P62857 (RS28_HUMAN) Homo sapiens (Human)

Small ribosomal subunit protein eS28 UniProtKBProtein AtlasInterProSTRINGInteractive Modelling

69 aa; Sequence (Fasta) ; 343 identical sequences

Available Structures

97 Experimental Structures

DescriptionPDB IDOligo-stateRangeSeq id (%)Ligands
Structure of the delta dII IRES eIF2-containing 48S initiation complex, closed conformation. Struct… Heteromer
A0A087WNH4; A0A5K1UJS7; B7NZS8; G1SFR8; G1SGX4; G1SIZ2; G1SJB4; G1SK22; G1SP51; G1SS70; G1SV32; G1SVB0; G1SZ47; G1T1F0; G1T3D8; G1T8A2; G1TA47; G1TDB3; G1TFE8; G1TFM5; G1TG89; G1TIB4; G1TJW1; G1TLT8; G1TM82; G1TN62; G1TNM3; G1TPG3; G1TPV3; G1TRM4; G1TU13; G1TZ76; G1U0Q2; G1U7M4; P05198; P47813;
3-69
100ZN;
Structure of the wt IRES eIF5B-containing 48S initiation complex, closed conformation. Structure 15… Heteromer
A0A087WNH4; A0A5K1UJS7; B7NZS8; G1SFR8; G1SGX4; G1SIZ2; G1SJB4; G1SK22; G1SP51; G1SS70; G1SV32; G1SVB0; G1SZ47; G1T1F0; G1T3D8; G1T8A2; G1TA47; G1TDB3; G1TFE8; G1TFM5; G1TG89; G1TIB4; G1TJW1; G1TLT8; G1TM82; G1TN62; G1TNM3; G1TPG3; G1TPV3; G1TRL5; G1TRM4; G1TU13; G1TZ76; G1U0Q2; G1U7M4; P47813;
3-69
100ZN;GTP;MG;NA;
Structure of the HCV IRES binding to the 40S ribosomal subunit, closed conformation. Structure 3(de… Heteromer
A0A087WNH4; A0A5K1UJS7; B7NZS8; G1SFR8; G1SGX4; G1SIZ2; G1SJB4; G1SK22; G1SP51; G1SS70; G1SV32; G1SVB0; G1SZ47; G1T1F0; G1T3D8; G1T8A2; G1TA47; G1TDB3; G1TFE8; G1TFM5; G1TG89; G1TIB4; G1TJW1; G1TLT8; G1TM82; G1TN62; G1TNM3; G1TPG3; G1TPV3; G1TRM4; G1TU13; G1TZ76; G1U0Q2; G1U7M4;
3-69
100ZN;
Structure of the HCV IRES binding to the 40S ribosomal subunit, closed conformation. Structure 5(de… Heteromer
A0A087WNH4; A0A5K1UJS7; B7NZS8; G1SFR8; G1SGX4; G1SIZ2; G1SJB4; G1SK22; G1SP51; G1SS70; G1SV32; G1SVB0; G1SZ47; G1T1F0; G1T3D8; G1T8A2; G1TA47; G1TDB3; G1TFE8; G1TFM5; G1TG89; G1TIB4; G1TJW1; G1TLT8; G1TM82; G1TN62; G1TNM3; G1TPG3; G1TPV3; G1TRM4; G1TU13; G1TZ76; G1U0Q2; G1U7M4;
3-69
100ZN;
Structure of the HCV IRES bound to the 40S ribosomal subunit, head opening. Structure 7(delta dII) Heteromer
A0A087WNH4; A0A5K1UJS7; B7NZS8; G1SFR8; G1SGX4; G1SIZ2; G1SJB4; G1SK22; G1SP51; G1SS70; G1SV32; G1SVB0; G1SZ47; G1T1F0; G1T3D8; G1T8A2; G1TA47; G1TDB3; G1TFE8; G1TFM5; G1TG89; G1TIB4; G1TJW1; G1TLT8; G1TM82; G1TN62; G1TNM3; G1TPG3; G1TPV3; G1TRM4; G1TU13; G1TZ76; G1U0Q2; G1U7M4;
3-69
100ZN;
Structure of the HCV IRES binding to the 40S ribosomal subunit, closed conformation. Structure 2(de… Heteromer
A0A087WNH4; A0A5K1UJS7; B7NZS8; G1SFR8; G1SGX4; G1SIZ2; G1SJB4; G1SK22; G1SP51; G1SS70; G1SV32; G1SVB0; G1SZ47; G1T1F0; G1T3D8; G1T8A2; G1TA47; G1TDB3; G1TFE8; G1TFM5; G1TG89; G1TIB4; G1TJW1; G1TLT8; G1TM82; G1TN62; G1TNM3; G1TPG3; G1TPV3; G1TRM4; G1TU13; G1TZ76; G1U0Q2; G1U7M4;
3-69
100ZN;
Structure of the HCV IRES binding to the 40S ribosomal subunit, closed conformation. Structure 4(de… Heteromer
A0A087WNH4; A0A5K1UJS7; B7NZS8; G1SFR8; G1SGX4; G1SIZ2; G1SJB4; G1SK22; G1SP51; G1SS70; G1SV32; G1SVB0; G1SZ47; G1T1F0; G1T3D8; G1T8A2; G1TA47; G1TDB3; G1TFE8; G1TFM5; G1TG89; G1TIB4; G1TJW1; G1TLT8; G1TM82; G1TN62; G1TNM3; G1TPG3; G1TPV3; G1TRM4; G1TU13; G1TZ76; G1U0Q2; G1U7M4;
3-69
100ZN;
Structure of the HCV IRES bound to the 40S ribosomal subunit, closed conformation. Structure 6(delt… Heteromer
A0A087WNH4; A0A5K1UJS7; B7NZS8; G1SFR8; G1SGX4; G1SIZ2; G1SJB4; G1SK22; G1SP51; G1SS70; G1SV32; G1SVB0; G1SZ47; G1T1F0; G1T3D8; G1T8A2; G1TA47; G1TDB3; G1TFE8; G1TFM5; G1TG89; G1TIB4; G1TJW1; G1TLT8; G1TM82; G1TN62; G1TNM3; G1TPG3; G1TPV3; G1TRM4; G1TU13; G1TZ76; G1U0Q2; G1U7M4;
3-69
100ZN;
Structure of the wt IRES eIF2-containing 48S initiation complex, closed conformation. Structure 12(… Heteromer
A0A087WNH4; A0A5K1UJS7; B7NZS8; G1SFR8; G1SGX4; G1SIZ2; G1SJB4; G1SK22; G1SP51; G1SS70; G1SV32; G1SVB0; G1SZ47; G1T1F0; G1T3D8; G1T8A2; G1TA47; G1TDB3; G1TFE8; G1TFM5; G1TG89; G1TIB4; G1TJW1; G1TLT8; G1TM82; G1TN62; G1TNM3; G1TPG3; G1TPV3; G1TRM4; G1TU13; G1TZ76; G1U0Q2; G1U7M4; P05198; P47813;
3-69
100ZN;
Structure of the wt IRES w/o eIF2 48S initiation complex, closed conformation. Structure 13(wt) Heteromer
A0A087WNH4; A0A5K1UJS7; B7NZS8; G1SFR8; G1SGX4; G1SIZ2; G1SJB4; G1SK22; G1SP51; G1SS70; G1SV32; G1SVB0; G1SZ47; G1T1F0; G1T3D8; G1T8A2; G1TA47; G1TDB3; G1TFE8; G1TFM5; G1TG89; G1TIB4; G1TJW1; G1TLT8; G1TM82; G1TN62; G1TNM3; G1TPG3; G1TPV3; G1TRM4; G1TU13; G1TZ76; G1U0Q2; G1U7M4;
3-69
100ZN;
