Structure of a partial yeast 48S preinitiation complex in closed conformation | |
Heteromer A6ZZ25; P06103; P09064; P0CX86; P20459; P27069; P32481; P32497; P32911; P33285; P38249; P38912; P40217; P69061; Q6CIM1; Q6CJK0; Q6CKL3; Q6CKV4; Q6CLU4; Q6CM04; Q6CM18; Q6CMG3; Q6CN12; Q6CNI7; Q6CNL2; Q6CPG3; Q6CRA3; Q6CRK7; Q6CS01; Q6CTD6; Q6CU44; Q6CUH5; Q6CVZ5; Q6CW21; Q6CW78; Q6CWD0; Q6CWJ2; Q6CWT9; Q6CWU3; Q6CX80; Q6CXM0; Q6CXT6; Q875M3; Q875N2; | 72-737 | 81×MG; 4×ZN; 1×GCP; 1×MET; |
Assess |
Cryo-EM structure of native Otu2-bound ubiquitinated 43S pre-initiation complex | |
Heteromer O13516; P02407; P05750; P05756; P05759; P06103; P06367; P07280; P0C0V8; P0C0W1; P0CH08; P0CX29; P0CX31; P0CX33; P0CX36; P0CX38; P0CX39; P0CX47; P0CX51; P0CX55; P0CX86; P25443; P26783; P26786; P32497; P32905; P32911; P33442; P35997; P38011; P38249; P38701; P38747; P38912; P39938; P40217; P41057; P48589; Q01855; Q03195; Q04067; Q05775; Q08745; Q3E792; Q3E7X9; | 72-737 | 80×MG; 2×ZN; 2×SF4; 1×ADP; |
Assess |
Cryo-EM structure of native Otu2-bound ubiquitinated 48S initiation complex (partial) | |
Heteromer O13516; P02407; P05750; P05756; P05759; P06103; P06367; P07280; P09064; P0C0V8; P0C0W1; P0CH08; P0CX29; P0CX31; P0CX33; P0CX36; P0CX38; P0CX39; P0CX47; P0CX51; P0CX55; P0CX86; P20459; P25443; P26783; P26786; P32481; P32497; P32905; P33442; P35997; P38011; P38249; P38431; P38701; P38747; P38912; P39938; P40217; P41057; P48589; Q01855; Q03195; Q04067; Q08745; Q3E792; Q3E7X9; | 72-737 | 4×ZN; 1×ADP; 5×MG; 1×ATP; 2×SF4; 1×MET; 1×GCP; |
Assess |
Structure of a yeast ABCE1-bound 43S pre-initiation complex | |
Heteromer O13516; P02407; P05750; P05756; P05759; P06103; P06367; P07280; P0C0V8; P0C0W1; P0C0X0; P0CX29; P0CX31; P0CX33; P0CX35; P0CX37; P0CX39; P0CX47; P0CX51; P0CX55; P25443; P26783; P26786; P32497; P32905; P32911; P33442; P35997; P38011; P38249; P38701; P38912; P39938; P40217; P41057; P48589; Q01855; Q03195; Q04067; Q05775; Q08745; Q3E792; | 72-737 | 4×ZN; 1×ADP; 2×MG; 1×ATP; 2×SF4; |
Assess |
Structure of a yeast ABCE1-bound 48S initiation complex | |
Heteromer O13516; P02407; P05750; P05756; P05759; P06103; P06367; P07280; P0C0V8; P0C0W1; P0C0X0; P0CX29; P0CX31; P0CX33; P0CX35; P0CX37; P0CX39; P0CX47; P0CX51; P0CX55; P25443; P26783; P26786; P32497; P32905; P33442; P35997; P38011; P38249; P38431; P38701; P38912; P39938; P40217; P41057; P48589; Q01855; Q03195; Q04067; Q08745; Q3E792; | 72-737 | 4×MG; 3×ZN; 1×ADP; 1×ATP; 2×SF4; |
Assess |
Structure of a partial yeast 48S preinitiation complex with eIF5 N-terminal domain (model C2) | |
Heteromer A6ZMK5; A6ZZ25; F2Z602; P06103; P09064; P0CX86; P20459; P27069; P32481; P32497; P33285; P38249; P38431; P38912; P69061; Q6CIM1; Q6CJK0; Q6CKL3; Q6CKV4; Q6CLU4; Q6CM04; Q6CM18; Q6CMG3; Q6CN12; Q6CNI7; Q6CNL2; Q6CPG3; Q6CRA3; Q6CRK7; Q6CS01; Q6CTD6; Q6CU44; Q6CUH5; Q6CVZ5; Q6CW21; Q6CW78; Q6CWD0; Q6CWJ2; Q6CWT9; Q6CWU3; Q6CX80; Q6CXM0; Q6CXT6; Q875N2; | 72-737 | 117×MG; 5×ZN; 1×MET; 1×GCP; |
