|
100
|
349
|
3cwvA |
Crystal structure of b-subunit of the dna gyrase from myxococcus xanthus |
|
98
|
543
|
3cdjA |
Crystal structure of the e. coli kh/s1 domain truncated pnpase |
|
161
|
541
|
3cdiA |
Crystal structure of e. coli pnpase |
|
239
|
841
|
3b82A |
Structure of the eef2-exoa(e546h)-nad+ complex |
|
240
|
841
|
3b8hA |
Structure of the eef2-exoa(e546a)-nad+ complex |
|
239
|
841
|
3b78A |
Structure of the eef2-exoa(r551h)-nad+ complex |
|
76
|
247
|
3b4tA |
Crystal structure of mycobacterium tuberculosis rnase ph, the mycobacterium tuberculosis structural genomics consortium target rv1340 |
|
235
|
841
|
2zitA |
Structure of the eef2-exoa-nad+ complex |
|
33
|
144
|
2z5cA |
Crystal structure of a novel chaperone complex for yeast 20s proteasome assembly |
|
117
|
506
|
2zbkB |
Crystal structure of an intact type ii dna topoisomerase: insights into dna transfer mechanisms |
|
29
|
147
|
2z5cB |
Crystal structure of a novel chaperone complex for yeast 20s proteasome assembly |
|
29
|
122
|
2z5eA |
Crystal structure of proteasome assembling chaperone 3 |
|
32
|
147
|
2z5bA |
Crystal structure of a novel chaperone complex for yeast 20s proteasome assembly |
|
31
|
178
|
2z5bB |
Crystal structure of a novel chaperone complex for yeast 20s proteasome assembly |
|
214
|
691
|
2xexA |
Crystal structure of staphylococcus aureus elongation factor g |
|
91
|
305
|
2x7iA |
Crystal structure of mevalonate kinase from methicillin-resistant staphylococcus aureus mrsa252 |
|
64
|
297
|
2wp8A |
Yeast rrp44 nuclease |
|
90
|
283
|
2ww4A |
A triclinic crystal form of e. coli 4-diphosphocytidyl-2c-methyl-d- erythritol kinase |
|
53
|
198
|
2x36A |
Structure of the proteolytic domain of the human mitochondrial lon protease |
|
67
|
222
|
2wnrB |
The structure of methanothermobacter thermautotrophicus exosome core assembly |
|
81
|
261
|
2wnrA |
The structure of methanothermobacter thermautotrophicus exosome core assembly |
|
60
|
237
|
2wp8B |
Yeast rrp44 nuclease |
|
88
|
294
|
2vesA |
Crystal structure of lpxc from pseudomonas aeruginosa complexed with the potent bb-78485 inhibitor |
|
86
|
270
|
2v8pA |
Ispe in complex with adp and cdp |
|
83
|
269
|
2vf3A |
Aquifex aeolicus ispe in complex with ligand |
|
85
|
269
|
2v2zA |
Ispe in complex with adp and cdpme |
|
86
|
269
|
2v2qA |
Ispe in complex with ligand |
|
83
|
270
|
2v2vA |
Ispe in complex with ligand |
|
87
|
269
|
2v34A |
Ispe in complex with cytidine and ligand |
|
117
|
395
|
2r42A |
The biochemical and structural basis for feedback inhibition of mevalonate kinase and isoprenoid metabolism |
|
121
|
394
|
2r3vA |
The biochemical and structural basis for feedback inhibition of mevalonate kinase and isoprenoid metabolism |
|
82
|
606
|
2q2eB |
Crystal structure of the topoisomerase vi holoenzyme from methanosarcina mazei |
|
75
|
236
|
2po0A |
Crystal structure of the p. abyssi exosome rnase ph ring complexed with adp in double conformation |
|
49
|
188
|
2pnmA |
Crystal structure of vp4 protease from infectious pancreatic necrosis virus (ipnv) in space group p6122 |
|
54
|
203
|
2pnlA |
Crystal structure of vp4 protease from infectious pancreatic necrosis virus (ipnv) in space group p1 |
|
84
|
267
|
2po2B |
Crystal structure of the p. abyssi exosome rnase ph ring complexed with cdp |
|
76
|
236
|
2pnzA |
Crystal structure of the p. abyssi exosome rnase ph ring complexed with udp and gmp |
|
73
|
236
|
2po2A |
Crystal structure of the p. abyssi exosome rnase ph ring complexed with cdp |
|
169
|
628
|
2o1vA |
Structure of full length grp94 with adp bound |
|
119
|
426
|
2o1tA |
Structure of middle plus c-terminal domains (m+c) of grp94 |
|
91
|
267
|
2o3zA |
X-ray crystal structure of lpxc complexed with 3-heptyloxybenzoate |
|
166
|
628
|
2o1uA |
Structure of full length grp94 with amp-pnp bound |
|
91
|
289
|
2oi2A |
Streptococcus pneumoniae mevalonate kinase in complex with diphosphomevalonate |
|
53
|
270
|
2nn6C |
Structure of the human rna exosome composed of rrp41, rrp45, rrp46, rrp43, mtr3, rrp42, csl4, rrp4, and rrp40 |
|
65
|
341
|
2nn6A |
Structure of the human rna exosome composed of rrp41, rrp45, rrp46, rrp43, mtr3, rrp42, csl4, rrp4, and rrp40 |
|
53
|
281
|
2nn6E |
Structure of the human rna exosome composed of rrp41, rrp45, rrp46, rrp43, mtr3, rrp42, csl4, rrp4, and rrp40 |
|
25
|
119
|
2ljpA |
Backbone 1h, 13c, and 15n chemical shift assignments for e.coli ribonuclease p protein |
|
117
|
463
|
2o1wA |
Structure of n-terminal plus middle domains (n+m) of grp94 |
|
63
|
268
|
2jt2A |
Solution structure of the aquifex aeolicus lpxc- chir-090 complex |
|
56
|
211
|
2nn6D |
Structure of the human rna exosome composed of rrp41, rrp45, rrp46, rrp43, mtr3, rrp42, csl4, rrp4, and rrp40 |