Structure of the HCV IRES binding to the 40S ribosomal subunit, closed conformation. Structure 1(de… Heteromer
A0A087WNH4; A0A5K1UJS7; B7NZS8; G1SFR8; G1SGX4; G1SIZ2; G1SJB4; G1SK22; G1SP51; G1SS70; G1SVB0; G1SZ47; G1T1F0; G1T3D8; G1T8A2; G1TA47; G1TDB3; G1TFE8; G1TFM5; G1TG89; G1TIB4; G1TJW1; G1TLT8; G1TM82; G1TN62; G1TNM3; G1TPG3; G1TPV3; G1TRM4; G1TU13; G1TZ76; G1U0Q2; G1U7M4;
3-69
100ZN;
Structure of the HCV IRES bound to the 40S ribosomal subunit, head opening. Structure 8(delta dII) Heteromer
A0A087WNH4; A0A5K1UJS7; B7NZS8; G1SFR8; G1SGX4; G1SIZ2; G1SJB4; G1SK22; G1SP51; G1SS70; G1SVB0; G1SZ47; G1T1F0; G1T3D8; G1T8A2; G1TA47; G1TDB3; G1TFE8; G1TFM5; G1TG89; G1TIB4; G1TJW1; G1TLT8; G1TM82; G1TN62; G1TNM3; G1TPG3; G1TPV3; G1TRM4; G1TU13; G1TZ76; G1U0Q2; G1U7M4;
3-69
100ZN;
Structure of the HCV IRES bound to the 40S ribosomal subunit, head open. Structure 9(delta dII) Heteromer
A0A087WNH4; A0A5K1UJS7; B7NZS8; G1SFR8; G1SGX4; G1SIZ2; G1SJB4; G1SK22; G1SP51; G1SS70; G1SVB0; G1SZ47; G1T1F0; G1T3D8; G1T8A2; G1TA47; G1TDB3; G1TFE8; G1TFM5; G1TG89; G1TIB4; G1TJW1; G1TLT8; G1TM82; G1TN62; G1TNM3; G1TPG3; G1TPV3; G1TRM4; G1TU13; G1TZ76; G1U0Q2; G1U7M4;
3-69
100ZN;
Structure of the wt IRES eIF5B-containing pre-48S initiation complex, open conformation. Structure … Heteromer
A0A087WNH4; A0A5K1UJS7; B7NZS8; G1SFR8; G1SGX4; G1SIZ2; G1SJB4; G1SK22; G1SP51; G1SS70; G1SVB0; G1SZ47; G1T1F0; G1T3D8; G1T8A2; G1TA47; G1TDB3; G1TFE8; G1TFM5; G1TG89; G1TIB4; G1TJW1; G1TLT8; G1TM82; G1TN62; G1TNM3; G1TPG3; G1TPV3; G1TRL5; G1TRM4; G1TU13; G1TZ76; G1U0Q2; G1U7M4; P47813;
3-69
100ZN;GTP;MG;NA;
Structure of the delta dII IRES eIF5B-containing 48S initiation complex, closed conformation. Struc… Heteromer
A0A087WNH4; A0A5K1UJS7; B7NZS8; G1SFR8; G1SGX4; G1SIZ2; G1SJB4; G1SK22; G1SP51; G1SS70; G1SV32; G1SVB0; G1SZ47; G1T1F0; G1T3D8; G1T8A2; G1TDB3; G1TFE8; G1TFM5; G1TG89; G1TIB4; G1TJW1; G1TK17; G1TLT8; G1TN62; G1TNM3; G1TPG3; G1TPV3; G1TRL5; G1TRM4; G1TU13; G1TZ76; G1U0Q2; G1U7M4; P47813;
3-69
100ZN;MG;GTP;
Structure of the delta dII IRES w/o eIF2 48S initiation complex, closed conformation. Structure 13(… Heteromer
A0A087WNH4; A0A5K1UJS7; B7NZS8; G1SFR8; G1SGX4; G1SIZ2; G1SJB4; G1SK22; G1SP51; G1SS70; G1SV32; G1SVB0; G1SZ47; G1T1F0; G1T3D8; G1T8A2; G1TA47; G1TDB3; G1TFE8; G1TFM5; G1TG89; G1TIB4; G1TJW1; G1TLT8; G1TM82; G1TN62; G1TNM3; G1TPG3; G1TPV3; G1TRM4; G1TU13; G1TZ76; G1U0Q2; G1U7M4;
3-69
100ZN;
Structure of the wt IRES and 40S ribosome ternary complex, open conformation. Structure 11(wt) Heteromer
A0A087WNH4; A0A5K1UJS7; B7NZS8; G1SFR8; G1SGX4; G1SIZ2; G1SJB4; G1SK22; G1SP51; G1SS70; G1SV32; G1SVB0; G1SZ47; G1T1F0; G1T3D8; G1T8A2; G1TA47; G1TDB3; G1TFE8; G1TFM5; G1TG89; G1TIB4; G1TJW1; G1TLT8; G1TM82; G1TN62; G1TNM3; G1TPG3; G1TPV3; G1TRM4; G1TU13; G1TZ76; G1U0Q2; G1U7M4; P47813;
3-69
100ZN;
Structure of the wt IRES and 40S ribosome binary complex, open conformation. Structure 10(wt) Heteromer
A0A087WNH4; A0A5K1UJS7; B7NZS8; G1SFR8; G1SGX4; G1SIZ2; G1SJB4; G1SK22; G1SP51; G1SS70; G1SV32; G1SVB0; G1SZ47; G1T1F0; G1T3D8; G1T8A2; G1TA47; G1TDB3; G1TFE8; G1TFM5; G1TG89; G1TIB4; G1TJW1; G1TLT8; G1TM82; G1TN62; G1TNM3; G1TPG3; G1TPV3; G1TRM4; G1TU13; G1TZ76; G1U0Q2; G1U7M4;
3-69
100ZN;
Bat-Hp-CoV Nsp1 and eIF1 bound to the human 40S small ribosomal subunit Heteromer
A0A088DIE1; P08708; P08865; P15880; P23396; P25398; P39019; P41567; P42677; P46781; P46782; P46783; P60866; P61247; P62081; P62241; P62244; P62249; P62263; P62266; P62269; P62273; P62277; P62280; P62701; P62753; P62841; P62847; P62851; P62854; P62861; P62945; P62979; P63220; P63244;
4-68
100117×UNX; 111×MG;ZN;
MERS-CoV Nsp1 bound to the human 43S pre-initiation complex Heteromer
A0A4W2DI10; K9N7C7; O00303; O15371; O15372; O75821; P05198; P08708; P08865; P15880; P20042; P23396; P25398; P39019; P41091; P41567; P42677; P46781; P46782; P46783; P47813; P60228; P60866; P61247; P62081; P62241; P62244; P62249; P62263; P62269; P62273; P62277; P62280; P62701; P62753; P62841; P62847; P62851; P62854; P62861; P62945; P62979; P63220; P63244; Q14152; Q7L2H7; Q99613; Q9UBQ5; Q9Y262;
4-68
100ZN;GTP; 116×MG;MET; 129×UNX;
Crystal structure of the human 40S ribosomal subunit in complex with DENR-MCT-1. Heteromer
E9PR30; O43583; P08708; P08865; P15880; P23396; P25398; P39019; P42677; P46781; P46782; P46783; P60866; P61247; P62081; P62241; P62244; P62249; P62263; P62266; P62269; P62273; P62277; P62280; P62701; P62753; P62841; P62847; P62851; P62854; P62945; P63220; P63244; Q5RKT7; Q9ULC4;
