Active site copper and zinc ions modulate the quaternary structure of prokaryotic Cu,Zn superoxide dismutase
Active-Site Copper and Zinc Ions Modulate the Quaternary Structure of Prokaryotic Cu,Zn Superoxide Dismutase
QDLTVKMTDLQTGKPVGTIELSQNKYGVVFIPELADLTPGEHGFHIHQNGSCASSEKDGKVVLGGAAGGHYDPEHTNKHG FPWTDDNHKGDLPALFVSANGLATNPVLAPRLTLKELKGHAIMIHAGGDNHSDMPKALGGGGARVACGVIQ
PEG 8,000 25%, NACL 100 MM, SODIUM ACETATE 50 MM, PH 4, T=28C
THREE-DIMENSIONAL STRUCTURE OF PROKARYOTIC CU, ZN SUPEROXIDE DISMUTASE FROM P.LEIOGNATHI, SOLVED BY X-RAY CRYSTALLOGRAPHY.
X-RAY 3D STRUCTURE OF P.LEIOGNATHI CU,ZN SOD MUTANT W83Y
X-RAY 3D STRUCTURE OF P.LEIOGNATHI CU,ZN SOD MUTANT W83F
X-RAY 3D STRUCTURE OF P.LEIOGNATHI CU,ZN SOD MUTANT V29A
X-RAY 3D STRUCTURE OF P.LEIOGNATHI CU,ZN SOD MUTANT V29G
X-RAY 3D STRUCTURE OF P.LEIOGNATHI CU,ZN SOD MUTANT M41I
ACTIVE SITE COPPER AND ZINC IONS MODULATE THE QUATERNARY STRUCTURE OF PROKARYOTIC CU, ZN SUPEROXIDE DISMUTASE
X-RAY STRUCTURE OF A BACTERIAL COPPER,ZINC SUPEROXIDE DISMUTASE
THE PROTEIN USED IS A TRUNCATED FORM, WITHOUT THE FIRST 22 RESIDUES
OXIDOREDUCTASE, PROKARYOTIC CU, ZN SUPEROXIDE DISMUTASE, PROTEIN-SUBUNIT INTERACTION RECOGNITION, PROTEIN ELECTROSTATIC