|
4
|
53
|
7a01H3 |
The halastavi arva virus intergenic region ires promotes translation by the simplest possible initiation mechanism |
|
10
|
100
|
6w6kN |
30s-activated-high-mg2+ |
|
17
|
100
|
6w7nN |
30s-inactive-low-mg2+ class a |
|
8
|
60
|
6xhw1n |
Crystal structure of the a2058-unmethylated thermus thermophilus 70s ribosome in complex with mrna, aminoacylated a- and p-site trnas, and deacylated e-site trna at 2.50a resolution |
|
4
|
60
|
6wuan |
30s subunit (head) of 70s ribosome enterococcus faecalis multibody refinement |
|
15
|
100
|
6w7mN |
30s-inactive-high-mg2+ + carbon layer |
|
25
|
100
|
6xzbN1 |
E. coli 70s ribosome in complex with dirithromycin, fmet-phe-trna(phe) and deacylated trna(imet) (focused classification). |
|
5
|
60
|
6yefn |
70s initiation complex with assigned rrna modifications from staphylococcus aureus |
|
4
|
54
|
6zvjl |
Structure of a human abce1-bound 43s pre-initiation complex - state ii |
|
5
|
55
|
6xa1Sd |
Structure of a drug-like compound stalled human translation termination complex |
|
5
|
53
|
6zcee |
Structure of a yeast abce1-bound 43s pre-initiation complex |
|
25
|
100
|
6xiiS |
Escherichia coli transcription-translation complex b (ttc-b) containing an 24 nt long mrna spacer, nusg, and fmet-trnas at e-site and p-site |
|
25
|
100
|
6xdqS |
Cryo-em structure of an escherichia coli coupled transcription-translation complex b3 (ttc-b3) containing an mrna with a 30 nt long spacer, transcription factors nusa and nusg, and fmet-trnas at p-site and e-site |
|
25
|
100
|
6xijS |
Escherichia coli transcription-translation complex a (ttc-a) containing an 24 nt long mrna spacer, nusg, and fmet-trnas at e-site and p-site |
|
25
|
100
|
6xgfS |
Escherichia coli transcription-translation complex b (ttc-b) containing an 30 nt long mrna spacer, nusg, and fmet-trnas at e-site and p-site |
|
25
|
100
|
6xdrS |
Escherichia coli transcription-translation complex b (ttc-b) containing an 27 nt long mrna spacer, nusg, and fmet-trnas at e-site and p-site |
|
10
|
60
|
7jqm1n |
Crystal structure of the thermus thermophilus 70s ribosome in complex with bac7-002, mrna, and deacylated p-site trna at 3.05a resolution |
|
8
|
60
|
7jql1n |
Crystal structure of the thermus thermophilus 70s ribosome in complex with bac7-001, mrna, and deacylated p-site trna at 3.00a resolution |
|
5
|
55
|
6zmeSd |
Sars-cov-2 nsp1 bound to the human ccdc124-80s-eerf1 ribosome complex |
|
13
|
100
|
6lkqM |
The structural basis for inhibition of ribosomal translocation by viomycin |
|
9
|
55
|
6zojd |
Sars-cov-2-nsp1-40s complex, composite map |
|
9
|
55
|
6zold |
Sars-cov-2-nsp1-40s complex, focused on head |
|
23
|
101
|
6ydwAN |
55s mammalian mitochondrial ribosome with mtefg1 and two trnamet (ti-post) |
|
24
|
101
|
6ydpAN |
55s mammalian mitochondrial ribosome with mtefg1 and p site fmet-trnamet (post) |
|
14
|
101
|
6y69n |
Cryo-em structure of an escherichia coli 70s ribosome in complex with antibiotic tetracenomycinx |
|
18
|
100
|
6wnwS |
Active 70s ribosome without free 5s rrna and bound with a- and p- trna |
|
7
|
100
|
6wnvS |
70s ribosome without free 5s rrna and with a perturbed ptc |
|
16
|
100
|
6wdlS |
Cryo-em of elongating ribosome with ef-tu*gtp elucidates trna proofreading (non-cognate structure v-b1) |
|
18
|
100
|
6wdkS |
Cryo-em of elongating ribosome with ef-tu*gtp elucidates trna proofreading (non-cognate structure v-a2) |
|
21
|
100
|
6wdmS |
Cryo-em of elongating ribosome with ef-tu*gtp elucidates trna proofreading (non-cognate structure v-b2) |
|
15
|
100
|
6wdiS |
Cryo-em of elongating ribosome with ef-tu*gtp elucidates trna proofreading (non-cognate structure iv-b2) |
|
17
|
100
|
6wdhS |
Cryo-em of elongating ribosome with ef-tu*gtp elucidates trna proofreading (non-cognate structure iv-b1) |
|
18
|
100
|
6wdgS |
Cryo-em of elongating ribosome with ef-tu*gtp elucidates trna proofreading (cognate structure vi-b) |
|
19
|
100
|
6wdjS |
Cryo-em of elongating ribosome with ef-tu*gtp elucidates trna proofreading (non-cognate structure v-a1) |
|
14
|
100
|
6wdbS |
Cryo-em of elongating ribosome with ef-tu*gtp elucidates trna proofreading (cognate structure iv-a) |
|
15
|
100
|
6wdcS |
Cryo-em of elongating ribosome with ef-tu*gtp elucidates trna proofreading (cognate structure iv-b) |
|
17
|
100
|
6wddS |
Cryo-em of elongating ribosome with ef-tu*gtp elucidates trna proofreading (cognate structure v-a) |
|
17
|
100
|
6wdfS |
Cryo-em of elongating ribosome with ef-tu*gtp elucidates trna proofreading (cognate structure vi-a) |
|
18
|
100
|
6wdeS |
Cryo-em of elongating ribosome with ef-tu*gtp elucidates trna proofreading (cognate structure v-b) |
|
14
|
100
|
6wd8S |
Cryo-em of elongating ribosome with ef-tu*gtp elucidates trna proofreading (cognate structure iii-a) |
|
15
|
100
|
6wd5S |
Cryo-em of elongating ribosome with ef-tu*gtp elucidates trna proofreading (cognate structure ii-c1) |
|
16
|
100
|
6wd6S |
Cryo-em of elongating ribosome with ef-tu*gtp elucidates trna proofreading (cognate structure ii-c2) |
|
23
|
100
|
6wd7S |
Cryo-em of elongating ribosome with ef-tu*gtp elucidates trna proofreading (cognate structure ii-d) |
|
18
|
100
|
6wd9S |
Cryo-em of elongating ribosome with ef-tu*gtp elucidates trna proofreading (cognate structure iii-b) |
|
23
|
100
|
6wdaS |
Cryo-em of elongating ribosome with ef-tu*gtp elucidates trna proofreading (cognate structure iii-c) |
|
16
|
100
|
6wd4S |
Cryo-em of elongating ribosome with ef-tu*gtp elucidates trna proofreading (cognate structure ii-b2) |
|
16
|
100
|
6wd3S |
Cryo-em of elongating ribosome with ef-tu*gtp elucidates trna proofreading (cognate structure ii-b1) |
|
21
|
100
|
6wd2S |
Cryo-em of elongating ribosome with ef-tu*gtp elucidates trna proofreading (cognate structure ii-a) |
|
18
|
100
|
6wd0S |
Cryo-em of elongating ribosome with ef-tu*gtp elucidates trna proofreading (cognate structure i-a) |
|
24
|
100
|
6vwnm |
70s ribosome bound to hiv frameshifting stem-loop (fss) and p-site trna (non-rotated conformation, structure ii) |