5-68
100ZN;
Rabbit 40S ribosomal subunit in complex with eIF1 and eIF1A. Heteromer
B7NZS8; G1SFR8; G1SGX4; G1SIZ2; G1SJB4; G1SK22; G1SP51; G1SVB0; G1SZ47; G1T168; G1T1F0; G1T8A2; G1TDB3; G1TFE8; G1TFM5; G1TG89; G1TGI6; G1TIB4; G1TJW1; G1TK17; G1TM55; G1TM82; G1TN62; G1TN72; G1TNM3; G1TPG3; G1TRM4; G1TS40; G1TU13; G1TZ76; G1U0Q2; G1U2Z9; G1U7M4; P41567; P47813;
5-68
100
Rabbit 40S ribosomal subunit in complex with mRNA, initiator tRNA and eIF1A Heteromer
B7NZS8; G1SFR8; G1SGX4; G1SIZ2; G1SJB4; G1SK22; G1SP51; G1SVB0; G1SZ47; G1T168; G1T1F0; G1T8A2; G1TDB3; G1TFE8; G1TFM5; G1TG89; G1TGI6; G1TIB4; G1TJW1; G1TK17; G1TM55; G1TM82; G1TN62; G1TN72; G1TNM3; G1TPG3; G1TRM4; G1TS40; G1TU13; G1TZ76; G1U0Q2; G1U2Z9; G1U7M4; P47813;
5-68
100
Rabbit 40S ribosomal subunit in complex with eIF1. Heteromer
B7NZS8; G1SFR8; G1SGX4; G1SIZ2; G1SJB4; G1SK22; G1SP51; G1SVB0; G1SZ47; G1T168; G1T1F0; G1T8A2; G1TDB3; G1TFE8; G1TFM5; G1TG89; G1TGI6; G1TIB4; G1TJW1; G1TK17; G1TM55; G1TM82; G1TN62; G1TN72; G1TNM3; G1TPG3; G1TRM4; G1TS40; G1TU13; G1TZ76; G1U0Q2; G1U2Z9; G1U7M4; P41567;
5-68
100
Structure of human 48S translation initiation complex after eIF2 release prior 60S subunit joining … Heteromer
O00303; O15371; O15372; O60841; O75821; P08708; P08865; P15880; P23396; P25398; P39019; P42677; P46781; P46782; P46783; P47813; P55884; P60228; P60866; P61247; P62081; P62241; P62244; P62249; P62263; P62266; P62269; P62273; P62277; P62280; P62701; P62753; P62841; P62847; P62851; P62854; P62861; P62945; P62979; P63220; P63244; Q13347; Q14152; Q7L2H7; Q99613; Q9UBQ5; Q9Y262;
5-68
10091×MG;GTP;ZN;
Cryo-EM structure of the human 43S ribosome with PDCD4 Heteromer
O00303; O15371; O15372; O75821; P08708; P08865; P15880; P23396; P25398; P39019; P41567; P42677; P46781; P46782; P46783; P55884; P60228; P60842; P60866; P61247; P62081; P62241; P62244; P62249; P62263; P62266; P62269; P62273; P62277; P62280; P62701; P62753; P62841; P62847; P62851; P62854; P62861; P62945; P62979; P63220; P63244; Q13347; Q14152; Q53EL6; Q7L2H7; Q99613; Q9UBQ5; Q9Y262;
5-68
10023×MG;ZN;
Cryo-EM structure of the human 40S ribosome with PDCD4 and eIF3G Heteromer
O75821; P08708; P08865; P15880; P23396; P25398; P39019; P42677; P46781; P46782; P46783; P60866; P61247; P62081; P62241; P62244; P62249; P62263; P62266; P62269; P62273; P62277; P62280; P62701; P62753; P62841; P62847; P62851; P62854; P62861; P62945; P62979; P63220; P63244; Q53EL6;
5-68
10023×MG;ZN;
EDF1-ribosome complex Heteromer
O60869; P08708; P08865; P15880; P23396; P25398; P39019; P42677; P46781; P46782; P46783; P60866; P61247; P62081; P62241; P62244; P62249; P62263; P62266; P62269; P62273; P62277; P62280; P62701; P62753; P62841; P62847; P62851; P62854; P62861; P62979; P63220; P63244; Q9NX58;
5-68
10030×MG;ZN;
Cryo-EM structure of the human 40S ribosome with PDCD4 Heteromer
P08708; P08865; P15880; P23396; P25398; P39019; P42677; P46781; P46782; P46783; P60866; P61247; P62081; P62241; P62244; P62249; P62263; P62266; P62269; P62273; P62277; P62280; P62701; P62753; P62841; P62847; P62851; P62854; P62861; P62945; P62979; P63220; P63244; Q53EL6;
5-68
10022×MG;ZN;
Structure of human 48S translation initiation complex upon transfer of initiator tRNA to eIF5B (48S… Heteromer
O00303; O15371; O15372; O60841; O75821; P05198; P08708; P08865; P15880; P23396; P25398; P39019; P41091; P42677; P46781; P46782; P46783; P47813; P55010; P55884; P60228; P60866; P61247; P62081; P62241; P62244; P62249; P62263; P62266; P62269; P62273; P62277; P62280; P62701; P62753; P62841; P62847; P62851; P62854; P62861; P62945; P62979; P63220; P63244; Q13347; Q14152; Q7L2H7; Q99613; Q9UBQ5; Q9Y262;
5-68
100GTP;NA; 89×MG;ZN;
Structure of human 48S translation initiation complex after eIF5 release (48S-4) Heteromer
O00303; O15371; O15372; O60841; O75821; P05198; P08708; P08865; P15880; P23396; P25398; P39019; P41091; P42677; P46781; P46782; P46783; P47813; P55884; P60228; P60866; P61247; P62081; P62241; P62244; P62249; P62263; P62266; P62269; P62273; P62277; P62280; P62701; P62753; P62841; P62847; P62851; P62854; P62861; P62945; P62979; P63220; P63244; Q13347; Q14152; Q7L2H7; Q99613; Q9UBQ5; Q9Y262;
5-68
100GTP;NA; 89×MG;ZN;
48S late-stage initiation complex with m6A mRNA Heteromer
A0A087WNH4; A0A5F9D2E6; A0A5K1UJS7; B7NZS8; G1SFR8; G1SG72; G1SGX4; G1SIZ2; G1SJB4; G1SK22; G1SP51; G1SVB0; G1SYS4; G1SZ47; G1T1F0; G1T2G4; G1T8A2; G1TDB3; G1TFE8; G1TG89; G1TIB4; G1TJW1; G1TK17; G1TLT8; G1TN62; G1TN72; G1TNM3; G1TPG3; G1TPV3; G1TRM4; G1TU13; G1TZ76; G1U0Q2; G1U7M4; Q32PB8; U3KMN4;
