|
43
|
276
|
6ef0J |
Yeast 26s proteasome bound to ubiquitinated substrate (1d* motor state) |
|
39
|
271
|
6ef0I |
Yeast 26s proteasome bound to ubiquitinated substrate (1d* motor state) |
|
82
|
288
|
5z6qA |
Crystal structure of aaa of spastin |
|
70
|
363
|
6j2qI |
Yeast proteasome in ub-accepted state (c1-b) |
|
67
|
408
|
6j2cH |
Yeast proteasome in translocation competent state (c3-a) |
|
63
|
394
|
6j2xM |
Yeast proteasome in resting state (c1-a) |
|
74
|
371
|
6j2qL |
Yeast proteasome in ub-accepted state (c1-b) |
|
80
|
373
|
6j2cJ |
Yeast proteasome in translocation competent state (c3-a) |
|
62
|
373
|
6j2xJ |
Yeast proteasome in resting state (c1-a) |
|
72
|
373
|
6j2qJ |
Yeast proteasome in ub-accepted state (c1-b) |
|
66
|
361
|
6j2cL |
Yeast proteasome in translocation competent state (c3-a) |
|
153
|
554
|
6mckA |
P97 d1d2 with cb5083 bound |
|
68
|
394
|
6j2qM |
Yeast proteasome in ub-accepted state (c1-b) |
|
74
|
394
|
6j2cM |
Yeast proteasome in translocation competent state (c3-a) |
|
61
|
363
|
6j2cI |
Yeast proteasome in translocation competent state (c3-a) |
|
47
|
391
|
6j2xH |
Yeast proteasome in resting state (c1-a) |
|
56
|
362
|
6j2xI |
Yeast proteasome in resting state (c1-a) |
|
45
|
391
|
6j2qH |
Yeast proteasome in ub-accepted state (c1-b) |
|
149
|
608
|
6matA |
Cryo-em structure of the essential ribosome assembly aaa-atpase rix7 |
|
65
|
371
|
6j2xL |
Yeast proteasome in resting state (c1-a) |
|
86
|
390
|
6he8H |
Pan-proteasome in state 1 |
|
89
|
390
|
6heaH |
Pan-proteasome in state 3 |
|
88
|
390
|
6hedH |
Pan-proteasome in state 5 |
|
58
|
267
|
6he4H |
Aaa-atpase ring of pan-proteasomes |
|
85
|
390
|
6he9H |
Pan-proteasome in state 2 |
|
82
|
390
|
6hecH |
Pan-proteasome in state 4 |
|
76
|
309
|
5zqmA |
Crystal structure of human katanin aaa atpase domain complex with atpgammas |
|
55
|
298
|
5zqlA |
Crystal structure of human katanin aaa atpase domain |
|
79
|
289
|
5z6rA |
Spastin aaa with atp |
|
93
|
296
|
6nywB |
Structure of spastin aaa domain n527c mutant in complex with 8-fluoroquinazoline-based inhibitor |
|
72
|
394
|
6j30M |
Yeast proteasome in ub-engaged state (c2) |
|
96
|
296
|
6nyvB |
Structure of spastin aaa domain in complex with a quinazoline-based inhibitor |
|
54
|
362
|
6j30I |
Yeast proteasome in ub-engaged state (c2) |
|
67
|
371
|
6j30L |
Yeast proteasome in ub-engaged state (c2) |
|
64
|
363
|
6j2nI |
Yeast proteasome in substrate-processing state (c3-b) |
|
46
|
391
|
6j30H |
Yeast proteasome in ub-engaged state (c2) |
|
81
|
373
|
6j30J |
Yeast proteasome in ub-engaged state (c2) |
|
71
|
394
|
6j2nM |
Yeast proteasome in substrate-processing state (c3-b) |
|
68
|
408
|
6j2nH |
Yeast proteasome in substrate-processing state (c3-b) |
|
74
|
373
|
6j2nJ |
Yeast proteasome in substrate-processing state (c3-b) |
|
69
|
361
|
6j2nL |
Yeast proteasome in substrate-processing state (c3-b) |
|
92
|
296
|
6g2yA |
Crystal structure of the p97 d2 domain in a helical split-washer conformation |
|
80
|
296
|
6g30A |
Crystal structure of the p97 d2 domain in a helical split-washer conformation |
|
93
|
296
|
6g2zA |
Crystal structure of the p97 d2 domain in a helical split-washer conformation |
|
87
|
296
|
6g2wA |
Crystal structure of the p97 d2 domain in a helical split-washer conformation |
|
93
|
297
|
6g2xA |
Crystal structure of the p97 d2 domain in a helical split-washer conformation |
|
102
|
520
|
6ip2A |
Nsf-d1d2 part in the whole 20s complex |
|
78
|
383
|
3jcpI |
Structure of yeast 26s proteasome in m2 state derived from titan dataset |
|
97
|
365
|
3jcoL |
Structure of yeast 26s proteasome in m1 state derived from titan dataset |
|
88
|
408
|
3jcoH |
Structure of yeast 26s proteasome in m1 state derived from titan dataset |