Assess |
Structure of a partial yeast 48S preinitiation complex with eIF5 N-terminal domain (model C1) | |
Heteromer A6ZZ25; F2Z602; P06103; P09064; P0CX86; P20459; P27069; P32481; P32497; P33285; P38249; P38431; P38912; P40217; P69061; Q6CIM1; Q6CJK0; Q6CKL3; Q6CKV4; Q6CLU4; Q6CM04; Q6CM18; Q6CMG3; Q6CN12; Q6CNI7; Q6CNL2; Q6CPG3; Q6CRA3; Q6CRK7; Q6CS01; Q6CTD6; Q6CU44; Q6CUH5; Q6CVZ5; Q6CW21; Q6CW78; Q6CWD0; Q6CWJ2; Q6CWT9; Q6CWU3; Q6CX80; Q6CXM0; Q6CXT6; Q875N2; | 72-737 | 117×MG; 5×ZN; 1×MET; 1×GCP; |
Assess |
Structure of a partial yeast 48S preinitiation complex in open conformation. | |
Heteromer F2Z602; P06103; P09064; P0CX86; P20459; P27069; P32481; P32497; P32911; P33285; P38249; P38912; P40217; P69061; Q04067; Q6CIM1; Q6CJK0; Q6CKL3; Q6CKV4; Q6CLU4; Q6CM04; Q6CM18; Q6CMG3; Q6CN12; Q6CNI7; Q6CNL2; Q6CPG3; Q6CRA3; Q6CRK7; Q6CS01; Q6CTD6; Q6CU44; Q6CUH5; Q6CVZ5; Q6CW21; Q6CW78; Q6CWD0; Q6CWJ2; Q6CWT9; Q6CWU3; Q6CX80; Q6CXM0; Q6CXT6; Q875N2; | 77-737 | 1×7NO; 82×MG; 4×ZN; 1×GCP; |
Assess |
40S-eIF1-eIF1A-eIF3-eIF3j translation initiation complex from Lachancea kluyveri | |
Heteromer A0A0J9X202; A0A0J9X203; A0A0J9X204; A0A0J9X205; A0A0J9X206; A0A0J9X207; A0A0J9X208; A0A0J9X209; A0A0J9X210; A0A0J9X211; A0A0J9X212; A0A0J9X213; A0A0J9X214; A0A0J9X215; A0A0J9X216; A0A0J9X217; A0A0J9X218; A0A0J9X219; A0A0J9X220; A0A0J9X221; A0A0J9X222; A0A0J9X223; A0A0J9X224; A0A0J9X225; A0A0J9X226; A0A0J9X227; A0A0J9X228; A0A0J9X229; A0A0J9X230; A0A0J9X231; A0A0J9X232; A0A0J9X233; A0A0J9X234; A0A0J9X235; A0A0J9X236; A0A0J9X237; Q875Q1; Q875Q2; | 5-664 | 4×ZN; |
Assess |
Crystal structure of the eIF3b-CTD/eIF3i/eIF3g-NTD translation initiation complex | |
Heteromer P06103; Q04067; | 694-737 | |
Assess |
Structure of eukaryotic translation initiation factor eIF3i complex with eIF3b C-terminus (655-700) | |
Heteromer P06103; P40217; | 700-738 | |
Assess |
Structure of a partial yeast 48S preinitiation complex in closed conformation | |
Heteromer A6ZZ25; F2Z602; P06103; P09064; P0CX86; P20459; P27069; P32481; P32497; P32911; P33285; P38249; P38912; P40217; P69061; Q6CIM1; Q6CJK0; Q6CKL3; Q6CKV4; Q6CLU4; Q6CM04; Q6CM18; Q6CMG3; Q6CN12; Q6CNI7; Q6CNL2; Q6CPG3; Q6CRA3; Q6CRK7; Q6CS01; Q6CTD6; Q6CU44; Q6CUH5; Q6CVZ5; Q6CW21; Q6CW78; Q6CWD0; Q6CWJ2; Q6CWT9; Q6CWU3; Q6CX80; Q6CXM0; Q6CXT6; Q875N2; | 704-734 | 81×MG; 4×ZN; 1×MET; 1×GCP; |
Assess |
Crystal structure of middle domain of eukaryotic translation initiation factor eIF3b | | homo-2-mer | 185-664 | |
Assess |
Crystal structure of hte RNA recognition motif of yeast eIF3b residues 76-170 | | monomer | 76-169 | 2×SO4; |
Assess |
Crystal structure of the RNA recognition motif of yeast eIF3b residues 76-161 | | monomer | 76-161 | |
Assess |