5-68
100178×MG;
m48S late-stage initiation complex, purified from rabbit reticulocytes lysates, displaying eIF2 ter… Heteromer
B7NZS8; G1SFR8; G1SGX4; G1SIZ2; G1SJB4; G1SK22; G1SP51; G1SRA8; G1SVB0; G1SZ47; G1T168; G1T1F0; G1T2G4; G1T8A2; G1TDB3; G1TFE8; G1TG89; G1TIB4; G1TJW1; G1TK17; G1TLT8; G1TM55; G1TM82; G1TN62; G1TN72; G1TNM3; G1TPG3; G1TRM4; G1TS40; G1TU13; G1TZ76; G1U0Q2; G1U7M4; O75821; Q5IH81; Q97W59; U3KMN4;
5-68
100
Mammalian 48S late-stage translation initiation complex with histone 4 mRNA Heteromer
A0A087WNH4; A0A5K1UJS7; B7NZS8; G1SFR8; G1SGX4; G1SIZ2; G1SJB4; G1SK22; G1SP51; G1SVB0; G1SZ47; G1T1F0; G1T2G4; G1T8A2; G1TDB3; G1TFE8; G1TFM5; G1TG89; G1TIB4; G1TJW1; G1TK17; G1TLT8; G1TM82; G1TN62; G1TN72; G1TNM3; G1TPG3; G1TPV3; G1TRM4; G1TS40; G1TU13; G1TZ76; G1U0Q2; G1U7M4;
5-68
100
Mammalian 48S late-stage initiation complex with beta-globin mRNA Heteromer
A0A087WNH4; A0A5K1UJS7; B7NZS8; G1SFR8; G1SG72; G1SGX4; G1SIZ2; G1SJB4; G1SK22; G1SP51; G1SVB0; G1SYS4; G1SZ47; G1T1F0; G1T2G4; G1T8A2; G1TDB3; G1TFE8; G1TG89; G1TIB4; G1TJW1; G1TK17; G1TLT8; G1TM82; G1TN62; G1TN72; G1TNM3; G1TPG3; G1TPV3; G1TRM4; G1TS40; G1TU13; G1TZ76; G1U0Q2; G1U7M4; U3KMN4;
5-68
100SF4;MG;GNP;
48S late-stage initiation complex with non methylated mRNA Heteromer
A0A087WNH4; A0A5F9D2E6; A0A5K1UJS7; B7NZS8; G1SFR8; G1SG72; G1SGX4; G1SIZ2; G1SJB4; G1SK22; G1SP51; G1SVB0; G1SYS4; G1SZ47; G1T1F0; G1T2G4; G1T8A2; G1TDB3; G1TFE8; G1TG89; G1TIB4; G1TJW1; G1TK17; G1TLT8; G1TN62; G1TN72; G1TNM3; G1TPG3; G1TPV3; G1TRM4; G1TU13; G1TZ76; G1U0Q2; G1U7M4; Q32PB8; U3KMN4;
5-68
100230×MG;
Mammalian 48S late-stage translation initiation complex (LS48S+eIF3 IC) with beta-globin mRNA Heteromer
A0A087WNH4; A0A5F9C991; B7NZS8; G1SFR8; G1SGX4; G1SIZ2; G1SJB4; G1SK22; G1SLC2; G1SLW8; G1SP51; G1SUC8; G1SVB0; G1SZ47; G1T168; G1T1F0; G1T2G4; G1T3L2; G1T8A2; G1TDB3; G1TFE8; G1TG89; G1TIB4; G1TJW1; G1TK17; G1TLT8; G1TM55; G1TM82; G1TN62; G1TN72; G1TNM3; G1TPG3; G1TRM4; G1TS40; G1TU13; G1TZ76; G1U0Q2; G1U7M4; G1U971; U3KMN4;
5-68
100SF4;MG;GNP;
Cryo-EM structure of the human 40S ribosome with LARP1 Heteromer
P08708; P08865; P15880; P23396; P25398; P39019; P42677; P46781; P46782; P46783; P60866; P61247; P62081; P62241; P62244; P62249; P62263; P62266; P62269; P62273; P62277; P62280; P62701; P62753; P62841; P62847; P62851; P62854; P62861; P62945; P62979; P63220; P63244; Q6PKG0;
5-68
100ZN;
Cryo-EM structure of the human 40S ribosome with LARP1 and LRRC47 Heteromer
P08708; P08865; P15880; P23396; P25398; P39019; P42677; P46781; P46782; P46783; P60866; P61247; P62081; P62241; P62244; P62249; P62263; P62266; P62269; P62273; P62277; P62280; P62701; P62753; P62841; P62847; P62851; P62854; P62861; P62945; P62979; P63220; P63244; Q6PKG0; Q8N1G4;
5-68
100ZN;
Human cap-dependent 48S pre-initiation complex Heteromer
P08708; P08865; P23396; P23588; P25398; P41091; P42677; P46781; P46782; P46783; P60228; P60866; P61247; P62081; P62241; P62244; P62249; P62263; P62266; P62269; P62273; P62277; P62280; P62701; P62753; P62841; P62847; P62851; P62861; P62979; P63244; Q7L2H7; Q9UBQ5; Q9Y262;
5-68
100
Structure of a human 48S translational initiation complex - head Heteromer
O15371; O75821; P08708; P23396; P25398; P39019; P46782; P46783; P60866; P62249; P62269; P62273; P62841; P62851; P62979; P63244;
5-67
10029×MG;ZN;
Structure of a human 48S translational initiation complex Heteromer
O00303; O15371; O15372; O75821; O75822; P05198; P08708; P08865; P15880; P20042; P23396; P25398; P39019; P41091; P41567; P42677; P46781; P46782; P46783; P47813; P55884; P60228; P60842; P60866; P61247; P62081; P62241; P62244; P62249; P62263; P62266; P62269; P62273; P62277; P62280; P62701; P62753; P62841; P62847; P62851; P62854; P62861; P62945; P62979; P63220; P63244; Q04637; Q13347; Q14152; Q7L2H7; Q99613; Q9UBQ5; Q9Y262;
5-67
100ZN; 89×MG;
Structure of human 48S translation initiation complex with initiator tRNA, eIF1A and eIF3 (off-path… Heteromer
O00303; O15371; O15372; O75821; P08708; P08865; P15880; P23396; P25398; P39019; P42677; P46781; P46782; P46783; P47813; P55884; P60228; P60866; P61247; P62081; P62241; P62244; P62249; P62263; P62266; P62269; P62273; P62277; P62280; P62701; P62753; P62841; P62847; P62851; P62854; P62861; P62945; P62979; P63220; P63244; Q13347; Q14152; Q7L2H7; Q99613; Q9UBQ5; Q9Y262;
5-67
10087×MG;ZN;
