|
38
|
164
|
7ohwG |
Nog1-tap associated immature ribosomal particles from s. cerevisiae after rpl25 expression shut down, population b |
|
27
|
121
|
7ohyG |
Nog1-tap associated immature ribosomal particles from s. cerevisiae after rpl34 expression shut down, population b |
|
52
|
228
|
7oh3G |
Nog1-tap associated immature ribosomal particle population b from s. cerevisiae |
|
46
|
189
|
7ohvG |
Nog1-tap associated immature ribosomal particles from s. cerevisiae after rpl2 expression shut down, population c |
|
26
|
97
|
7of1c |
Nog1-tap associated immature ribosomal particle population a from s. cerevisiae |
|
50
|
225
|
7of1G |
Nog1-tap associated immature ribosomal particle population a from s. cerevisiae |
|
31
|
97
|
7oh3c |
Nog1-tap associated immature ribosomal particle population b from s. cerevisiae |
|
36
|
164
|
7ohuG |
Nog1-tap associated immature ribosomal particles from s. cerevisiae after rpl2 expression shut down, population b |
|
37
|
157
|
7ohxG |
Nog1-tap associated immature ribosomal particles from s. cerevisiae after rpl34 expression shut down, population a |
|
34
|
164
|
7ohpG |
Nog1-tap associated immature ribosomal particles from s. cerevisiae after rpl25 expression shut down, population a |
|
39
|
164
|
7ohsG |
Nog1-tap associated immature ribosomal particle population f from s. cerevisiae |
|
59
|
239
|
7ls2B1 |
80s ribosome from mouse bound to eef2 (class i) |
|
27
|
94
|
7ls1W2 |
80s ribosome from mouse bound to eef2 (class ii) |
|
62
|
241
|
7ls1B1 |
80s ribosome from mouse bound to eef2 (class ii) |
|
35
|
122
|
7ls1M3 |
80s ribosome from mouse bound to eef2 (class ii) |
|
39
|
125
|
7mq9SE |
Cryo-em structure of the human ssu processome, state pre-a1* |
|
21
|
120
|
7mq9LA |
Cryo-em structure of the human ssu processome, state pre-a1* |
|
30
|
121
|
7d633G |
Cryo-em structure of 90s preribosome with inactive utp24 (state c) |
|
16
|
119
|
7d5sSN |
Cryo-em structure of 90s preribosome with inactive utp24 (state a2) |
|
35
|
121
|
7d5t3G |
Cryo-em structure of 90s preribosome with inactive utp24 (state f1) |
|
30
|
121
|
7d5s3G |
Cryo-em structure of 90s preribosome with inactive utp24 (state a2) |
|
35
|
121
|
7d4i3G |
Cryo-em structure of 90s small ribosomal precursors complex with the deah-box rna helicase dhr1 (state f) |
|
19
|
100
|
6xu6Cc |
Drosophila melanogaster testis 80s ribosome |
|
38
|
241
|
6xu7CG |
Drosophila melanogaster testis polysome ribosome |
|
13
|
119
|
6xu6AM |
Drosophila melanogaster testis 80s ribosome |
|
45
|
241
|
6xu6CG |
Drosophila melanogaster testis 80s ribosome |
|
15
|
123
|
6zuoM |
Human rio1(kd)-stha late pre-40s particle, structural state a (pre 18s rrna cleavage) |
|
21
|
123
|
6zv6M |
Human rio1(kd)-stha late pre-40s particle, structural state b (post 18s rrna cleavage) |
|
57
|
233
|
7nrcLJ |
Structure of the yeast gcn1 bound to a leading stalled 80s ribosome with rbg2, gir2, a- and p-trna and eif5a |
|
25
|
121
|
7nrcSD |
Structure of the yeast gcn1 bound to a leading stalled 80s ribosome with rbg2, gir2, a- and p-trna and eif5a |
|
51
|
233
|
7b7dLJ |
Yeast 80s ribosome bound to eef3 and a/a- and p/p-trnas |
|
23
|
121
|
7b7dD |
Yeast 80s ribosome bound to eef3 and a/a- and p/p-trnas |
|
18
|
119
|
6ke6SN |
3.4 angstrom cryo-em structure of yeast 90s small subunit preribosome |
|
32
|
121
|
6ke63G |
3.4 angstrom cryo-em structure of yeast 90s small subunit preribosome |
|
22
|
124
|
6zvke3 |
The halastavi arva virus (halv) intergenic region ires promotes translation by the simplest possible initiation mechanism |
|
46
|
233
|
6zvkV2 |
The halastavi arva virus (halv) intergenic region ires promotes translation by the simplest possible initiation mechanism |
|
54
|
241
|
7a01V2 |
The halastavi arva virus intergenic region ires promotes translation by the simplest possible initiation mechanism |
|
20
|
116
|
6zxfM |
Cryo-em structure of a late human pre-40s ribosomal subunit - state g |
|
21
|
97
|
7btbc |
Cryo-em structure of pre-60s ribosome from saccharomyces cerevisiae rpl4delta63-87 strain at 3.22 angstroms resolution(state r2) |
|
27
|
97
|
7bt6c |
Cryo-em structure of pre-60s ribosome from saccharomyces cerevisiae rpl4delta63-87 strain at 3.12 angstroms resolution(state r1) |
|
31
|
162
|
7bt6G |
Cryo-em structure of pre-60s ribosome from saccharomyces cerevisiae rpl4delta63-87 strain at 3.12 angstroms resolution(state r1) |
|
44
|
227
|
7btbG |
Cryo-em structure of pre-60s ribosome from saccharomyces cerevisiae rpl4delta63-87 strain at 3.22 angstroms resolution(state r2) |
|
8
|
123
|
6zxdM |
Cryo-em structure of a late human pre-40s ribosomal subunit - state f1 |
|
19
|
116
|
6zxhM |
Cryo-em structure of a late human pre-40s ribosomal subunit - state h2 |
|
18
|
121
|
6zu9F |
Structure of a yeast abce1-bound 48s initiation complex |
|
14
|
123
|
6zxeM |
Cryo-em structure of a late human pre-40s ribosomal subunit - state f2 |
|
22
|
116
|
6zxgM |
Cryo-em structure of a late human pre-40s ribosomal subunit - state h1 |
|
32
|
121
|
7ajuCF |
Cryo-em structure of the 90s-exosome super-complex (state post-a1-exosome) |
|
35
|
123
|
7ajtCF |
Cryo-em structure of the 90s-exosome super-complex (state pre-a1-exosome) |
|
9
|
117
|
7jqcN |
Sars-cov-2 nsp1, crpv ires and rabbit 40s ribosome complex |
