139
|
498
|
8sgvA |
Human liver mitochondrial catalase |
130
|
498
|
7vd9A |
2.29 a structure of the human catalase |
153
|
502
|
8pvdA |
Structure of catalase determined by cryoem at 100 kev |
150
|
498
|
8hidA |
Human erythrocyte catalse complexed with bt-br |
144
|
497
|
8el9A |
Cryo-em structure of human catalase |
230
|
678
|
7wcaA |
Catpo mutant - e484a |
226
|
678
|
7vn0A |
Catpo mutant - t188a |
157
|
502
|
7p8wA |
Human erythrocyte catalase cryoem |
133
|
499
|
7di8A |
Electron crystallographic structure of catalase using a direct electron detector at 300 kv |
241
|
726
|
6ztvA |
Crystal structure of catalase hpii from escherichia coli (serendipitously crystallized) |
247
|
726
|
6ztwA |
Crystal structure of catalase hpii from escherichia coli (serendipitously crystallized) |
251
|
727
|
6ztxA |
Crystal structure of catalase hpii from escherichia coli (serendipitously crystallized) |
156
|
499
|
6po0A |
The structure of the orthorhombic (p212121) crystal form of beef liver catalase at 1.85 a resolution |
152
|
498
|
6pm7A |
The structure of the triclinic crystal form of beef liver catalase at 1.85 a resolution |
224
|
682
|
6nszA |
X-ray reduced catalase 3 from n.crassa (0.526 mgy) |
224
|
682
|
6nt1A |
Catalase 3 from n.crassa in ferrous state (2.89 mgy) |
219
|
682
|
6nt0A |
Catalase 3 from n.crassa in ferrous state, x-ray reduced (1.315 mgy) |
224
|
682
|
6nsyA |
X-ray reduced catalase 3 from n.crassa in cpd i state (0.263 mgy) |
222
|
682
|
6nswA |
X-ray reduced catalase 3 from n.crassa in cpd i state (0.135 mgy) |
145
|
499
|
6jnuA |
Catalase structure determined by eefd (dataset 2) |
140
|
499
|
6jntA |
Catalase structure determined by eefd (dataset 1) |
232
|
678
|
5yemA |
Catpo mutant - t188f |
229
|
678
|
5xvzA |
Catpo mutant - h246w |
138
|
498
|
8catA |
The nadph binding site on beef liver catalase |
137
|
498
|
7catA |
The nadph binding site on beef liver catalase |
245
|
726
|
6by0A |
Crystal structure of catalase hpii from e. coli in space group p1 |
222
|
678
|
5y17A |
Catpo mutant - e316f |
235
|
678
|
5xznA |
Catpo mutant - v228c |
233
|
677
|
5xzmA |
Catpo mutant - v228i |
230
|
747
|
5bv2P |
Crystal structure of e. coli hpii catalase variant |
246
|
726
|
4entA |
Structure of the s234a variant of e. coli kate |
256
|
726
|
4enpA |
Structure of e530a variant e. coli kate |
247
|
725
|
4enqA |
Structure of e530d variant e. coli kate |
244
|
726
|
4enwA |
Structure of the s234n variant of e. coli kate |
246
|
726
|
4enrA |
Structure of e530i variant e. coli kate |
248
|
726
|
4ensA |
Structure of e530q variant of e. coli kate |
247
|
726
|
4enuA |
Structure of the s234d variant of e. coli kate |
250
|
726
|
4envA |
Structure of the s234i variant of e. coli kate |
149
|
479
|
4e37A |
Crystal structure of p. aeruginosa catalase, kata tetramer |
49
|
659
|
4catA |
Three-dimensional structure of catalase from penicillium vitale at 2.0 angstroms resolution |
234
|
678
|
4b5kA |
Probing the active center of catalase-phenol oxidase from scytalidium thermophilum |
233
|
678
|
4b2yA |
Probing the active center of catalase-phenol oxidase from scytalidium thermophilum |
194
|
681
|
4bimA |
Catalase 3 from neurospora crassa in tetragonal form exposes a modified tetrameric organization |
147
|
507
|
4cabA |
The refined structure of catalase dr1998 from deinococcus radiodurans at 2.6 a resolution |
152
|
499
|
4blcA |
The structure of orthorhombic crystals of beef liver catalase |
230
|
677
|
4b7aA |
Probing the active center of catalase-phenol oxidase from scytalidium thermophilum |
255
|
744
|
4bflA |
Structure of natively expressed catalase hpii |
166
|
515
|
4b7hA |
Structure of a highdose liganded bacterial catalase |
168
|
515
|
4b7fA |
Structure of a liganded bacterial catalase |
232
|
678
|
4aulA |
Crystal structure, recombinant expression and mutagenesis studies of the bifunctional catalase-phenol oxidase from scytalidium thermophilum |