Structure of human 48S translation initiation complex in AUG recognition state after eIF5-induced G… Heteromer
O00303; O15371; O15372; O75821; P05198; P08708; P08865; P15880; P23396; P25398; P39019; P41091; P42677; P46781; P46782; P46783; P47813; P55010; P55884; P60228; P60866; P61247; P62081; P62241; P62244; P62249; P62263; P62266; P62269; P62273; P62277; P62280; P62701; P62753; P62841; P62847; P62851; P62854; P62861; P62945; P62979; P63220; P63244; Q13347; Q14152; Q7L2H7; Q99613; Q9UBQ5; Q9Y262;
5-67
10087×MG;ZN;
Structure of the human 48S initiation complex in closed state (h48S AUG closed) Heteromer
O00303; O15371; O15372; O75821; P05198; P08708; P08865; P15880; P23396; P25398; P39019; P41091; P42677; P46781; P46782; P46783; P47813; P55884; P60228; P60866; P61247; P62081; P62241; P62244; P62249; P62263; P62266; P62269; P62273; P62277; P62280; P62701; P62753; P62841; P62847; P62851; P62854; P62861; P62945; P62979; P63220; P63244; Q14152; Q7L2H7; Q99613; Q9UBQ5; Q9Y262;
5-67
100ZN;
The structure of human Pdcd4 bound to the 40S small ribosomal subunit Heteromer
P08708; P08865; P15880; P23396; P25398; P39019; P42677; P46781; P46782; P46783; P60866; P61247; P62081; P62241; P62244; P62249; P62263; P62266; P62269; P62273; P62277; P62280; P62701; P62753; P62841; P62847; P62851; P62854; P62861; P62945; P62979; P63220; P63244; Q53EL6;
5-67
100ZN; 19×K; 88×MG;SPD;
Structure of human 48S translation initiation complex in open codon scanning state (48S-1) Heteromer
O00303; O15371; O15372; O75821; P05198; P08708; P08865; P15880; P20042; P23396; P25398; P39019; P41091; P41567; P42677; P46781; P46782; P46783; P47813; P55884; P60228; P60866; P61247; P62081; P62241; P62244; P62249; P62263; P62266; P62269; P62273; P62277; P62280; P62701; P62753; P62841; P62847; P62851; P62854; P62861; P62945; P62979; P63220; P63244; Q13347; Q14152; Q7L2H7; Q99613; Q9UBQ5; Q9Y262;
5-67
10090×MG;ZN;GTP;MET;
Structure of a human 48S translation initiation complex with eIF4F and eIF4A Heteromer
O00303; O15371; O15372; O75821; P05198; P08708; P08865; P15880; P20042; P23396; P25398; P39019; P41091; P42677; P46781; P46782; P46783; P47813; P55010; P55884; P60228; P60842; P60866; P61247; P62081; P62241; P62244; P62249; P62263; P62266; P62269; P62273; P62277; P62280; P62701; P62753; P62841; P62847; P62851; P62854; P62861; P62945; P62979; P63220; P63244; Q04637; Q13347; Q14152; Q7L2H7; Q99613; Q9UBQ5; Q9Y262;
5-67
100ZN; 89×MG;
Structure of the human 48S initiation complex in open state (h48S AUG open) Heteromer
O00303; O15371; O15372; O75821; P05198; P08708; P08865; P15880; P20042; P23396; P25398; P39019; P41091; P41567; P42677; P46781; P46782; P46783; P47813; P55884; P60228; P60866; P61247; P62081; P62241; P62244; P62249; P62263; P62266; P62269; P62273; P62277; P62280; P62701; P62753; P62841; P62847; P62851; P62854; P62861; P62945; P62979; P63220; P63244; Q14152; Q7L2H7; Q99613; Q9UBQ5; Q9Y262;
5-67
100ZN;MG;
The structure of human Pdcd4 bound to the 40S-eIF4A-eIF3-eIF1 complex Heteromer
O00303; O15371; O15372; O75821; P08708; P08865; P15880; P23396; P25398; P39019; P41567; P42677; P46781; P46782; P46783; P55884; P60228; P60842; P60866; P61247; P62081; P62241; P62244; P62249; P62263; P62266; P62269; P62273; P62277; P62280; P62701; P62753; P62841; P62847; P62851; P62854; P62861; P62945; P62979; P63220; P63244; Q13347; Q14152; Q53EL6; Q7L2H7; Q99613; Q9UBQ5; Q9Y262;
5-67
10088×MG; 19×K;SPD;ZN;ACY;
MERS-CoV Nsp1 protein bound to the Human 40S Ribosomal subunit Heteromer
K9N7C7; P08708; P08865; P15880; P23396; P25398; P39019; P42677; P46781; P46782; P46783; P60866; P61247; P62081; P62241; P62244; P62249; P62263; P62266; P62269; P62273; P62277; P62280; P62701; P62753; P62841; P62847; P62851; P62854; P62861; P62945; P62979; P63220; P63244;
7-68
10097×MG;ZN;
SARS-CoV-2 Nsp1, CrPV IRES and rabbit 40S ribosome complex Heteromer
A0A5K1UJS7; B7NZS8; G1SFR8; G1SGX4; G1SIZ2; G1SJB4; G1SS70; G1SVB0; G1SZ47; G1T1F0; G1T3D8; G1T8A2; G1TDB3; G1TFE8; G1TFM5; G1TG89; G1TIB4; G1TJW1; G1TK17; G1TLT8; G1TN62; G1TNM3; G1TPG3; G1TPV3; G1TRM4; G1TU13; G1TZ76; G1U0Q2; P0DTD1; P15880; P62277; P62979; P63220;
7-68
100
Structure of a mammalian small ribosomal subunit in complex with the Israeli Acute Paralysis Virus … Heteromer
A0A087WNH4; B7NZS8; G1SFR8; G1SGX4; G1SIZ2; G1SJB4; G1SK22; G1SP51; G1SS70; G1SVB0; G1SWM1; G1SZ47; G1T1F0; G1T3D8; G1T8A2; G1TDB3; G1TFE8; G1TFM5; G1TG89; G1TIB4; G1TJW1; G1TK17; G1TLT8; G1TM55; G1TM82; G1TN62; G1TNM3; G1TPG3; G1TPV3; G1TRM4; G1TU13; G1TZ76; G1U0Q2; G1U7M4;
