|
5
|
38
|
6xijq |
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 |
|
5
|
38
|
6x9qq |
Cryo-em structure of an escherichia coli coupled transcription-translation complex b3 (ttc-b3) containing an mrna with a 27 nt long spacer, transcription factors nusa and nusg, and fmet-trnas at p-site and e-site |
|
5
|
38
|
6xgfq |
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 |
|
5
|
37
|
7jqm19 |
Crystal structure of the thermus thermophilus 70s ribosome in complex with bac7-002, mrna, and deacylated p-site trna at 3.05a resolution |
|
5
|
37
|
7jql19 |
Crystal structure of the thermus thermophilus 70s ribosome in complex with bac7-001, mrna, and deacylated p-site trna at 3.00a resolution |
|
0
|
38
|
6z1pAG |
Structure of the mitochondrial ribosome from tetrahymena thermophila |
|
4
|
38
|
6i9r4 |
Large subunit of the human mitochondrial ribosome in complex with virginiamycin m and quinupristin |
|
2
|
38
|
7bv8f |
Mature 50s ribosomal subunit from rrmj knock out e.coli strain |
|
3
|
38
|
6ydwB9 |
55s mammalian mitochondrial ribosome with mtefg1 and two trnamet (ti-post) |
|
4
|
38
|
6ydpB9 |
55s mammalian mitochondrial ribosome with mtefg1 and p site fmet-trnamet (post) |
|
3
|
38
|
6y694 |
Cryo-em structure of an escherichia coli 70s ribosome in complex with antibiotic tetracenomycinx |
|
7
|
38
|
6xz7e |
E. coli 50s ribosomal subunit in complex with dirithromycin, fmet-phe-trna(phe) and deacylated trna(imet). |
|
2
|
37
|
6wruR |
Structure of the 50s subunit of the ribosome from methicillin resistant staphylococcus aureus in complex with an isomer of the tedizolid |
|
3
|
37
|
6wrsR |
Structure of the 50s subunit of the ribosome from methicillin resistant staphylococcus aureus in complex with the antibiotic, tedizolid |
|
4
|
37
|
6wqnR |
Structure of the 50s subunit of the ribosome from methicillin resistant staphylococcus aureus in complex with the antibiotic, contezolid |
|
2
|
37
|
6wqqR |
Structure of the 50s subunit of the ribosome from methicillin resistant staphylococcus aureus in complex with the antibiotic, radezolid |
|
4
|
38
|
6wnvF |
70s ribosome without free 5s rrna and with a perturbed ptc |
|
3
|
38
|
6wntF |
50s ribosomal subunit without free 5s rrna and perturbed ptc |
|
3
|
38
|
6wnwF |
Active 70s ribosome without free 5s rrna and bound with a- and p- trna |
|
3
|
38
|
6wdlF |
Cryo-em of elongating ribosome with ef-tu*gtp elucidates trna proofreading (non-cognate structure v-b1) |
|
1
|
38
|
6wdkF |
Cryo-em of elongating ribosome with ef-tu*gtp elucidates trna proofreading (non-cognate structure v-a2) |
|
3
|
38
|
6wdmF |
Cryo-em of elongating ribosome with ef-tu*gtp elucidates trna proofreading (non-cognate structure v-b2) |
|
4
|
38
|
6wdjF |
Cryo-em of elongating ribosome with ef-tu*gtp elucidates trna proofreading (non-cognate structure v-a1) |
|
3
|
38
|
6wdhF |
Cryo-em of elongating ribosome with ef-tu*gtp elucidates trna proofreading (non-cognate structure iv-b1) |
|
3
|
38
|
6wdiF |
Cryo-em of elongating ribosome with ef-tu*gtp elucidates trna proofreading (non-cognate structure iv-b2) |
|
3
|
38
|
6wdgF |
Cryo-em of elongating ribosome with ef-tu*gtp elucidates trna proofreading (cognate structure vi-b) |
|
3
|
38
|
6wddF |
Cryo-em of elongating ribosome with ef-tu*gtp elucidates trna proofreading (cognate structure v-a) |
|
4
|
38
|
6wdeF |
Cryo-em of elongating ribosome with ef-tu*gtp elucidates trna proofreading (cognate structure v-b) |
|
2
|
38
|
6wdcF |
Cryo-em of elongating ribosome with ef-tu*gtp elucidates trna proofreading (cognate structure iv-b) |
|
3
|
38
|
6wdfF |
Cryo-em of elongating ribosome with ef-tu*gtp elucidates trna proofreading (cognate structure vi-a) |
|
4
|
38
|
6wdaF |
Cryo-em of elongating ribosome with ef-tu*gtp elucidates trna proofreading (cognate structure iii-c) |
|
4
|
38
|
6wd7F |
Cryo-em of elongating ribosome with ef-tu*gtp elucidates trna proofreading (cognate structure ii-d) |
|
4
|
38
|
6wd9F |
Cryo-em of elongating ribosome with ef-tu*gtp elucidates trna proofreading (cognate structure iii-b) |
|
4
|
38
|
6wdbF |
Cryo-em of elongating ribosome with ef-tu*gtp elucidates trna proofreading (cognate structure iv-a) |
|
1
|
38
|
6wd5F |
Cryo-em of elongating ribosome with ef-tu*gtp elucidates trna proofreading (cognate structure ii-c1) |
|
3
|
38
|
6wd6F |
Cryo-em of elongating ribosome with ef-tu*gtp elucidates trna proofreading (cognate structure ii-c2) |
|
6
|
38
|
6wd8F |
Cryo-em of elongating ribosome with ef-tu*gtp elucidates trna proofreading (cognate structure iii-a) |
|
3
|
38
|
6wd4F |
Cryo-em of elongating ribosome with ef-tu*gtp elucidates trna proofreading (cognate structure ii-b2) |
|
5
|
38
|
6wd1F |
Cryo-em of elongating ribosome with ef-tu*gtp elucidates trna proofreading (cognate structure i-b) |
|
3
|
38
|
6wd3F |
Cryo-em of elongating ribosome with ef-tu*gtp elucidates trna proofreading (cognate structure ii-b1) |
|
4
|
38
|
6wd2F |
Cryo-em of elongating ribosome with ef-tu*gtp elucidates trna proofreading (cognate structure ii-a) |
|
5
|
38
|
6wd0F |
Cryo-em of elongating ribosome with ef-tu*gtp elucidates trna proofreading (cognate structure i-a) |
|
3
|
38
|
6vwnAC |
70s ribosome bound to hiv frameshifting stem-loop (fss) and p-site trna (non-rotated conformation, structure ii) |
|
2
|
38
|
6vwmAC |
70s ribosome bound to hiv frameshifting stem-loop (fss) and p-site trna (non-rotated conformation, structure i) |
|
4
|
38
|
6vwlAC |
70s ribosome bound to hiv frameshifting stem-loop (fss) and p/e trna (rotated conformation) |
|
5
|
37
|
6ordR9 |
Crystal structure of trna^ ala(ggc) u32-a38 bound to cognate 70s a site |
|
4
|
37
|
6opeR9 |
Crystal structure of trna^ ala(ggc) u32-a38 bound to near-cognate 70s a site |
|
2
|
37
|
6oj2R9 |
Crystal structure of trna^ ala(ggc) bound to the near-cognate 70s a-site |
|
1
|
37
|
6of6R9 |
Crystal structure of trna^ ala(ggc) bound to cognate 70s a-site |
|
4
|
38
|
6lkqm |
The structural basis for inhibition of ribosomal translocation by viomycin |
