|
61
|
287
|
9pmjc |
Human 19s proteasome bound to txnl1 pith domain without c-terminus |
|
27
|
171
|
9sbxG |
Structure of yeast rna polymerase ii elongation complex with atp frame-13 |
|
25
|
171
|
9sc1G |
Structure of yeast rna polymerase ii elongation complex with atp frame-17 |
|
57
|
238
|
9pmoL |
Human 26s proteasome bound to txnl1 with opened gate of core particle |
|
76
|
287
|
12bmZ |
Human 19s proteasome bound to txnl1 pith domain state 2 |
|
148
|
502
|
24vdC |
Structure of substrate-bound abcd4-lmbd1 complex |
|
122
|
437
|
12bmW |
Human 19s proteasome bound to txnl1 pith domain state 2 |
|
67
|
351
|
9pa4B |
(s)-ketamine bound kappa-opioid receptor in complex with gi1 |
|
57
|
213
|
9sc0E |
Structure of yeast rna polymerase ii elongation complex with atp frame-16 |
|
14
|
65
|
9sbrJ |
Structure of yeast rna polymerase ii elongation complex with atp frame-7 |
|
4
|
107
|
9p9tL |
07-5g01 fab in complex with soluble a/wedge-tailed shearwater/western australia/2576/1979 h15 hemagglutinin trimer |
|
46
|
191
|
9pmjb |
Human 19s proteasome bound to txnl1 pith domain without c-terminus |
|
15
|
65
|
9sbwJ |
Structure of yeast rna polymerase ii elongation complex with atp frame-12 |
|
54
|
213
|
9sbxE |
Structure of yeast rna polymerase ii elongation complex with atp frame-13 |
|
50
|
221
|
9sbrD |
Structure of yeast rna polymerase ii elongation complex with atp frame-7 |
|
57
|
213
|
9sbpE |
Structure of yeast rna polymerase ii elongation complex with atp frame-5 |
|
67
|
257
|
9pmjd |
Human 19s proteasome bound to txnl1 pith domain without c-terminus |
|
43
|
246
|
9pa5E |
(s)-ketamine bound mu-opioid receptor in complex with gi1 |
|
53
|
266
|
30esC |
Cryo-em structure of the yeast rna polymerase ii elongation complex with 19-mer rna in state v (tl-closed), in the presence of substrate atp |
|
41
|
141
|
12ajA |
Citrobacter rodentium contact dependent growth inhibition (cdi) toxin (cdia-ct) in complex with e. coli gyrb |
|
18
|
125
|
9pfkC |
Cryo-em structure of vx93 fab in complex with gii.4 norovirus p domain |
|
24
|
82
|
9rorQ |
Assembly intermediate of human mitochondrial ribosome small subunit bound to mettl15 and rbfa (outward conformation) (state m3) |
|
14
|
108
|
9rorJ |
Assembly intermediate of human mitochondrial ribosome small subunit bound to mettl15 and rbfa (outward conformation) (state m3) |
|
27
|
121
|
9rorY |
Assembly intermediate of human mitochondrial ribosome small subunit bound to mettl15 and rbfa (outward conformation) (state m3) |
|
119
|
378
|
12bmY |
Human 19s proteasome bound to txnl1 pith domain state 2 |
|
22
|
118
|
9pzbJ |
Hcmv trimer in complex with e4k, e11k, a9k, e9l, e8k, b1k, e7k, f12l and e10l fabs |
|
14
|
119
|
9p9qH |
Kl-h15-3g11 fab in complex with soluble a/wedge-tailed shearwater/western australia/2576/1979 h15 hemagglutinin trimer |
|
37
|
204
|
24stA |
Crystal structure of the cross-restricted 14d7 tcr and hla-b*81:01 bound to hiv-1 gag tl9 peptide |
|
27
|
215
|
9p6vA |
Cryo-em structure of chimeric immunoglobulin m comprising bony fish and human sequences, hfcm-tfcm-chi4 |
|
108
|
284
|
9pa2R |
Pcp bound mu-opioid receptor in complex with gi1 |
|
56
|
230
|
11aab |
Yeast co-transcriptional pre-60s assembly intermediate nop12 rnp |
|
24
|
126
|
27xkN |
A cryo-em structure of glp1-y11-glp1r-gs complex |
|
14
|
56
|
9pa4D |
(s)-ketamine bound kappa-opioid receptor in complex with gi1 |
|
30
|
135
|
9rorS |
Assembly intermediate of human mitochondrial ribosome small subunit bound to mettl15 and rbfa (outward conformation) (state m3) |
|
17
|
106
|
9neyB |
The structure of bont/a in complex with a neutralizing antibody 2g11 |
|
117
|
396
|
27xkR |
A cryo-em structure of glp1-y11-glp1r-gs complex |
|
62
|
225
|
9rorB |
Assembly intermediate of human mitochondrial ribosome small subunit bound to mettl15 and rbfa (outward conformation) (state m3) |
|
111
|
374
|
9prta |
Human 19s proteasome bound to txnl1 pith domain but with low density for rpt1, rpt2, and rpn1 |
|
17
|
37
|
9m5aX |
Cryo-em structure of psii d1-v185t from thermosynechococcus vestitus bp-1 |
|
23
|
140
|
9rorH |
Assembly intermediate of human mitochondrial ribosome small subunit bound to mettl15 and rbfa (outward conformation) (state m3) |
|
19
|
113
|
9pzbK |
Hcmv trimer in complex with e4k, e11k, a9k, e9l, e8k, b1k, e7k, f12l and e10l fabs |
|
22
|
204
|
10plC |
Asymmetric architecture and adaptation of treponema flagella |
|
39
|
328
|
9p9rA |
Kl-h15-6h4 fab in complex with soluble a/wedge-tailed shearwater/western australia/2576/1979 h15 hemagglutinin trimer |
|
44
|
169
|
9p9sB |
Kl-h15-6g8 fab in complex with soluble a/wedge-tailed shearwater/western australia/2576/1979 h15 hemagglutinin trimer |
|
24
|
121
|
9pzcK |
Hcmv trimer in complex with g1l (ii), g1l (a), b5l, c4k, b1k, a7k, a12k, and c5k fabs |
|
56
|
200
|
9rorF |
Assembly intermediate of human mitochondrial ribosome small subunit bound to mettl15 and rbfa (outward conformation) (state m3) |
|
24
|
62
|
9lp8Z |
Extrinsic-protein reconstituted psii of thermosynechococcus vulcanus nies-2134 |
|
26
|
201
|
10plB |
Asymmetric architecture and adaptation of treponema flagella |
|
13
|
38
|
9lp8X |
Extrinsic-protein reconstituted psii of thermosynechococcus vulcanus nies-2134 |
|
30
|
132
|
9rovC |
Assembly intermediate of human mitochondrial ribosome small subunit bound to mettl15 and rbfa (inward conformation) (state m2) |
