|
59
|
511
|
7nvoE |
Human tric complex in open state with nanobody bound |
|
71
|
499
|
7nvoB |
Human tric complex in open state with nanobody bound |
|
169
|
534
|
7nvlE |
Human tric complex in closed state with nanobody bound (consensus map) |
|
13
|
97
|
7vwx1 |
Cryoem structure of football-shaped groel:es2 with rubisco |
|
171
|
523
|
7nvnG |
Human tric complex in closed state with nanobody and tubulin bound |
|
164
|
528
|
7nvmH |
Human tric complex in closed state with nanobody nb18, actin and phlp2a bound |
|
18
|
119
|
7nvmN |
Human tric complex in closed state with nanobody nb18, actin and phlp2a bound |
|
174
|
519
|
7nvnD |
Human tric complex in closed state with nanobody and tubulin bound |
|
165
|
525
|
7nvmZ |
Human tric complex in closed state with nanobody nb18, actin and phlp2a bound |
|
15
|
115
|
7nvnN |
Human tric complex in closed state with nanobody and tubulin bound |
|
0
|
29
|
6yn1E |
Crystal structure of histone chaperone aplf acidic domain bound to the histone h2a-h2b-h3-h4 octamer |
|
169
|
520
|
7nvmD |
Human tric complex in closed state with nanobody nb18, actin and phlp2a bound |
|
168
|
520
|
7nvlH |
Human tric complex in closed state with nanobody bound (consensus map) |
|
1
|
110
|
7nvoN |
Human tric complex in open state with nanobody bound |
|
157
|
530
|
7nvnQ |
Human tric complex in closed state with nanobody and tubulin bound |
|
162
|
526
|
7nvmG |
Human tric complex in closed state with nanobody nb18, actin and phlp2a bound |
|
165
|
525
|
7nvlZ |
Human tric complex in closed state with nanobody bound (consensus map) |
|
89
|
522
|
7nvoZ |
Human tric complex in open state with nanobody bound |
|
168
|
536
|
7nvmA |
Human tric complex in closed state with nanobody nb18, actin and phlp2a bound |
|
171
|
518
|
7nvlD |
Human tric complex in closed state with nanobody bound (consensus map) |
|
18
|
115
|
7nvlN |
Human tric complex in closed state with nanobody bound (consensus map) |
|
176
|
526
|
7nvmB |
Human tric complex in closed state with nanobody nb18, actin and phlp2a bound |
|
172
|
534
|
7nvlA |
Human tric complex in closed state with nanobody bound (consensus map) |
|
150
|
524
|
7vwxA |
Cryoem structure of football-shaped groel:es2 with rubisco |
|
163
|
529
|
7nvlQ |
Human tric complex in closed state with nanobody bound (consensus map) |
|
98
|
504
|
7nvoQ |
Human tric complex in open state with nanobody bound |
|
59
|
511
|
7nvoD |
Human tric complex in open state with nanobody bound |
|
54
|
137
|
7nrgA |
Crystal structure of a shortened ipgc variant in complex with (1r)-2-amino-1-(4-fluorophenyl)ethanol |
|
27
|
178
|
7ndxA |
Crystal structure of the human hsp40 dnajb1-ctds in complex with a peptide of nudc |
|
153
|
327
|
7kw7E |
Atomic cryoem structure of hsp90-hsp70-hop-gr |
|
162
|
638
|
7kw7C |
Atomic cryoem structure of hsp90-hsp70-hop-gr |
|
97
|
259
|
7kw7F |
Atomic cryoem structure of hsp90-hsp70-hop-gr |
|
66
|
209
|
7dmcA |
Dipyridamole binds to the n-terminal domain of human hsp90a |
|
17
|
48
|
7ru9E |
Metazoan pre-targeting get complex (cbugg-in) |
|
8
|
43
|
7rucD |
Metazoan pre-targeting get complex with sgta (cbuggs) |
|
101
|
324
|
7ruaA |
Metazoan pre-targeting get complex (cbugg-out) |
|
56
|
128
|
7b1uA |
Crystal structure of a shortened ipgc variant in complex with 3-(3,4-difluorophenyl)-1h,4h,6h,7h-imidazo[2,1-c][1,2,4]triazine |
|
114
|
378
|
7beeA |
Crystal structure of a hsp47-collagen peptide complex |
|
113
|
377
|
7bduA |
Crystal structure of a hsp47-collagen peptide complex |
|
33
|
133
|
7krjC |
The gr-maturation complex: glucocorticoid receptor in complex with hsp90 and co-chaperone p23 |
|
202
|
684
|
7krjA |
The gr-maturation complex: glucocorticoid receptor in complex with hsp90 and co-chaperone p23 |
|
100
|
255
|
7krjD |
The gr-maturation complex: glucocorticoid receptor in complex with hsp90 and co-chaperone p23 |
|
111
|
264
|
8x87A |
The crystal structure of hspbp1 from biortus. |
|
68
|
210
|
8x2rA |
The crystal structure of hsp 90-alpha from biortus. |
|
19
|
67
|
7zc3A |
Crystal structure of human copper chaperone atox1 bound to zinc ion by cxxc motif |
|
93
|
236
|
7v1lB |
Structure of snasp core in complex with h3 alpha3 helix peptide |
|
3
|
14
|
7v1lV |
Structure of snasp core in complex with h3 alpha3 helix peptide |
|
22
|
80
|
7v1mC |
Structural basis for the co-chaperone relationship of snasp and asf1b |
|
24
|
75
|
7v1mA |
Structural basis for the co-chaperone relationship of snasp and asf1b |
|
25
|
154
|
7v1mD |
Structural basis for the co-chaperone relationship of snasp and asf1b |