7-68
100
SARS-CoV-2 Nsp1 and rabbit 40S ribosome complex Heteromer
A0A5K1UJS7; B7NZS8; G1SFR8; G1SGX4; G1SIZ2; G1SJB4; G1SS70; G1SVB0; G1SZ47; G1T1F0; G1T3D8; G1T8A2; G1TDB3; G1TFE8; G1TFM5; G1TG89; G1TIB4; G1TJW1; G1TK17; G1TLT8; G1TN62; G1TNM3; G1TPG3; G1TPV3; G1TRM4; G1TU13; G1TZ76; G1U0Q2; P0DTD1; P15880; P62277; P62979; P63220;
7-68
100
Structure of a mammalian small ribosomal subunit in complex with the Israeli Acute Paralysis Virus … Heteromer
A0A087WNH4; B7NZS8; G1SFR8; G1SGX4; G1SIZ2; G1SJB4; G1SK22; G1SP51; G1SS70; G1SVB0; G1SWM1; G1SZ47; G1T1F0; G1T3D8; G1T8A2; G1TDB3; G1TFE8; G1TFM5; G1TG89; G1TIB4; G1TJW1; G1TK17; G1TLT8; G1TM55; G1TM82; G1TN62; G1TNM3; G1TPG3; G1TPV3; G1TRM4; G1TU13; G1TZ76; G1U0Q2; G1U7M4;
7-68
100
Structure of the Cricket Paralysis Virus 5-UTR IRES (CrPV 5-UTR-IRES) bound to the small ribosomal … Heteromer
B7NZS8; G1SED9; G1SFR8; G1SGX4; G1SIZ2; G1SJB4; G1SK22; G1SLC2; G1SLW8; G1SMZ5; G1SP51; G1SS70; G1ST95; G1SUC8; G1SVB0; G1SWM1; G1SZ47; G1T1F0; G1T3D8; G1T3L2; G1T8A2; G1TDB3; G1TFE8; G1TFM5; G1TG89; G1TIB4; G1TJW1; G1TK17; G1TLT8; G1TM55; G1TN62; G1TNM3; G1TPG3; G1TPV3; G1TRM4; G1TU13; G1TZ76; G1U0Q2; G1U7M4; G1U971; K7IM66;
7-68
100MG;ZN;
Structure of the Cricket Paralysis Virus 5-UTR IRES (CrPV 5-UTR-IRES) bound to the small ribosomal … Heteromer
B7NZS8; G1SED9; G1SFR8; G1SGX4; G1SIZ2; G1SJB4; G1SK22; G1SLC2; G1SLW8; G1SMZ5; G1SP51; G1SS70; G1ST95; G1SUC8; G1SVB0; G1SWM1; G1SZ47; G1T1F0; G1T3D8; G1T3L2; G1T8A2; G1TDB3; G1TFE8; G1TFM5; G1TG89; G1TIB4; G1TJW1; G1TK17; G1TLT8; G1TM55; G1TN62; G1TNM3; G1TPG3; G1TPV3; G1TRM4; G1TU13; G1TZ76; G1U0Q2; G1U7M4; G1U971;
7-68
100MG;ZN;
Cryo-EM structures of ribosomal 80S complexes with termination factors and cricket paralysis virus … Heteromer
B7NZS8; G1SFR8; G1SGX4; G1SIZ2; G1SJB4; G1SK22; G1SP51; G1SS70; G1SV32; G1SVB0; G1SZ47; G1T168; G1T1F0; G1T8A2; G1TDB3; G1TFE8; G1TFM5; G1TG89; G1TIB4; G1TJW1; G1TK17; G1TLT8; G1TM55; G1TM82; G1TN62; G1TNM3; G1TPG3; G1TRM4; G1TS40; G1TU13; G1TZ76; G1U0Q2; G1U7M4;
8-69
100
Cryo-EM structures of ribosomal 80S complexes with termination factors and cricket paralysis virus … Heteromer
B7NZS8; G1SFR8; G1SGX4; G1SIZ2; G1SJB4; G1SK22; G1SP51; G1SS70; G1SVB0; G1SWM1; G1SZ47; G1T168; G1T1F0; G1T8A2; G1TDB3; G1TFE8; G1TFM5; G1TG89; G1TIB4; G1TJW1; G1TK17; G1TLT8; G1TM55; G1TM82; G1TN62; G1TNM3; G1TPG3; G1TRM4; G1TS40; G1TU13; G1TZ76; G1U0Q2; G1U7M4; P15170; P62495;
8-69
100
SARS-CoV-2-Nsp1-40S complex, composite map Heteromer
P08708; P08865; P0DTD1; P15880; P23396; P25398; P39019; P42677; P46781; P46782; P46783; P60866; P61247; P62081; P62241; P62244; P62249; P62263; P62266; P62269; P62273; P62277; P62280; P62701; P62753; P62841; P62847; P62851; P62854; P62861; P62945; P62979; P63220; P63244;
8-68
100166×MG;ZN;
Cryo-EM structure of a late human pre-40S ribosomal subunit - Mature Heteromer
P08708; P08865; P15880; P23396; P25398; P39019; P42677; P46781; P46782; P46783; P60866; P61247; P62081; P62241; P62244; P62249; P62263; P62266; P62269; P62273; P62277; P62280; P62701; P62753; P62841; P62847; P62851; P62854; P62861; P62945; P62979; P63220; P63244;
8-68
100ZN;
SARS-CoV-2-Nsp1-40S complex, focused on head Heteromer
P08708; P23396; P25398; P39019; P46782; P46783; P60866; P62249; P62269; P62273; P62841; P62851; P62979; P63244;
8-68
10057×MG;ZN;
Cryo-EM structure of a human pre-40S ribosomal subunit - State RRP12-B3 Heteromer
P08708; P08865; P15880; P25398; P39019; P42677; P46781; P46782; P61247; P62081; P62241; P62244; P62249; P62263; P62266; P62269; P62277; P62280; P62701; P62753; P62841; P62847; P62851; P62861; P62979; P63220; Q13895; Q2NL82; Q5JTH9; Q96GA3; Q9BVS4; Q9NRX1; Q9ULX3;
8-68
100ZN;
SARS-CoV-2 Nsp1 bound to a pre-40S-like ribosome complex Heteromer
P08708; P08865; P0DTD1; P15880; P23396; P25398; P39019; P42677; P46781; P46782; P46783; P60866; P61247; P62081; P62241; P62244; P62249; P62263; P62266; P62269; P62273; P62277; P62280; P62701; P62753; P62841; P62847; P62851; P62861; P62979; P63220; P63244; Q2NL82;
8-68
100ZN;
Cryo-EM structure of a late human pre-40S ribosomal subunit - State F2 Heteromer
P08708; P08865; P15880; P23396; P25398; P39019; P42677; P46781; P46782; P46783; P60866; P61247; P62081; P62241; P62244; P62249; P62263; P62266; P62269; P62273; P62277; P62280; P62701; P62753; P62841; P62847; P62851; P62861; P62979; P63220; P63244; Q8N1G4; Q9BRS2; Q9NRX1; Q9ULX3;
