|
25
|
126
|
7ohvY |
Nog1-tap associated immature ribosomal particles from s. cerevisiae after rpl2 expression shut down, population c |
|
29
|
126
|
7of1Y |
Nog1-tap associated immature ribosomal particle population a from s. cerevisiae |
|
27
|
125
|
7ohyY |
Nog1-tap associated immature ribosomal particles from s. cerevisiae after rpl34 expression shut down, population b |
|
30
|
125
|
7ohpY |
Nog1-tap associated immature ribosomal particles from s. cerevisiae after rpl25 expression shut down, population a |
|
25
|
125
|
7ohxY |
Nog1-tap associated immature ribosomal particles from s. cerevisiae after rpl34 expression shut down, population a |
|
25
|
125
|
7ohsY |
Nog1-tap associated immature ribosomal particle population f from s. cerevisiae |
|
47
|
262
|
7ls1r2 |
80s ribosome from mouse bound to eef2 (class ii) |
|
24
|
125
|
7ohwY |
Nog1-tap associated immature ribosomal particles from s. cerevisiae after rpl25 expression shut down, population b |
|
28
|
134
|
7ls2S2 |
80s ribosome from mouse bound to eef2 (class i) |
|
27
|
126
|
7oh3Y |
Nog1-tap associated immature ribosomal particle population b from s. cerevisiae |
|
26
|
125
|
7ohuY |
Nog1-tap associated immature ribosomal particles from s. cerevisiae after rpl2 expression shut down, population b |
|
28
|
135
|
7ls1T2 |
80s ribosome from mouse bound to eef2 (class ii) |
|
30
|
134
|
7ls1S2 |
80s ribosome from mouse bound to eef2 (class ii) |
|
15
|
107
|
7rq91Y |
Crystal structure of the a2058-dimethylated thermus thermophilus 70s ribosome in complex with iboxamycin, mrna, deacylated a- and e-site trnas, and aminoacylated p-site trna at 2.60a resolution |
|
17
|
107
|
7rq81Y |
Crystal structure of the wild-type thermus thermophilus 70s ribosome in complex with iboxamycin, mrna, deacylated a- and e-site trnas, and aminoacylated p-site trna at 2.50a resolution |
|
15
|
202
|
7oieV |
Cryo-em structure of late human 39s mitoribosome assembly intermediates, state 5b |
|
19
|
202
|
7oicV |
Cryo-em structure of late human 39s mitoribosome assembly intermediates, state 4 |
|
15
|
202
|
7oiaV |
Cryo-em structure of late human 39s mitoribosome assembly intermediates, state 3c |
|
23
|
202
|
7oi8V |
Cryo-em structure of late human 39s mitoribosome assembly intermediates, state 3a |
|
19
|
202
|
7oibV |
Cryo-em structure of late human 39s mitoribosome assembly intermediates, state 3d |
|
12
|
102
|
7oj0t |
Cryo-em structure of 70s ribosome stalled with tnac peptide and rf2 |
|
17
|
202
|
7oi7V |
Cryo-em structure of late human 39s mitoribosome assembly intermediates, state 2 |
|
10
|
202
|
7oi6V |
Cryo-em structure of late human 39s mitoribosome assembly intermediates, state 1 |
|
15
|
102
|
7o1cBU |
Cryo-em structure of an escherichia coli tnac(r23f)-ribosome-rf2 complex stalled in response to l-tryptophan |
|
7
|
102
|
7nspU |
Structure of ermdl-erythromycin-stalled 70s e. coli ribosomal complex with a and p-trna |
|
16
|
202
|
7oidV |
Cryo-em structure of late human 39s mitoribosome assembly intermediates, state 5a |
|
8
|
102
|
7k55u |
Near post-translocated +1-frameshifting(ccc-a) complex with ef-g and gdpcp (structure iii-fs) |
|
11
|
102
|
7k54u |
Mid-translocated +1-frameshifting(ccc-a) complex with ef-g and gdpcp (structure ii-fs) |
|
10
|
102
|
7k53u |
Pre-translocation +1-frameshifting(ccc-a) complex (structure i-fs) |
|
9
|
102
|
7k52u |
Near post-translocated non-frameshifting(cca-a) complex with ef-g and gdpcp (structure iii) |
|
10
|
102
|
7k51u |
Mid-translocated non-frameshifting(cca-a) complex with ef-g and gdpcp (structure ii) |
|
8
|
102
|
7k50u |
Pre-translocation non-frameshifting(cca-a) complex (structure i) |
|
30
|
229
|
7d63SF |
Cryo-em structure of 90s preribosome with inactive utp24 (state c) |
|
27
|
247
|
7d5tSF |
Cryo-em structure of 90s preribosome with inactive utp24 (state f1) |
|
27
|
247
|
7d4iSF |
Cryo-em structure of 90s small ribosomal precursors complex with the deah-box rna helicase dhr1 (state f) |
|
9
|
103
|
7acrU |
Structure of post-translocated trans-translation complex on e. coli stalled ribosome. |
|
10
|
103
|
7acjU |
Structure of translocated trans-translation complex on e. coli stalled ribosome. |
|
6
|
110
|
7a0sR |
50s deinococcus radiodurans ribosome bounded with mycinamicin i |
|
7
|
102
|
7abzU |
Structure of pre-accomodated trans-translation complex on e. coli stalled ribosome. |
|
12
|
103
|
7ac7U |
Structure of accomodated trans-translation complex on e. coli stalled ribosome. |
|
6
|
110
|
7a0rR |
50s deinococcus radiodurans ribosome bounded with mycinamicin i |
|
6
|
110
|
7a18R |
50s deinococcus radiodurans ribosome bounded with mycinamicin iv |
|
19
|
134
|
6xu7CZ |
Drosophila melanogaster testis polysome ribosome |
|
19
|
134
|
6xu8CZ |
Drosophila melanogaster ovary 80s ribosome |
|
13
|
131
|
6xu7CY |
Drosophila melanogaster testis polysome ribosome |
|
18
|
202
|
7oi9V |
Cryo-em structure of late human 39s mitoribosome assembly intermediates, state 3b |
|
59
|
578
|
7okyZ |
Structure of active transcription elongation complex pol ii-dsif-ell2-eaf1(composite structure) |
|
10
|
101
|
7opeY |
Rqch dr variant bound to 50s-peptidyl-trna-rqcp rqc complex (rigid body refinement) |
|
10
|
51
|
7okxZ |
Structure of active transcription elongation complex pol ii-dsif (spt5-kow5)-ell2-eaf1 (composite structure) |
|
15
|
102
|
7n30LX |
Elongating 70s ribosome complex in a hybrid-h2* pre-translocation (pre-h2*) conformation |
