|
11
|
94
|
8wuwa |
Cryo-em structure of h. thermophilus groel-groes2 asymmetric football complex |
|
40
|
150
|
8cpqA |
Crystal structure of human protein disulfide isomerase pdia6 domain b |
|
118
|
521
|
8u1mA |
Cryo-em structure of the hsp90 dimer (ntd-md) in the semi-open state |
|
106
|
539
|
8u1nA |
Cryo-em structure of the cross-linked hsp90 dimer (ntd-md) in the semi-open state |
|
0
|
12
|
8s321 |
Groel with bound grotac peptide |
|
161
|
525
|
8s32A |
Groel with bound grotac peptide |
|
38
|
141
|
8q8oA |
Pa14_16140 protein: the regulator of an operon involved in the biofilm formation in pa14 p. aeruginosa |
|
109
|
500
|
8i6jC |
The focused refinement of cct3-phlp2a from tric-phlp2a complex in the open state |
|
141
|
529
|
8i1uH |
Human tric-phlp2a complex in the closed state |
|
30
|
187
|
8i1uQ |
Human tric-phlp2a complex in the closed state |
|
26
|
170
|
8i6jQ |
The focused refinement of cct3-phlp2a from tric-phlp2a complex in the open state |
|
157
|
521
|
8i1uG |
Human tric-phlp2a complex in the closed state |
|
97
|
511
|
8gb3D |
Structure of the mycobacterium tuberculosis hsp70 protein dnak bound to the nucleotide exchange factor grpe |
|
159
|
526
|
8i1uF |
Human tric-phlp2a complex in the closed state |
|
152
|
518
|
8i1uB |
Human tric-phlp2a complex in the closed state |
|
146
|
518
|
8i1uD |
Human tric-phlp2a complex in the closed state |
|
146
|
525
|
8i1uE |
Human tric-phlp2a complex in the closed state |
|
134
|
522
|
8i1uC |
Human tric-phlp2a complex in the closed state |
|
141
|
532
|
8i1uA |
Human tric-phlp2a complex in the closed state |
|
41
|
144
|
8gb3E |
Structure of the mycobacterium tuberculosis hsp70 protein dnak bound to the nucleotide exchange factor grpe |
|
104
|
516
|
8i9uF |
Human tric-phlp2a complex in the open state |
|
95
|
513
|
8i9uE |
Human tric-phlp2a complex in the open state |
|
94
|
499
|
8i9uB |
Human tric-phlp2a complex in the open state |
|
26
|
143
|
8i9uQ |
Human tric-phlp2a complex in the open state |
|
93
|
521
|
8i9uA |
Human tric-phlp2a complex in the open state |
|
89
|
517
|
8i9uH |
Human tric-phlp2a complex in the open state |
|
94
|
512
|
8i9uG |
Human tric-phlp2a complex in the open state |
|
99
|
507
|
8i9uC |
Human tric-phlp2a complex in the open state |
|
106
|
514
|
8i9uD |
Human tric-phlp2a complex in the open state |
|
151
|
524
|
8ba9A |
Cryoem structure of groel-groes-adp.alf3-rubisco. |
|
163
|
525
|
8ba8A |
Cryoem structure of groel-adp.bef3-rubisco. |
|
53
|
128
|
8qh6A |
Crystal structure of ipgc in complex with a follow-up compound based on j20 |
|
14
|
115
|
8wp9A |
Small-heat shock protein from methanocaldococcus jannaschii, hsp16.5 |
|
9
|
97
|
8ba9O |
Cryoem structure of groel-groes-adp.alf3-rubisco. |
|
57
|
129
|
7nl8A |
Crystal structure of a shortened ipgc variant in complex with 3-methylbenzohydrazide |
|
41
|
202
|
8ib8Q |
Human tric-phlp2a-actin complex in the closed state |
|
22
|
167
|
8i9qQ |
The focused refinement of cct4-phlp2a from tric-phlp2a complex in the open state |
|
148
|
527
|
8ib8E |
Human tric-phlp2a-actin complex in the closed state |
|
117
|
508
|
8i9qD |
The focused refinement of cct4-phlp2a from tric-phlp2a complex in the open state |
|
149
|
521
|
8ib8D |
Human tric-phlp2a-actin complex in the closed state |
|
157
|
521
|
8ib8B |
Human tric-phlp2a-actin complex in the closed state |
|
144
|
525
|
8ib8F |
Human tric-phlp2a-actin complex in the closed state |
|
75
|
368
|
8ib8S |
Human tric-phlp2a-actin complex in the closed state |
|
141
|
528
|
8ib8H |
Human tric-phlp2a-actin complex in the closed state |
|
139
|
534
|
8ib8A |
Human tric-phlp2a-actin complex in the closed state |
|
150
|
522
|
8ib8G |
Human tric-phlp2a-actin complex in the closed state |
|
133
|
521
|
8ib8C |
Human tric-phlp2a-actin complex in the closed state |
|
108
|
271
|
7rucC |
Metazoan pre-targeting get complex with sgta (cbuggs) |
|
15
|
48
|
7rucH |
Metazoan pre-targeting get complex with sgta (cbuggs) |
|
162
|
524
|
7pbxAc |
Cryo-em structure of the groel-groes complex with adp bound to both rings ("tight" conformation). |