|
74
|
223
|
1wdnA |
Glutamine-binding protein |
|
62
|
206
|
1ve4A |
Atp-phosphoribosyltransferase(hisg) from thermus thermophilus hb8 |
|
81
|
321
|
1vfdA |
Human lactoferrin, n-terminal lobe mutant with arg 121 replaced by glu (r121e) |
|
75
|
253
|
1vdwA |
A hypothetical protein ph1897 from pyrococcus horikoshii with similarities for inositol-1 monophosphatase |
|
88
|
321
|
1vfeA |
Human lactoferrin, n-terminal lobe mutant with arg 121 replaced by ser (r121s) |
|
58
|
226
|
1uthB |
Dntr from burkholderia sp. strain dnt in complex with thiocyanate |
|
54
|
201
|
1usyH |
Atp phosphoribosyl transferase (hisg:hisz) complex from thermotoga maritima |
|
54
|
201
|
1usyE |
Atp phosphoribosyl transferase (hisg:hisz) complex from thermotoga maritima |
|
60
|
214
|
1utbA |
Dntr from burkholderia sp. strain dnt |
|
90
|
297
|
1us4A |
Putative glur0 ligand binding core with l-glutamate |
|
119
|
370
|
1urdA |
X-ray structures of the maltose-maltodextrin binding protein of the thermoacidophilic bacterium alicyclobacillus acidocaldarius provide insight into acid stability of proteins |
|
120
|
373
|
1urgA |
X-ray structures from the maltose-maltodextrin binding protein of the thermoacidophilic bacterium alicyclobacillus acidocaldarius |
|
148
|
496
|
1uiuA |
Crystal structures of the liganded and unliganded nickel binding protein nika from escherichia coli (nickel unliganded form) |
|
120
|
366
|
1ursA |
X-ray structures of the maltose-maltodextrin binding protein of the thermoacidophilic bacterium alicyclobacillus acidocaldarius |
|
103
|
297
|
1us5A |
Putative glur0 ligand binding core with l-glutamate |
|
120
|
487
|
1uqwA |
Crystal structure of ylib protein from escherichia coi |
|
61
|
227
|
1utbB |
Dntr from burkholderia sp. strain dnt |
|
154
|
497
|
1uivA |
Crystal structures of the liganded and unliganded nickel binding protein nika from escherichia coli (nickel liganded form) |
|
61
|
219
|
1uthA |
Dntr from burkholderia sp. strain dnt in complex with thiocyanate |
|
87
|
251
|
1tt1A |
Crystal structure of the glur6 ligand binding core in complex with kainate 1.93 a resolution |
|
83
|
248
|
1txfA |
Crystal structure of the glur5 ligand binding core in complex with glutamate at 2.1 angstrom resolution |
|
100
|
329
|
1tfaA |
Ovotransferrin, n-terminal lobe, apo form |
|
67
|
299
|
1tfdA |
High-resolution x-ray studies on rabbit serum transferrin: preliminary structure analysis of the n-terminal half-molecule at 2.3 angstroms resolution |
|
71
|
249
|
1twyA |
Crystal structure of an abc-type phosphate transport receptor from vibrio cholerae |
|
97
|
270
|
1sw5A |
Crystal structure of prox from archeoglobus fulgidus in the ligand free form |
|
83
|
259
|
1syhA |
X-ray structure of the glur2 ligand-binding core (s1s2j) in complex with (s)-cpw399 at 1.85 a resolution. |
|
93
|
270
|
1sw1A |
Crystal structure of prox from archeoglobus fulgidus in complex with proline betaine |
|
232
|
691
|
1sqyA |
Structure of human diferric lactoferrin at 2.5a resolution using crystals grown at ph 6.5 |
|
99
|
270
|
1sw2A |
Crystal structure of prox from archeoglobus fulgidus in complex with glycine betaine |
|
125
|
369
|
1svxB |
Crystal structure of a designed selected ankyrin repeat protein in complex with the maltose binding protein |
|
50
|
353
|
1spiA |
Crystal structure of spinach chloroplast fructose-1,6-bisphosphatase at 2.8 angstroms resolution |
|
85
|
259
|
1syiA |
X-ray structure of the y702f mutant of the glur2 ligand-binding core (s1s2j) in complex with (s)-cpw399 at 2.1 a resolution. |
|
99
|
270
|
1sw4A |
Crystal structure of prox from archeoglobus fulgidus in complex with trimethyl ammonium |
|
113
|
335
|
1sdxA |
Crystal structure of the zinc saturated c-terminal half of bovine lactoferrin at 2.0 a resolution reveals two additional zinc binding sites |
|
86
|
258
|
1s50A |
X-ray structure of the glur6 ligand binding core (s1s2a) in complex with glutamate at 1.65 a resolution |
|
83
|
251
|
1sd3A |
Crystal structure of the glur6 ligand binding core in complex with 2s,4r-4-methylglutamate at 1.8 angstrom resolution |
|
103
|
324
|
1ryoA |
Human serum transferrin, n-lobe bound with oxalate |
|
126
|
316
|
1si1A |
Crystal structure of mannheimia haemolytica ferric iron-binding protein a in an open conformation |
|
88
|
251
|
1s9tA |
Crystal structure of the glur6 ligand binding core in complex with quisqualate at 1.8a resolution |
|
75
|
686
|
1ryxA |
Crystal structure of hen serum transferrin in apo- form |
|
126
|
316
|
1si0A |
Crystal structure of mannheimia haemolytica ferric iron-binding protein a in a closed conformation |
|
86
|
251
|
1s7yA |
Crystal structure of the glur6 ligand binding core in complex with glutamate at 1.75 a resolution orthorhombic form |
|
126
|
309
|
1sbpA |
1.7 angstroms refined structure of sulfate-binding protein involved in active transport and novel mode of sulfate binding |
|
105
|
337
|
1rdzA |
T-state structure of the arg 243 to ala mutant of pig kidney fructose 1,6-bisphosphatase expressed in e. coli |
|
100
|
309
|
1r1nA |
Tri-nuclear oxo-iron clusters in the ferric binding protein from n. gonorrhoeae |
|
170
|
517
|
1rkmA |
Structure of oppa |
|
112
|
309
|
1r9qA |
Structure analysis of prox in complex with proline betaine |
|
101
|
337
|
1rdyA |
T-state structure of the arg 243 to ala mutant of pig kidney fructose 1,6-bisphosphatase expressed in e. coli |
|
59
|
337
|
1rdxA |
R-state structure of the arg 243 to ala mutant of pig kidney fructose 1,6-bisphosphatase expressed in e. coli |
|
114
|
309
|
1r9lA |
Structure analysis of prox in complex with glycine betaine |
