|
21
|
116
|
8wyfE |
Cryo-em structure of dsr2-dsad1-nad+ (partial) complex |
|
15
|
229
|
8wycE |
Cryo-em structure of dsr2 (h171a)-tube-nad+ (partial) complex |
|
16
|
229
|
8wybE |
Cryo-em structure of dsr2 (h171a)-tube-nad+ complex |
|
10
|
229
|
8wyaC |
Cryo-em structure of dsr2-tube complex |
|
19
|
116
|
8wydE |
Cryo-em structure of dsr2-dsad1 complex |
|
214
|
629
|
8oz7A |
Abortive infection dna polymerase abia from lactococcus lactis |
|
87
|
303
|
8c9oAAA |
Crystal structure of sars-cov-2 mpro-s144a mutant in complex with 13b-k |
|
86
|
302
|
8c9lAAA |
Crystal structure of sars-cov-2 mpro-s144a mutant, free enzyme |
|
83
|
301
|
8ph4A |
Co-crystal structure of the sars-cov2 main protease nsp5 with an uracil-carrying x77-like inhibitor |
|
99
|
469
|
8jkzB |
Cryo-em structure of the prokaryotic sparsa system complex |
|
126
|
584
|
8jkzA |
Cryo-em structure of the prokaryotic sparsa system complex |
|
39
|
175
|
8pk3D |
Cryoem reconstruction of hemagglutinin hk68 of influenza a virus bound to an affimer reagent |
|
47
|
322
|
8pk3A |
Cryoem reconstruction of hemagglutinin hk68 of influenza a virus bound to an affimer reagent |
|
9
|
87
|
8pk3G |
Cryoem reconstruction of hemagglutinin hk68 of influenza a virus bound to an affimer reagent |
|
635
|
2086
|
8dgcA |
Avs3 bound to phage phiv-1 terminase |
|
36
|
188
|
8q7sA |
Crystal structure of the sars-cov-2 rbd (wuhan) with neutralizing vhhs ma6f06 and re21h01 |
|
51
|
185
|
8a2xA |
Crystal structure of human sting in complex with 3',3'-c-(2'f,2'damp(s)-2'f,2'damp(s)) |
|
25
|
116
|
8q7sB |
Crystal structure of the sars-cov-2 rbd (wuhan) with neutralizing vhhs ma6f06 and re21h01 |
|
24
|
126
|
8q7sC |
Crystal structure of the sars-cov-2 rbd (wuhan) with neutralizing vhhs ma6f06 and re21h01 |
|
49
|
183
|
8p45A |
Crystal structure of human sting in complex with the agonist md1202d |
|
51
|
183
|
8orwA |
Crystal structure of human sting in complex with the agonist md1203 |
|
31
|
128
|
6zbpFFF |
H11-h4 complex with sars-cov-2 |
|
34
|
128
|
6zhdD |
H11-h4 bound to spike |
|
16
|
37
|
7t0oF |
Cryoem reconstruction of the hiv gp140 in complex with the extracellular domains of cd4 and the adnectin domain of combinectin. the gp140 and cd4 coordinates from entry 6edu were rigid body fitted to the em map along withe the crystal structure of cd4+adnectin |
|
13
|
33
|
7t0oK |
Cryoem reconstruction of the hiv gp140 in complex with the extracellular domains of cd4 and the adnectin domain of combinectin. the gp140 and cd4 coordinates from entry 6edu were rigid body fitted to the em map along withe the crystal structure of cd4+adnectin |
|
46
|
363
|
7t0oH |
Cryoem reconstruction of the hiv gp140 in complex with the extracellular domains of cd4 and the adnectin domain of combinectin. the gp140 and cd4 coordinates from entry 6edu were rigid body fitted to the em map along withe the crystal structure of cd4+adnectin |
|
14
|
94
|
7t0rG |
Crystal structure of the anti-cd4 adnectin 6940_b01 as a complex with the extracellular domains of cd4 and ibalizumab fab |
|
30
|
222
|
7t0rC |
Crystal structure of the anti-cd4 adnectin 6940_b01 as a complex with the extracellular domains of cd4 and ibalizumab fab |
|
12
|
95
|
7t0oO |
Cryoem reconstruction of the hiv gp140 in complex with the extracellular domains of cd4 and the adnectin domain of combinectin. the gp140 and cd4 coordinates from entry 6edu were rigid body fitted to the em map along withe the crystal structure of cd4+adnectin |
|
48
|
361
|
7t0rA |
Crystal structure of the anti-cd4 adnectin 6940_b01 as a complex with the extracellular domains of cd4 and ibalizumab fab |
|
37
|
215
|
7t0rB |
Crystal structure of the anti-cd4 adnectin 6940_b01 as a complex with the extracellular domains of cd4 and ibalizumab fab |
|
80
|
268
|
7pq3AAA |
Crystal structure of the ring nuclease 0811 from sulfolobus islandicus (sis0811) in complex with its post-catalytic reaction product |
|
33
|
188
|
7kzhA |
Zinc finger antiviral protein (zap) central domain |
|
194
|
715
|
7niqB |
Cryoem structure of disease related m854k mda5-dsrna filament in complex with adp-alf4(major class) |
|
184
|
715
|
7nicA |
Cryoem structure of disease related m854k mda5-dsrna filament in complex with adp-alf4(minor class) |
|
30
|
126
|
7z1cE |
Nanobody h11-b5 and h11-f2 bound to rbd |
|
45
|
194
|
7z1eEEE |
Nanobody h11-h4 q98r h100e bound to rbd |
|
33
|
125
|
7z1bB |
Nanobody h11-a10 and f2 bound to rbd |
|
46
|
196
|
7z1cA |
Nanobody h11-b5 and h11-f2 bound to rbd |
|
31
|
128
|
7z1aE |
Nanobody h11 and f2 bound to rbd |
|
33
|
125
|
7z1cB |
Nanobody h11-b5 and h11-f2 bound to rbd |
|
37
|
188
|
7tgqA |
Zinc finger antiviral protein (zap) central domain bound to adp-ribose |
|
106
|
275
|
7pq6AAA |
Crystal structure of the ring nuclease 0811 mutant-s12a from sulfolobus islandicus (sis0811) |
|
103
|
275
|
7pq2AAA |
Crystal structure of the ring nuclease 0811 from sulfolobus islandicus (sis0811) in its apo form |
|
15
|
35
|
7t0oB |
Cryoem reconstruction of the hiv gp140 in complex with the extracellular domains of cd4 and the adnectin domain of combinectin. the gp140 and cd4 coordinates from entry 6edu were rigid body fitted to the em map along withe the crystal structure of cd4+adnectin |
|
48
|
194
|
7z1dEEE |
Nanobody h11-h6 bound to rbd |
|
34
|
128
|
7z1bE |
Nanobody h11-a10 and f2 bound to rbd |
|
56
|
442
|
7t0oD |
Cryoem reconstruction of the hiv gp140 in complex with the extracellular domains of cd4 and the adnectin domain of combinectin. the gp140 and cd4 coordinates from entry 6edu were rigid body fitted to the em map along withe the crystal structure of cd4+adnectin |
|
34
|
126
|
7z1eFFF |
Nanobody h11-h4 q98r h100e bound to rbd |
|
32
|
128
|
7z1dFFF |
Nanobody h11-h6 bound to rbd |