8-68
100ZN;
SARS-CoV-2 Nsp1 bound to the human 40S ribosomal subunit Heteromer
P08708; P08865; P0DTD1; P15880; P23396; P25398; P39019; P42677; P46781; P46782; P46783; P60866; P61247; P62081; P62241; P62244; P62249; P62263; P62266; P62269; P62273; P62277; P62280; P62701; P62753; P62841; P62847; P62851; P62854; P62861; P62945; P62979; P63220; P63244;
8-68
100ZN;
Cryo-EM structure of a late human pre-40S ribosomal subunit - State G Heteromer
P08708; P08865; P15880; P23396; P25398; P39019; P42677; P46781; P46782; P46783; P60866; P61247; P62081; P62241; P62244; P62249; P62263; P62266; P62269; P62273; P62277; P62280; P62701; P62753; P62841; P62847; P62851; P62861; P62979; P63220; P63244; Q8N1G4; Q8N9N8; Q9BRS2; Q9ULX3;
8-68
100ZN;MG;ATP;
Human RIO1(kd)-StHA late pre-40S particle, structural state B (post 18S rRNA cleavage) Heteromer
P08708; P08865; P15880; P23396; P25398; P39019; P42677; P46781; P46782; P46783; P60866; P61247; P62081; P62241; P62244; P62249; P62263; P62266; P62269; P62273; P62277; P62280; P62701; P62753; P62841; P62847; P62851; P62854; P62861; P62979; P63220; P63244; Q9BRS2;
8-68
100MG;ZN;ADP;
Cryo-EM structure of a late human pre-40S ribosomal subunit - State H1 Heteromer
P08708; P08865; P15880; P23396; P25398; P39019; P42677; P46781; P46782; P46783; P60866; P61247; P62081; P62241; P62244; P62249; P62263; P62266; P62269; P62273; P62277; P62280; P62701; P62753; P62841; P62847; P62851; P62854; P62861; P62979; P63220; P63244; Q8N1G4; Q8N9N8; Q9BRS2;
8-68
100131×MG;ZN;ASP;ATP;
Human RIO1(kd)-StHA late pre-40S particle, structural state A (pre 18S rRNA cleavage) Heteromer
P08708; P08865; P15880; P23396; P25398; P39019; P42677; P46781; P46782; P46783; P60866; P61247; P62081; P62241; P62244; P62249; P62263; P62266; P62269; P62273; P62277; P62280; P62701; P62753; P62841; P62847; P62851; P62861; P62979; P63220; P63244; Q9NRX1; Q9ULX3;
8-68
100ZN;
Cryo-EM structure of a human pre-40S ribosomal subunit - State RRP12-A3 Heteromer
O43709; P08708; P08865; P15880; P25398; P39019; P42677; P46781; P46782; P61247; P62081; P62241; P62244; P62249; P62263; P62266; P62269; P62277; P62280; P62701; P62753; P62841; P62847; P62851; P62861; P62979; P63220; Q13895; Q2NL82; Q5JTH9; Q96GA3; Q9NRX1; Q9NSI2; Q9UI30; Q9ULX3;
8-68
100ZN;
Cryo-EM structure of a human pre-40S ribosomal subunit - State RRP12-B1 Heteromer
P08708; P08865; P15880; P25398; P39019; P42677; P46781; P46782; P61247; P62081; P62241; P62244; P62249; P62263; P62266; P62269; P62277; P62280; P62701; P62753; P62841; P62847; P62851; P62861; P62979; P63220; Q13895; Q2NL82; Q5JTH9; Q96GA3; Q9NRX1; Q9ULX3;
8-68
100ZN;
Cryo-EM structure of a human pre-40S ribosomal subunit - State RRP12-B2 Heteromer
P08708; P08865; P15880; P25398; P39019; P42677; P46781; P46782; P61247; P62081; P62241; P62244; P62249; P62263; P62266; P62269; P62277; P62280; P62701; P62753; P62841; P62847; P62851; P62861; P62979; P63220; Q13895; Q2NL82; Q5JTH9; Q96GA3; Q9NRX1; Q9ULX3;
8-68
100ZN;
Cryo-EM structure of a late human pre-40S ribosomal subunit - State F1 Heteromer
P08708; P08865; P15880; P23396; P25398; P39019; P42677; P46781; P46782; P46783; P60866; P61247; P62081; P62241; P62244; P62249; P62263; P62266; P62269; P62273; P62277; P62280; P62701; P62753; P62841; P62847; P62851; P62861; P62979; P63220; P63244; Q8N1G4; Q9BRS2; Q9NRX1; Q9ULX3;
8-68
100ZN;
Cryo-EM structure of a late human pre-40S ribosomal subunit - State D Heteromer
P08708; P08865; P15880; P23396; P25398; P39019; P42677; P46781; P46782; P46783; P60866; P61247; P62081; P62241; P62244; P62249; P62263; P62266; P62269; P62273; P62277; P62280; P62701; P62753; P62841; P62847; P62851; P62861; P62979; P63220; P63244; Q2NL82; Q96GA3; Q9BVS4; Q9NRX1; Q9ULX3;
8-68
100
SARS-CoV-2 Nsp1 bound to a pre-40S-like ribosome complex - state 2 Heteromer
P08708; P08865; P0DTD1; P15880; P23396; P25398; P39019; P42677; P46781; P46782; P46783; P60866; P61247; P62081; P62241; P62244; P62249; P62263; P62266; P62269; P62273; P62277; P62280; P62701; P62753; P62841; P62847; P62851; P62854; P62861; P62979; P63220; P63244; Q2NL82;
8-68
100ZN;
Cryo-EM structure of a late human pre-40S ribosomal subunit - State E Heteromer
P08708; P08865; P15880; P23396; P25398; P39019; P42677; P46781; P46782; P46783; P60866; P61247; P62081; P62241; P62244; P62249; P62263; P62266; P62269; P62273; P62277; P62280; P62701; P62753; P62841; P62847; P62851; P62861; P62979; P63220; P63244; Q2NL82; Q96GA3; Q9NRX1; Q9ULX3;
