCNDGRTPGSRNLCNIPC SALLSSDITASVNCAKKIVSDGNGMNAWVAWRNRCKGTDVQAWIRGCRL
THE TEMPERATURE FACTOR FIELDS OF THIS ENTRY CONTAIN ELECTRON COUNTS INSTEAD, IN THE FORM THEY WERE DEPOSITED. THE WATER MOLECULES WERE REFINED AGAINST A DIFFERENCE- ELECTRON-DENSITY MAP OBTAINED USING THE COORDINATE SET DESIGNATED RS4 IN THE PAPER CITED IN THE JRNL RECORDS ABOVE.