|
115
|
335
|
4fjpA |
Crystal structure of c-lobe of bovine lactoferrin complexed with naproxen at 1.68 a resolution |
|
204
|
679
|
3qytA |
Diferric bound human serum transferrin |
|
124
|
402
|
4febA |
Crystal structure of htt36q3h-ex1-x1-c2(beta) |
|
120
|
402
|
4fecA |
Crystal structure of htt36q3h |
|
120
|
402
|
4fe8A |
Crystal structure of htt36q3h-ex1-x1-c1(alpha) |
|
97
|
272
|
3r6uA |
Crystal structure of choline binding protein opubc from bacillus subtilis |
|
117
|
335
|
4fimA |
Crystal structure of c-lobe of bovine lactoferrin complexed with celecoxib acid at 1.80 a resolution |
|
116
|
401
|
4fedA |
Crystal structure of htt36q3h |
|
76
|
231
|
3r26A |
Perrhenate binding to molybdate binding protein |
|
100
|
327
|
4fbpA |
Conformational transition of fructose-1,6-bisphosphatase: structure comparison between the amp complex (t form) and the fructose 6-phosphate complex (r form) |
|
158
|
498
|
3qimA |
Histidine 416 of the periplamsic binding protein nika is essential for nickel uptake in escherichia coli |
|
133
|
385
|
3qufA |
The structure of a family 1 extracellular solute-binding protein from bifidobacterium longum subsp. infantis |
|
113
|
318
|
3qslA |
Structure of cae31940 from bordetella bronchiseptica rb50 |
|
82
|
250
|
3qxmA |
Crystal structure of human gluk2 ligand-binding core in complex with novel marine-derived toxins, neodysiherbaine a |
|
74
|
262
|
3qmfA |
Crystal strucuture of an inositol monophosphatase family protein (sas2203) from staphylococcus aureus mssa476 |
|
103
|
308
|
3qk6A |
Crystal structure of escherichia coli phnd |
|
100
|
308
|
3qujA |
Crystal structure of the phosphonate binding protein, phnd, from escherichia coli |
|
125
|
374
|
3puxE |
Crystal structure of an outward-facing mbp-maltose transporter complex bound to adp-bef3 |
|
123
|
386
|
3q28A |
Cyrstal structure of human alpha-synuclein (58-79) fused to maltose binding protein (mbp) |
|
114
|
370
|
3puzE |
Crystal structure of a pre-translocation state mbp-maltose transporter complex bound to amp-pnp |
|
114
|
370
|
3pv0E |
Crystal structure of a pre-translocation state mbp-maltose transporter complex without nucleotide |
|
114
|
374
|
3puvE |
Crystal structure of an outward-facing mbp-maltose transporter complex bound to adp-vo4 |
|
130
|
403
|
3q26A |
Cyrstal structure of human alpha-synuclein (10-42) fused to maltose binding protein (mbp) |
|
118
|
374
|
3puyE |
Crystal structure of an outward-facing mbp-maltose transporter complex bound to amp-pnp after crystal soaking of the pretranslocation state |
|
99
|
322
|
3pu5A |
The crystal structure of a putative extracellular solute-binding protein from bordetella parapertussis |
|
126
|
396
|
3q27A |
Cyrstal structure of human alpha-synuclein (32-57) fused to maltose binding protein (mbp) |
|
120
|
388
|
3q25A |
Crystal structure of human alpha-synuclein (1-19) fused to maltose binding protein (mbp) |
|
121
|
374
|
3puwE |
Crystal structure of an outward-facing mbp-maltose transporter complex bound to adp-alf4 |
|
64
|
232
|
3qaxA |
Crystal structure analysis of the cpb0502 |
|
123
|
381
|
3q29A |
Cyrstal structure of human alpha-synuclein (1-19) fused to maltose binding protein (mbp) |
|
96
|
270
|
3ppnA |
Structures of the substrate-binding protein provide insights into the multiple compatible solutes binding specificities of bacillus subtilis abc transporter opuc |
|
85
|
263
|
3pmxA |
Ligand-binding domain of glua2 (flip) ionotropic glutamate receptor in complex with an allosteric modulator |
|
81
|
261
|
3pmwA |
Ligand-binding domain of glua2 (flip) ionotropic glutamate receptor in complex with an allosteric modulator |
|
119
|
300
|
3p7iA |
Crystal structure of escherichia coli phnd in complex with 2-aminoethyl phosphonate |
|
65
|
333
|
3ptyA |
Crystal structure of the c-terminal extracellular domain of mycobacterium tuberculosis embc |
|
100
|
271
|
3ppqA |
Structures of the substrate-binding protein provide insights into the multiple compatible solutes binding specificities of bacillus subtilis abc transporter opuc |
|
80
|
258
|
3pd9A |
X-ray structure of the ligand-binding core of glua2 in complex with (r)-5-hpca at 2.1 a resolution |
|
99
|
272
|
3ppoA |
Structures of the substrate-binding protein provide insights into the multiple compatible solutes binding specificities of bacillus subtilis abc transporter opuc |
|
88
|
263
|
3pmvA |
Ligand-binding domain of glua2 (flip) ionotropic glutamate receptor in complex with an allosteric modulator |
|
105
|
272
|
3pppA |
Structures of the substrate-binding protein provide insights into the multiple compatible solutes binding specificities of bacillus subtilis abc transporter opuc |
|
87
|
259
|
3pd8A |
X-ray structure of the ligand-binding core of glua2 in complex with (s)-7-hpca at 2.5 a resolution |
|
103
|
271
|
3pprA |
Structures of the substrate-binding protein provide insights into the multiple compatible solutes binding specificities of bacillus subtilis abc transporter opuc |
|
122
|
367
|
3pgfA |
Crystal structure of maltose bound mbp with a conformationally specific synthetic antigen binder (sab) |
|
187
|
614
|
3osqA |
Maltose-bound maltose sensor engineered by insertion of circularly permuted green fluorescent protein into e. coli maltose binding protein at position 175 |
|
138
|
395
|
3ooaA |
Crystal structures and biochemical characterization of the bacterial solute receptor acbh reveal an unprecedented exclusive substrate preference for b-d-galactopyranose |
|
147
|
390
|
3oo6A |
Crystal structures and biochemical characterization of the bacterial solute receptor acbh reveal an unprecedented exclusive substrate preference for b-d-galactopyranose |
|
51
|
191
|
3onmA |
Effector binding domain of lysr-type transcription factor rovm from y. pseudotuberculosis |
|
48
|
215
|
3oxnA |
The crystal structure of a putative transcriptional regulator from vibrio parahaemolyticus |
|
186
|
503
|
3ombA |
Crystal structure of extracellular solute-binding protein from bifidobacterium longum subsp. infantis |
|
142
|
395
|
3oo9A |
Crystal structures and biochemical characterization of the bacterial solute receptor acbh reveal an unprecedented exclusive substrate preference for b-d-galactopyranose |
