|
49
|
277
|
9ufbB |
Ubiquinol binding site of cytochrome bo3 from a.b |
|
144
|
341
|
9sigA |
Xfel structure of oxidised ribonucleotide reductase r2a y122f mutant from e. coli |
|
137
|
341
|
9tcdA |
Xfel structure of oxidised ribonucleotide reductase r2a y122f mutant from e. coli, hexagonal p6122 form |
|
77
|
191
|
9ufzC |
Ubiquinol binding site of cytochrome bo3 from acinetobacter baumannii |
|
75
|
191
|
9ufvC |
Ubiquinol binding site of cytochrome bo3 from acinetobacter baumannii |
|
55
|
277
|
9ufvB |
Ubiquinol binding site of cytochrome bo3 from acinetobacter baumannii |
|
73
|
191
|
9ufbC |
Ubiquinol binding site of cytochrome bo3 from a.b |
|
37
|
97
|
9ufbD |
Ubiquinol binding site of cytochrome bo3 from a.b |
|
99
|
293
|
9uphA |
Crystal structure of imine reductase mutant(ahtanredam) from actinoalloteichus hymeniacidonis in complex with nadph |
|
109
|
293
|
9urkA |
Crystal structure of imine reductase mutant(ahtanredam) from actinoalloteichus hymeniacidonis in complex with nadph |
|
128
|
363
|
13goA |
Crystal structure of glycerol dehydrogenase from streptococcus agalactiae |
|
100
|
313
|
9obbA |
Crystal structure of dihydroorotate dehydrogenase from leishmania brasiliensis in complex with 5-[(e)-3-(p-methoxyphenyl)-2-propenylidene]-2,4,6(1h,3h,5h)-pyrimidinetrione |
|
240
|
725
|
28wuA |
Crystal structure of catalase hpii (kate) from escherichia coli |
|
212
|
614
|
9kc4A |
The cryo-em structure of human succinate dehydrogenase in complex with benzovindiflupyr |
|
104
|
313
|
9ocmA |
Crystal structure of dihydroorotate dehydrogenase from leishmania brasiliensis in complex with (e)-5-(3-(4-nitrophenyl)allylidene)pyrimidine-2,4,6(1h,3h,5h)-trione |
|
49
|
136
|
9kc4C |
The cryo-em structure of human succinate dehydrogenase in complex with benzovindiflupyr |
|
87
|
248
|
9x6lA |
Crystal structure of klebsiella oxytoca ribitol dehydrogenase |
|
60
|
239
|
9kc4B |
The cryo-em structure of human succinate dehydrogenase in complex with benzovindiflupyr |
|
40
|
101
|
9kc4D |
The cryo-em structure of human succinate dehydrogenase in complex with benzovindiflupyr |
|
52
|
184
|
9sw3C |
Structure of the mvhagd-hdrabc dimer of m. marburgensis under state 2 substate b (composite structure) |
|
74
|
301
|
9sw2E |
Structure of the mvhagd-hdrabc dimer of m. marburgensis under state 2 substate a (composite structure) |
|
48
|
180
|
9sw4C |
Structure of the mvhagd-hdrabc dimer of m. marburgensis under state 1 substate a (composite structure) |
|
143
|
446
|
9sw2F |
Structure of the mvhagd-hdrabc dimer of m. marburgensis under state 2 substate a (composite structure) |
|
142
|
434
|
9sw6J |
Structure of the mvh-hdr-fmd complex of methanothermobacter marburgensis (composite structure) |
|
86
|
240
|
9x6oA |
Crystal structure of klebsiella oxytoca ribitol dehydrogenase in complex with nad+ |
|
83
|
291
|
9sw5B |
Structure of the mvhagd-hdrabc dimer of m. marburgensis under state 1 substate b (composite structure) |
|
135
|
447
|
9sw5F |
Structure of the mvhagd-hdrabc dimer of m. marburgensis under state 1 substate b (composite structure) |
|
48
|
136
|
9sw6D |
Structure of the mvh-hdr-fmd complex of methanothermobacter marburgensis (composite structure) |
|
47
|
136
|
9sw2D |
Structure of the mvhagd-hdrabc dimer of m. marburgensis under state 2 substate a (composite structure) |
|
78
|
296
|
9qw5A |
Urate oxidase from aspergillus flavus with its inhibitor 9-methyl uric acid by continuous serial electron diffraction (serialed) |
|
79
|
296
|
9qw6A |
Urate oxidase from aspergillus flavus with its substrate uric acid by continuous serial electron diffraction (serialed) |
|
124
|
342
|
9qykA |
Crystal structure of human l-lactate dehydrogenase b protein in complex with nadh, oxamate and sertraline |
|
143
|
446
|
9sw3F |
Structure of the mvhagd-hdrabc dimer of m. marburgensis under state 2 substate b (composite structure) |
|
82
|
291
|
9sw4B |
Structure of the mvhagd-hdrabc dimer of m. marburgensis under state 1 substate a (composite structure) |
|
161
|
647
|
9sw3A |
Structure of the mvhagd-hdrabc dimer of m. marburgensis under state 2 substate b (composite structure) |
|
63
|
301
|
9sw4E |
Structure of the mvhagd-hdrabc dimer of m. marburgensis under state 1 substate a (composite structure) |
|
145
|
447
|
9sw6F |
Structure of the mvh-hdr-fmd complex of methanothermobacter marburgensis (composite structure) |
|
47
|
184
|
9sw5C |
Structure of the mvhagd-hdrabc dimer of m. marburgensis under state 1 substate b (composite structure) |
|
122
|
318
|
9um2A |
Pterocarpan reductase guptr1 from glycyrrhiza uralensis |
|
87
|
286
|
9sw6B |
Structure of the mvh-hdr-fmd complex of methanothermobacter marburgensis (composite structure) |
|
93
|
291
|
9sw2B |
Structure of the mvhagd-hdrabc dimer of m. marburgensis under state 2 substate a (composite structure) |
|
83
|
248
|
9x6mA |
Crystal structure of klebsiella oxytoca ribitol dehydrogenase in complex with d-allose |
|
154
|
647
|
9sw5A |
Structure of the mvhagd-hdrabc dimer of m. marburgensis under state 1 substate b (composite structure) |
|
34
|
410
|
9sw6G |
Structure of the mvh-hdr-fmd complex of methanothermobacter marburgensis (composite structure) |
|
54
|
348
|
9sw6H |
Structure of the mvh-hdr-fmd complex of methanothermobacter marburgensis (composite structure) |
|
90
|
254
|
9x6nA |
Crystal structure of klebsiella oxytoca ribitol dehydrogenase in complex with d-allulose |
|
126
|
446
|
9sw4F |
Structure of the mvhagd-hdrabc dimer of m. marburgensis under state 1 substate a (composite structure) |
|
99
|
396
|
9sw6K |
Structure of the mvh-hdr-fmd complex of methanothermobacter marburgensis (composite structure) |
|
85
|
305
|
9qslA |
Crystal structure of mycobacterium smegmatis thioredoxin reductase in complex with z4666192264 |
|
78
|
288
|
9vkmA |
Crystal structure of the fe(ii)/alpha-ketoglutarate dependent dioxygenase micc |
