|
72
|
232
|
9cv4A |
Crystal structure of the metallo-beta-lactamase vim-31 with d-captopril |
|
72
|
231
|
9cv5A |
Crystal structure of the metallo-beta-lactamase vim-31 with l-captopril |
|
67
|
233
|
9cv2A |
Crystal structure of the metallo-beta-lactamase vim-20 with d-captopril |
|
80
|
265
|
8r88A |
Structure of p107t blac from mycobacterium tuberculosis |
|
95
|
261
|
8sj3A |
Beta-lactamase ctx-m-14 e166y/n170g |
|
114
|
341
|
8cf0A |
Crystal structure of human dna cross-link repair 1a in complex with quinoxalinedione inhibitor h2 |
|
110
|
341
|
8cg9A |
Crystal structure of human dna cross-link repair 1a in complex with a cyclic n-hydroxyurea inhibitor |
|
118
|
341
|
8cewA |
Crystal structure of human dna cross-link repair 1a in complex with n-hydroxyimide inhibitor h1 |
|
61
|
219
|
8hybA |
Crystal structure of b1 imp-1 mbl in complex with 2-amino-5-phenethylthiazole-4-carboxylic acid |
|
74
|
231
|
8i52A |
Crystal structure of vim-2 metallo-beta-lactamase in complex with 10-hhia |
|
86
|
242
|
7r6zA |
Oxa-48 bound by compound 3.3 |
|
87
|
242
|
7l8oA |
Oxa-48 bound by compound 4.3 |
|
85
|
246
|
7l5vA |
Crystal structure of the class d beta-lactamase oxa-935 from pseudomonas aeruginosa, monoclinic crystal form |
|
83
|
247
|
7l5rA |
Crystal structure of the oxacillin-hydrolyzing class d extended-spectrum beta-lactamase oxa-14 from pseudomonas aeruginosa |
|
80
|
246
|
7l5tA |
Crystal structure of the oxacillin-hydrolyzing class d extended-spectrum beta-lactamase oxa-14 from pseudomonas aeruginosa in complex with covalently bound clavulanic acid |
|
93
|
262
|
7s0vA |
The role of an asp-asp pair in the structure, function and inhibition of ctx-m class a beta-lactamase |
|
97
|
264
|
7tb7A |
Crystal structure of d179n kpc-2 beta-lactamase |
|
65
|
266
|
7tbxA |
Crystal structure of d179y kpc-2 beta-lactamase |
|
95
|
265
|
7tc1A |
Crystal structure of d179n kpc-2 beta-lactamase in complex with vaborbactam |
|
83
|
241
|
7jhqA |
Oxa-48 bound by compound 2.3 |
|
79
|
250
|
7mebA |
Cdd-1 beta-lactamase in imidazole/mpd 2 minute avibactam complex |
|
84
|
242
|
6xqrA |
Oxa-48 bound by compound 2.2 |
|
84
|
242
|
7nrjAAA |
Crystal structure of a class d carbapenemase complexed with iodide |
|
77
|
250
|
7me9A |
Cdd-1 beta-lactamase in imidazole/mpd 30 seconds avibactam complex |
|
78
|
250
|
7meaA |
Cdd-1 beta-lactamase in imidazole/mpd 1 minute avibactam complex |
|
79
|
247
|
7l5rB |
Crystal structure of the oxacillin-hydrolyzing class d extended-spectrum beta-lactamase oxa-14 from pseudomonas aeruginosa |
|
85
|
242
|
7k5vA |
Oxa-48 bound by compound 3.1 |
|
88
|
241
|
7dmlA |
Oxa-48 carbapenemase in complex with (r)-2-(1-hydroxy-1,3-dihydrobenzo[c][1,2]oxaborol-3-yl)acrylic acid |
|
85
|
264
|
7l91A |
Structure of metallo beta-lactamase l1 in a complex with hydrolyzed moxalactam determined by pink-beam serial crystallography |
|
87
|
259
|
7bdrA |
Structure of ctx-m-15 e166q mutant crystallised in the presence of tazobactam (aai101) |
|
92
|
259
|
7bdsA |
Structure of ctx-m-15 crystallised in the presence of tazobactam |
|
77
|
245
|
7b3rA |
Oxa-10 beta-lactamase with s64dha modification and lysinoalanine crosslink |
|
80
|
246
|
7b3sA |
Oxa-10 beta-lactamase with s67dha modification |
|
78
|
246
|
7b3uA |
Oxa-10 beta-lactamase with covalent modification |
|
78
|
246
|
7b3rB |
Oxa-10 beta-lactamase with s64dha modification and lysinoalanine crosslink |
|
97
|
278
|
8tjmA |
Crystal structure of kpc-44 carbapenemase |
|
95
|
278
|
8tmtA |
Crystal structure of kpc-44 carbapenemase in complex with vaborbactam |
|
93
|
275
|
8tn0A |
Crystal structure of kpc-44 carbapenemase w/o cryoprotectant |
|
90
|
277
|
8tmrA |
Crystal structure of kpc-44 carbapenemase complexed with avibactam |
|
81
|
264
|
7uhnA |
Time-resolved structure of metallo beta-lactamase l1 in a complex with cleaved moxalactam (300 ms snapshot) |
|
82
|
264
|
7uhlA |
Time-resolved structure of metallo beta-lactamase l1 in a complex with non-hydrolyzed moxalactam (100 ms snapshot) |
|
77
|
264
|
7uhpA |
Time-resolved structure of metallo beta-lactamase l1 in a complex with cleaved moxalactam (2000 ms snapshot) |
|
79
|
264
|
7uhjA |
Time-resolved structure of metallo beta-lactamase l1 in a complex with non-hydrolyzed moxalactam (60 ms snapshot) |
|
79
|
264
|
7uhrA |
Time-resolved structure of metallo beta-lactamase l1 before reaction (dark-set) |
|
76
|
264
|
7uhmA |
Time-resolved structure of metallo beta-lactamase l1 in a complex with cleaved moxalactam (150 ms snapshot) |
|
81
|
264
|
7uhhA |
Time-resolved structure of metallo beta-lactamase l1 in a complex with non-hydrolyzed moxalactam (20 ms snapshot) |
|
80
|
264
|
7uhkA |
Time-resolved structure of metallo beta-lactamase l1 in a complex with non-hydrolyzed moxalactam (80 ms snapshot) |
|
82
|
264
|
7uhqA |
Time-resolved structure of metallo beta-lactamase l1 in a complex with cleaved moxalactam (4000 ms snapshot) |
|
83
|
264
|
7uhtA |
Ssx structure of metallo beta-lactamase l1 with one zinc in the active site |
|
78
|
263
|
7uhsA |
Ssx structure of metallo beta-lactamase l1 with two water molecules in the active site |
