|
23
|
107
|
9e1gE |
Structure of ryr1 in the primed state in the presence of oxypurinol |
|
72
|
287
|
9gigB |
Nmda bound to compound 387 |
|
73
|
281
|
9gibA |
Nmda bound to compound 380 |
|
73
|
279
|
9gigA |
Nmda bound to compound 387 |
|
19
|
120
|
9f6oB |
Human divalent metal transporter 1 (dmt1/slc11a2) in complex with sybody 1, in an occluded state |
|
72
|
288
|
9gidA |
Nmda bound to compound 338 |
|
79
|
282
|
9gj1B |
Nmda bound to compound 339 |
|
80
|
280
|
9gj1A |
Nmda bound to compound 339 |
|
169
|
482
|
9f6pA |
Human nramp1 (slc11a1) in complex with manganese, towards the inward-open state |
|
75
|
288
|
9gifA |
Nmda bound to compound 288 |
|
70
|
283
|
9gieA |
Nmda bound to compound 315 |
|
73
|
282
|
9gibB |
Nmda bound to compound 380 |
|
73
|
288
|
9gicA |
Nmda bound to compound 345 |
|
175
|
471
|
9f6nA |
Human divalent metal transporter 1 (dmt1/slc11a2) in complex with manganese, in an occluded state |
|
98
|
299
|
9fveA |
Crystal structure of vcsiap w73a mutant in complex with sialic acid and a vhh antibody (vhh_vcp#2) |
|
117
|
299
|
9fvcA |
Crystal structure of vcsiap in complex with a vhh antibody (vhh_vcp#1) |
|
33
|
127
|
9fvcC |
Crystal structure of vcsiap in complex with a vhh antibody (vhh_vcp#1) |
|
118
|
303
|
9fvbA |
Crystal structure of vcsiap in complex with a vhh antibody (vhh_vcp#2) |
|
30
|
121
|
9fvbC |
Crystal structure of vcsiap in complex with a vhh antibody (vhh_vcp#2) |
|
28
|
122
|
9fveB |
Crystal structure of vcsiap w73a mutant in complex with sialic acid and a vhh antibody (vhh_vcp#2) |
|
23
|
107
|
9e18E |
Structure of ryr1 in the primed state in the presence of pentoxifylline |
|
179
|
469
|
9f6qA |
Human nramp1 (slc11a1) in an occluded state |
|
165
|
471
|
9f6oA |
Human divalent metal transporter 1 (dmt1/slc11a2) in complex with sybody 1, in an occluded state |
|
18
|
107
|
9e19E |
Structure of ryr1 in the open state in the presence of pentoxifylline |
|
265
|
935
|
9dp6A |
Mycolicibacterium smegmatis mmpl5-acpm structure |
|
23
|
107
|
9e1hE |
Structure of ryr1 in the primed state in the presence of oxopyricid |
|
111
|
303
|
9dsyA |
Crystal structure of c4-dicarboxylate-binding periplasmic protein (pa5167) of tripartite atp-independent periplasmic transporter family from pseudomonas aeruginosa pao1 in complex with succinic acid |
|
78
|
352
|
9dtbA |
Crystal structure of the wdr domain of wdr91 in complex with dr3460 |
|
78
|
352
|
9dtaA |
Crystal structure of the wdr domain of wdr91 in complex with dr3448 |
|
21
|
107
|
9e1bE |
Structure of ryr1 in the open state in the presence of dyphylline |
|
23
|
107
|
9e1fE |
Structure of ryr1 in the primed state in the presence of allopurinol |
|
28
|
83
|
9dp6B |
Mycolicibacterium smegmatis mmpl5-acpm structure |
|
24
|
107
|
9e17F |
Structure of ryr1 in the primed state in the presence of caffeine (reprocessed/reanalyzed from empiar-10997, 7tzc, emd-26205) |
|
43
|
149
|
9e17C |
Structure of ryr1 in the primed state in the presence of caffeine (reprocessed/reanalyzed from empiar-10997, 7tzc, emd-26205) |
|
18
|
107
|
9e1iE |
Structure of ryr1 in the open state in the presence of oxopyricid |
|
23
|
107
|
9e1eE |
Structure of ryr1 in the primed state in the presence of uracil |
|
21
|
107
|
9e1dE |
Structure of ryr1 in the primed state in the presence of enprofylline |
|
23
|
107
|
9e1cE |
Structure of ryr1 in the primed state in the presence of ibmx |
|
19
|
107
|
9e1aE |
Structure of ryr1 in the primed state in the presence of dyphylline |
|
106
|
289
|
9dtlA |
Crystal structure of c4-dicarboxylate-binding protein (pa0884) of tripartite atp-independent periplasmic transporter family from pseudomonas aeruginosa pao1 in complex with succinic acid |
|
11
|
74
|
9d2cA |
Crystal structure of tungbindin treated with proteinase k |
|
14
|
82
|
9cuvA |
Solution structure of the n-terminal signalling domain of pseudomonas capferrum pupb |
|
389
|
1044
|
9b62A |
Human ranbp2/ran(gtp)/rangap1-sumo1/ubc9/crm1/ran(gtp) - composite map and model |
|
300
|
968
|
9bwtA |
Human sodium chloride cotransporter ncc s344e in the phosphorylation state and in complex with hydrochlorothiazide |
|
34
|
90
|
9b3fC |
Cryo-em structure of yeast (nap1)2-h2a-h2b-kap114 |
|
360
|
1003
|
9b3iA |
Cryo-em structure of yeast (nap1)2-h2a-h2b-kap114-rangtp |
|
337
|
1004
|
9b31A |
Cryo-em structure of yeast (nap1)2-kap114-h2a-h2b |
|
351
|
1001
|
9b3fA |
Cryo-em structure of yeast (nap1)2-h2a-h2b-kap114 |
|
26
|
279
|
9bogH |
Structural basis for adhesin secretion by the outer-membrane usher in type 1 pili |
|
7
|
154
|
9bogF |
Structural basis for adhesin secretion by the outer-membrane usher in type 1 pili |
