|
72
|
231
|
8k8lA |
Structure of klebsiella pneumonia moda with molybdate |
|
88
|
241
|
8ji4A |
Crystal structure of aetd in complex with 5-bromo-l-tryptophan |
|
88
|
240
|
8ji6A |
Crystal structure of aetd in complex with l-tryptophan |
|
85
|
239
|
8ji3A |
Crystal structure of aetd in complex with 5,7-dibromo-l-tryptophan and two fe2+ |
|
85
|
238
|
8ji7A |
Crystal structure of aetd in complex with l-tryptophan and two fe2+ |
|
70
|
230
|
8k8kA |
Structure of klebsiella pneumonia moda |
|
88
|
240
|
8ji2A |
Crystal structure of aetd in complex with 5,7-dibromo-l-tryptophan |
|
222
|
583
|
8h0oA |
Crystal structure of human serum albumin and ruthenium pza complex adduct |
|
70
|
173
|
8h8nA |
Crystal structure of apo-r52y/e56y/r59y/e63y-rhlfr |
|
72
|
172
|
8h8mA |
Crystal structure of apo-e53f/e57f/e60f/e64f-rhlfr |
|
72
|
174
|
8h8lA |
Crystal structure of apo-r52f/e56f/r59f/e63f-rhlfr |
|
77
|
190
|
8eumA |
Microed structure of an aeropyrum pernix protoglobin mutant |
|
12
|
100
|
8bxjA |
Apo structure of the specific silver chaperone needed for bacterial silver resistance |
|
15
|
79
|
8bbzAAA |
Crystal structure of silf (apo form) |
|
11
|
100
|
8c2qA |
Silver ion-bound structure of the silver specific chaperone silf needed for bacterial silver resistance |
|
18
|
68
|
8bfgA |
Solution structure of human apo/calmodulin g113r (g114r) |
|
21
|
69
|
8bd2A |
Calcium-bound calmodulin variant g113r |
|
14
|
77
|
8bhuAAA |
Crystal structure of silf (ag(i) form |
|
78
|
172
|
8bkbA |
Cryo-em structure of mouse heavy-chain apoferritin at 2.2 a plunged 205ms after mixing with b-galactosidase |
|
35
|
123
|
8af2A |
Human sterol carrier protein with unnatural amino acid 2,2'-bipyridine alanine incorporated at position 111 |
|
74
|
172
|
8bk9A |
Cryo-em structure of mouse heavy-chain apoferritin at 2.1 a plunged 5ms after mixing with b-galactosidase |
|
31
|
116
|
8af3A |
Sterol carrier protein artifical metalloenzyme incorporating q111c mutation coupled to 2,2'-bipyridine |
|
53
|
263
|
8cgeA |
The crystal structure of a cobalt-bound scfv reveals a tetrameric polyhistidine motif (tetrhis) |
|
75
|
172
|
8bkaA |
Cryo-em structure of mouse heavy-chain apoferritin at 2.7 a plunged 35ms after mixing with b-galactosidase |
|
20
|
123
|
8c5hS |
Nbsyt1 anti-(rat synaptotagmin-1) nanobody bound to target cytosolic domain of synaptotagmin-1 |
|
35
|
121
|
8c5hN |
Nbsyt1 anti-(rat synaptotagmin-1) nanobody bound to target cytosolic domain of synaptotagmin-1 |
|
143
|
425
|
8brnA |
Crystal structure of red kidney bean purple acid phosphatase in complex with an alpha-aminonaphthylmethylphosphonic acid inhibitor |
|
71
|
170
|
7y74A |
Apostichopus japonicus ferritin mutant-d129a/e132a |
|
221
|
581
|
7y2dA |
Hsa-cu agent complex |
|
35
|
169
|
8garA |
Nitrosomonas europaea cytochrome p460 arg44ala |
|
67
|
158
|
7y6gA |
Cryo-em structure of bacterioferritin holoform 1a |
|
66
|
158
|
7y6pA |
Cryo-em structure if bacterioferritin holoform |
|
67
|
158
|
7y6fA |
Cryo-em structure of apo form of scbfr |
|
3
|
44
|
7yabA |
Solution structure of zinc finger domain 1 of human zfand1 |
|
3
|
45
|
7y7lA |
Solution structure of zinc finger domain 2 of human zfand1 |
|
106
|
464
|
8gumA |
Chitin-active aa10 lpmo (gbpa) from vibrio campbellii |
|
105
|
464
|
8gulA |
Chitin-active aa10 lpmo (gbpa) complexed with cu(ii) from vibrio campbellii |
|
138
|
361
|
7yltA |
Structure of a bacteria protein |
|
22
|
118
|
8hjzA |
Crystal structure of a cupin protein (tm1459, h52a/h58q mutant) in copper (cu) substituted form |
|
23
|
118
|
8hjyA |
Crystal structure of a cupin protein (tm1459, h52a/h58e/f104w mutant) in copper (cu) substituted form |
|
93
|
327
|
7ylrA |
Structure of a bacteria protein |
|
24
|
118
|
8hjxA |
Crystal structure of a cupin protein (tm1459, h52a/h58e mutant) in copper (cu) substituted form |
|
42
|
158
|
7ylsA |
Structure of a bacteria protein complex |
|
151
|
436
|
7ylsB |
Structure of a bacteria protein complex |
|
36
|
110
|
8fnrA |
X-ray crystal structure of hansschlegelia quercus lanmodulin (lanm) with dysprosium (iii) bound at ph 7 |
|
36
|
110
|
8dq2A |
X-ray crystal structure of hansschlegelia quercus lanmodulin (lanm) with lanthanum (iii) bound at ph 7 |
|
34
|
105
|
8fnsA |
X-ray crystal structure of methylorubrum extorquens am1 lanmodulin (lanm) with neodymium (iii) bound at ph 7 |
|
3
|
35
|
8ovlA |
Nmr solution structure of the heavy metal binding domain of p1b-atpase lpcopa. |
|
95
|
310
|
8cdfA |
Structure of glutarate hydroxylase (glah) from escherichia coli at a resolution of 1.8 angstrom obtained as a contaminant during routine use of e. coli as an expression host |
|
71
|
160
|
8sqoA |
Crystal structure of bacterioferritin (bfr) from brucella abortus (magnesium bound, f16l mutant) |
