|
35
|
115
|
9l95H |
State f of archaeal pre-50s ribosome |
|
52
|
245
|
10jcM |
Ccan dimer purified from budding yeast |
|
36
|
115
|
9l94H |
State g of archaeal pre-50s ribosome |
|
64
|
337
|
9l9kV |
State e of archaeal pre-50s ribosome |
|
59
|
232
|
12bzI |
Two gelsolin domains g2g3 bound to f-actin |
|
43
|
144
|
9l94b |
State g of archaeal pre-50s ribosome |
|
24
|
114
|
9l9kN |
State e of archaeal pre-50s ribosome |
|
19
|
121
|
9oegH |
Structure of the human astrovirus va1 capsid spike bound to antibody 2a2 |
|
86
|
448
|
10jcJ |
Ccan dimer purified from budding yeast |
|
70
|
312
|
28toB |
15-subunit assembly of cyanide dihydratase from stutzerimonas stutzeri (pseudomonas stutzeri ak1) |
|
18
|
89
|
9l9jP |
State h of archaeal pre-50s ribosome |
|
16
|
107
|
9oefH |
Structure of the human astrovirus va1 capsid spike bound to antibody 7c8 |
|
108
|
414
|
9h527 |
Assembly intermediate of human mitochondrial ribosome small subunit in complex with noa1, eral1, mettl17, mcat and tfb1m (state n1) |
|
35
|
174
|
9l95F |
State f of archaeal pre-50s ribosome |
|
44
|
154
|
9l98O |
State c of archaeal pre-50s ribosome |
|
17
|
114
|
9l9jN |
State h of archaeal pre-50s ribosome |
|
125
|
371
|
12byA |
Gelsolin domain g2g3 fully bound to f-actin |
|
17
|
89
|
9l9vP |
State a of archaeal pre-50s ribosome |
|
37
|
147
|
9l9jJ |
State h of archaeal pre-50s ribosome |
|
53
|
151
|
10fiZ |
Apo ccan purified from budding yeast |
|
31
|
230
|
9l9jU |
State h of archaeal pre-50s ribosome |
|
25
|
169
|
9l9kX |
State e of archaeal pre-50s ribosome |
|
14
|
53
|
13ioA |
Mcu-emre complex with spermine |
|
76
|
447
|
10fiN |
Apo ccan purified from budding yeast |
|
34
|
174
|
9l9kY |
State e of archaeal pre-50s ribosome |
|
108
|
352
|
9h52X |
Assembly intermediate of human mitochondrial ribosome small subunit in complex with noa1, eral1, mettl17, mcat and tfb1m (state n1) |
|
36
|
119
|
9l9kE |
State e of archaeal pre-50s ribosome |
|
48
|
154
|
9l9kO |
State e of archaeal pre-50s ribosome |
|
0
|
14
|
10kvE |
Structure of hnsp4 bound to mcp4 at 2.75 a resolution |
|
12
|
57
|
9l9ke |
State e of archaeal pre-50s ribosome |
|
43
|
281
|
9l96a |
State d of archaeal pre-50s ribosome |
|
17
|
89
|
9l98P |
State c of archaeal pre-50s ribosome |
|
28
|
115
|
9h52M |
Assembly intermediate of human mitochondrial ribosome small subunit in complex with noa1, eral1, mettl17, mcat and tfb1m (state n1) |
|
27
|
114
|
9l95N |
State f of archaeal pre-50s ribosome |
|
51
|
193
|
9l9vG |
State a of archaeal pre-50s ribosome |
|
26
|
89
|
10jcW |
Ccan dimer purified from budding yeast |
|
19
|
114
|
9l96N |
State d of archaeal pre-50s ribosome |
|
44
|
161
|
9okeM |
Structure of the bombyx mori bmcenp-hikm-ln-t-op complex without the cs module |
|
52
|
208
|
9ow3C |
Hedgehog coronavirus erincov-12-19 spike receptor binding domain in complex with hedgehog apn (locally refined) |
|
12
|
58
|
9l96M |
State d of archaeal pre-50s ribosome |
|
26
|
169
|
9l95X |
State f of archaeal pre-50s ribosome |
|
46
|
133
|
10fiH |
Apo ccan purified from budding yeast |
|
46
|
248
|
9l9vW |
State a of archaeal pre-50s ribosome |
|
35
|
261
|
9o7mC |
Cryo-em structure of yfdq reveals a widespread novel family of bacteriophage-associated proteins with shell-like assemblies |
|
20
|
169
|
9l96X |
State d of archaeal pre-50s ribosome |
|
13
|
93
|
9l95T |
State f of archaeal pre-50s ribosome |
|
17
|
92
|
9h52P |
Assembly intermediate of human mitochondrial ribosome small subunit in complex with noa1, eral1, mettl17, mcat and tfb1m (state n1) |
|
45
|
232
|
10kvB |
Structure of hnsp4 bound to mcp4 at 2.75 a resolution |
|
32
|
174
|
9l9vF |
State a of archaeal pre-50s ribosome |
|
19
|
95
|
9l9vK |
State a of archaeal pre-50s ribosome |
