|
51
|
117
|
1q0fA |
Crystal structure of ni-containing superoxide dismutase with ni-ligation corresponding to the state after partial x-ray-induced reduction |
|
39
|
153
|
1pu0A |
Structure of human cu,zn superoxide dismutase |
|
39
|
153
|
1ptzA |
Crystal structure of the human cu, zn superoxide dismutase, familial amyotrophic lateral sclerosis (fals) mutant h43r |
|
51
|
117
|
1q0gA |
Crystal structure of ni-containing superoxide dismutase with ni-ligation corresponding to the state after full x-ray-induced reduction |
|
51
|
117
|
1q0kA |
Crystal structure of ni-containing superoxide dismutase with ni-ligation corresponding to the thiosulfate-reduced state |
|
51
|
117
|
1q0dA |
Crystal structure of ni-containing superoxide dismutase with ni-ligation corresponding to the oxidized state |
|
52
|
117
|
1q0mA |
Crystal structure of ni-containing superoxide dismutase with ni-ligation corresponding to the state after full x-ray-induced reduction |
|
75
|
196
|
1pm9A |
Crystal structure of human mnsod h30n, y166f mutant |
|
40
|
151
|
1q0eA |
Atomic resolution (1.15 ) crystal structure of bovine copper, zinc superoxide dismutase |
|
41
|
171
|
1pzsA |
Crystal structure of a cu-zn superoxide dismutase from mycobacterium tuberculosis at 1.63 resolution |
|
35
|
153
|
1ozuA |
Crystal structure of familial als mutant s134n of human cu,zn superoxide dismutase (cuznsod) to 1.3a resolution |
|
29
|
153
|
1oztG |
Crystal structure of apo-h46r familial als mutant human cu,zn superoxide dismutase (cuznsod) to 2.5a resolution |
|
72
|
211
|
1p7gA |
Crystal structure of superoxide dismutase from pyrobaculum aerophilum |
|
35
|
153
|
1p1vA |
Crystal structure of fals-associated human copper-zinc superoxide dismutase (cuznsod) mutant d125h to 1.4a |
|
37
|
151
|
1oajA |
Active site copper and zinc ions modulate the quaternary structure of prokaryotic cu,zn superoxide dismutase |
|
38
|
151
|
1oalA |
Active site copper and zinc ions modulate the quaternary structure of prokaryotic cu,zn superoxide dismutase |
|
30
|
153
|
1oezW |
Zn his46arg mutant of human cu, zn superoxide dismutase |
|
72
|
198
|
1n0jA |
The structure of human mitochondrial mn3+ superoxide dismutase reveals a novel tetrameric interface of two 4-helix bundles |
|
38
|
153
|
1n18A |
Thermostable mutant of human superoxide dismutase, c6a, c111s |
|
76
|
205
|
1mmmA |
Distinct metal environment in iron-substituted manganese superoxide dismutase provides a structural basis of metal specificity |
|
72
|
198
|
1n0nA |
Catalytic and structural effects of amino-acid substitution at his30 in human manganese superoxide dismutase |
|
67
|
198
|
1msdA |
Comparison of the crystal structures of genetically engineered human manganese superoxide dismutase and manganese superoxide dismutase from thermus thermophilus. differences in dimer-dimer interactions. |
|
68
|
198
|
1my6A |
The 1.6 a structure of fe-superoxide dismutase from the thermophilic cyanobacterium thermosynechococcus elongatus : correlation of epr and structural characteristics |
|
73
|
203
|
1mngA |
Structure-function in e. coli iron superoxide dismutase: comparisons with the manganese enzyme from t. thermophilus |
|
38
|
153
|
1n19A |
Structure of the hsod a4v mutant |
|
72
|
198
|
1luvA |
Catalytic and structural effects of amino-acid substitution at his 30 in human manganese superoxide dismutase: insertion of val cgamma into the substrate access channel |
|
75
|
201
|
1ma1A |
Structure and properties of the atypical iron superoxide dismutase from methanobacterium thermoautotrophicum |
|
31
|
153
|
1l3nA |
The solution structure of reduced dimeric copper zinc sod: the structural effects of dimerization |
|
35
|
153
|
1mfmA |
Monomeric human sod mutant f50e/g51e/e133q at atomic resolution |
|
73
|
198
|
1luwA |
Catalytic and structural effects of amino-acid substitution at his 30 in human manganese superoxide dismutase: insertion of val cgamma into the substrate access channel |
|
78
|
200
|
1kkcA |
Crystal structure of aspergillus fumigatus mnsod |
|
56
|
201
|
1jr9A |
Crystal structure of manganese superoxide dismutases from bacillus halodenitrificans |
|
36
|
151
|
1ibbA |
X-ray 3d structure of p.leiognathi cu,zn sod mutant w83f |
|
33
|
151
|
1ib5A |
X-ray 3d structure of p.leiognathi cu,zn sod mutant w83y |
|
74
|
205
|
1i08A |
Crystal structure analysis of the h30a mutant of manganese superoxide dismutase from e. coli |
|
35
|
151
|
1ibdA |
X-ray 3d structure of p.leiognathi cu,zn sod mutant v29a |
|
72
|
198
|
1idsA |
X-ray structure analysis of the iron-dependent superoxide dismutase from mycobacterium tuberculosis at 2.0 angstroms resolutions reveals novel dimer-dimer interactions |
|
77
|
205
|
1i0hA |
Crystal structure of the e. coli manganese superoxide dismutase mutant y174f at 1.35 angstroms resolution. |
|
37
|
151
|
1ibfA |
X-ray 3d structure of p.leiognathi cu,zn sod mutant v29g |
|
37
|
151
|
1ibhA |
X-ray 3d structure of p.leiognathi cu,zn sod mutant m41i |
|
38
|
153
|
1hl4A |
The structure of apo type human cu, zn superoxide dismutase |
|
41
|
153
|
1hl5A |
The structure of holo type human cu, zn superoxide dismutase |
|
69
|
198
|
1gn4A |
H145e mutant of mycobacterium tuberculosis iron-superoxide dismutase. |
|
70
|
198
|
1gn2A |
S123c mutant of the iron-superoxide dismutase from mycobacterium tuberculosis. |
|
73
|
198
|
1gn6A |
G152a mutant of mycobacterium tuberculosis iron-superoxide dismutase. |
|
75
|
198
|
1gn3A |
H145q mutant of mycobacterium tuberculosis iron-superoxide dismutase. |
|
37
|
153
|
1funA |
Superoxide dismutase mutant with lys 136 replaced by glu, cys 6 replaced by ala and cys 111 replaced by ser (k136e, c6a, c111s) |
|
38
|
153
|
1f1aA |
Crystal structure of yeast h48q cuznsod fals mutant analog |
|
39
|
153
|
1f1gA |
Crystal structure of yeast cuznsod exposed to nitric oxide |
|
69
|
205
|
1en6A |
Crystal structure analysis of the e. coli manganese superoxide dismutase q146l mutant |
