|
328
|
1034
|
9bfnA |
Cryo-em co-structure of acrb with the cu232 efflux pump inhibitor |
|
338
|
1034
|
9bftA |
Cryo-em co-structure of acrb with cu244 |
|
324
|
1034
|
9bfmA |
Cryo-em co-structure of acrb with the epm35 efflux pump inhibitor |
|
328
|
1034
|
9bfhA |
Cryo-em co-structure of acrb with the cu032 efflux pump inhibitor |
|
15
|
37
|
8w5kC |
Cryo-em structure of the yeast tom core complex crosslinked by bs3 (from tom-tim23 complex) |
|
9
|
42
|
8w5kE |
Cryo-em structure of the yeast tom core complex crosslinked by bs3 (from tom-tim23 complex) |
|
23
|
50
|
8w5kB |
Cryo-em structure of the yeast tom core complex crosslinked by bs3 (from tom-tim23 complex) |
|
11
|
35
|
8w5kD |
Cryo-em structure of the yeast tom core complex crosslinked by bs3 (from tom-tim23 complex) |
|
63
|
325
|
8w5kF |
Cryo-em structure of the yeast tom core complex crosslinked by bs3 (from tom-tim23 complex) |
|
10
|
42
|
8w5jE |
Cryo-em structure of the yeast tom core complex (from tom-tim23 complex) |
|
63
|
325
|
8w5jA |
Cryo-em structure of the yeast tom core complex (from tom-tim23 complex) |
|
11
|
35
|
8w5jD |
Cryo-em structure of the yeast tom core complex (from tom-tim23 complex) |
|
25
|
50
|
8w5jB |
Cryo-em structure of the yeast tom core complex (from tom-tim23 complex) |
|
15
|
37
|
8w5jC |
Cryo-em structure of the yeast tom core complex (from tom-tim23 complex) |
|
128
|
470
|
8spwD |
Ps3 f1 rotorless, low atp |
|
140
|
476
|
8spxA |
Ps3 f1 rotorless, high atp |
|
131
|
470
|
8spvD |
Ps3 f1 rotorless, no atp |
|
145
|
475
|
8spvA |
Ps3 f1 rotorless, no atp |
|
126
|
471
|
8spxD |
Ps3 f1 rotorless, high atp |
|
131
|
474
|
8spwA |
Ps3 f1 rotorless, low atp |
|
0
|
2
|
6xteC |
Human karyopherin ranbp5 (isoform-1) |
|
197
|
576
|
7selA |
E. coli msba in complex with lps and inhibitor g7090 (compound 3) |
|
62
|
203
|
7n85C |
Inner ring spoke from the isolated yeast npc |
|
160
|
623
|
7nf8A |
Ovine (b0,+at-rbat)2 hetero-tetramer, asymmetric unit, rigid-body fitted |
|
152
|
575
|
7nf7A |
Ovine rbat ectodomain homodimer, asymmetric unit |
|
10
|
36
|
7n9f5 |
Structure of the in situ yeast npc |
|
172
|
1036
|
7n9fa |
Structure of the in situ yeast npc |
|
8
|
113
|
7n9fU |
Structure of the in situ yeast npc |
|
161
|
1093
|
7n9fg |
Structure of the in situ yeast npc |
|
129
|
689
|
7n9fu |
Structure of the in situ yeast npc |
|
350
|
1679
|
7n9fM |
Structure of the in situ yeast npc |
|
180
|
1036
|
7n84a |
Double nuclear outer ring from the isolated yeast npc |
|
45
|
346
|
7n84e |
Double nuclear outer ring from the isolated yeast npc |
|
50
|
203
|
7n9fC |
Structure of the in situ yeast npc |
|
202
|
1304
|
7n9f1 |
Structure of the in situ yeast npc |
|
135
|
455
|
7nf8B |
Ovine (b0,+at-rbat)2 hetero-tetramer, asymmetric unit, rigid-body fitted |
|
242
|
1304
|
7n851 |
Inner ring spoke from the isolated yeast npc |
|
130
|
720
|
7n9ff |
Structure of the in situ yeast npc |
|
30
|
286
|
7n9fd |
Structure of the in situ yeast npc |
|
159
|
1093
|
7n84g |
Double nuclear outer ring from the isolated yeast npc |
|
268
|
1641
|
7n85N |
Inner ring spoke from the isolated yeast npc |
|
159
|
623
|
7nf6A |
Ovine b0,+at-rbat heterodimer |
|
50
|
187
|
7n9fA |
Structure of the in situ yeast npc |
|
47
|
255
|
7n9fB |
Structure of the in situ yeast npc |
|
19
|
86
|
7n9fo |
Structure of the in situ yeast npc |
|
135
|
455
|
7nf6B |
Ovine b0,+at-rbat heterodimer |
|
224
|
1520
|
7n84X |
Double nuclear outer ring from the isolated yeast npc |
|
165
|
1390
|
7n9f0 |
Structure of the in situ yeast npc |
|
63
|
187
|
7n85A |
Inner ring spoke from the isolated yeast npc |
|
12
|
136
|
7n85V |
Inner ring spoke from the isolated yeast npc |