8-68
100
Cryo-EM structure of a late human pre-40S ribosomal subunit - State R Heteromer
P08708; P08865; P15880; P23396; P25398; P39019; P42677; P46781; P46782; P46783; P60866; P61247; P62081; P62241; P62244; P62249; P62263; P62266; P62269; P62273; P62277; P62280; P62701; P62753; P62841; P62847; P62851; P62861; P62979; P63220; P63244; Q9BRS2; Q9NRX1; Q9ULX3;
8-68
100ZN;
Cryo-EM structure of a late human pre-40S ribosomal subunit - State B Heteromer
P08708; P08865; P15880; P39019; P42677; P46781; P46782; P61247; P62081; P62241; P62244; P62249; P62263; P62266; P62269; P62277; P62280; P62701; P62753; P62841; P62847; P62851; P62861; P63220; Q13895; Q2NL82; Q96GA3; Q9NRX1; Q9ULX3;
8-68
100
Structure of a human ABCE1-bound 43S pre-initiation complex - State III Heteromer
E7ETK0; O00303; O15371; O15372; P05198; P08708; P08865; P15880; P20042; P23396; P25398; P39019; P41091; P41567; P42677; P46781; P46782; P46783; P47813; P55884; P60228; P60866; P61221; P61247; P62081; P62241; P62244; P62249; P62263; P62266; P62269; P62273; P62277; P62280; P62701; P62753; P62841; P62851; P62854; P62861; P62945; P62979; P63220; P63244; Q13347; Q14152; Q7L2H7; Q99613; Q9UBQ5; Q9Y262;
8-68
100ZN;SF4;ADP;MG;ATP;MET;GTP;
SARS-CoV-2 Nsp1 bound to a human 43S preinitiation ribosome complex - state 2 Heteromer
O00303; O15371; O15372; P05198; P08708; P08865; P0DTD1; P15880; P20042; P23396; P25398; P39019; P41091; P41567; P42677; P46781; P46782; P46783; P47813; P55884; P60228; P60866; P61247; P62081; P62241; P62244; P62249; P62263; P62266; P62269; P62273; P62277; P62280; P62701; P62753; P62841; P62847; P62851; P62854; P62861; P62945; P62979; P63220; P63244; Q13347; Q14152; Q7L2H7; Q99613; Q9UBQ5; Q9Y262;
8-68
100ZN;GTP;MG;
SARS-CoV-2 Nsp1 bound to a human 43S preinitiation ribosome complex - state 1 Heteromer
O00303; O15371; O15372; P08708; P08865; P0DTD1; P15880; P23396; P25398; P39019; P42677; P46781; P46782; P46783; P55884; P60228; P60866; P61247; P62081; P62241; P62244; P62249; P62263; P62266; P62269; P62273; P62277; P62280; P62701; P62753; P62841; P62847; P62851; P62854; P62861; P62945; P62979; P63220; P63244; Q13347; Q14152; Q7L2H7; Q99613; Q9UBQ5; Q9Y262;
8-68
100ZN;
Cryo-EM structure of a human pre-40S ribosomal subunit - State RRP12-A1 (without CK1) Heteromer
O43709; P08708; P25398; P39019; P42677; P46781; P46782; P61247; P62081; P62241; P62244; P62249; P62263; P62266; P62269; P62277; P62280; P62701; P62753; P62841; P62847; P62851; P62861; P62979; Q13895; Q2NL82; Q5JTH9; Q96GA3; Q9NRX1; Q9NSI2; Q9UI30;
8-68
100SAH;ZN;
Cryo-EM structure of a human pre-40S ribosomal subunit - State RRP12-A2 Heteromer
O43709; P08708; P08865; P15880; P25398; P39019; P42677; P46781; P46782; P61247; P62081; P62241; P62244; P62249; P62263; P62266; P62269; P62277; P62280; P62701; P62753; P62841; P62847; P62851; P62861; P62979; P63220; Q13895; Q2NL82; Q5JTH9; Q9NRX1; Q9NSI2; Q9UI30;
8-68
100ZN;SAH;
Structure of a human ABCE1-bound 43S pre-initiation complex - State II Heteromer
A0A2R8Y811; B4DVU3; E7ETK0; O00303; O15371; O15372; O75822; P08708; P08865; P15880; P23396; P25398; P39019; P41567; P42677; P46781; P46782; P46783; P55884; P60228; P60866; P61221; P61247; P62081; P62241; P62244; P62249; P62266; P62269; P62273; P62277; P62280; P62701; P62753; P62841; P62851; P62854; P62861; P62945; P62979; P63220; P63244; Q13347; Q14152; Q7L2H7; Q9UBQ5; Q9Y262;
8-68
100ZN;SF4;ADP;MG;ATP;
Cryo-EM structure of a human pre-40S ribosomal subunit - State RRP12-A1 (with CK1) Heteromer
O43709; P08708; P25398; P39019; P42677; P46781; P46782; P48729; P61247; P62081; P62241; P62244; P62249; P62263; P62266; P62269; P62277; P62280; P62701; P62753; P62841; P62847; P62851; P62861; P62979; Q13895; Q2NL82; Q5JTH9; Q96GA3; Q9NRX1; Q9NSI2; Q9UI30;
8-68
100SAH;ZN;
Cryo-EM structure of a late human pre-40S ribosomal subunit - State A Heteromer
O43709; P08708; P39019; P42677; P46781; P46782; P61247; P62081; P62241; P62244; P62249; P62263; P62266; P62269; P62277; P62280; P62701; P62753; P62841; P62847; P62851; P62861; Q13895; Q2NL82; Q96GA3; Q9NRX1; Q9UI30;
8-68
100
SARS-COV-2 nsp1 in complex with human 40S ribosome Heteromer
P08708; P08865; P0DTD1; P15880; P23396; P25398; P39019; P42677; P46781; P46782; P46783; P60866; P61247; P62081; P62241; P62244; P62249; P62263; P62266; P62269; P62273; P62277; P62280; P62701; P62753; P62841; P62847; P62851; P62854; P62861; P62945; P62979; P63220; P63244;
8-68
100MG;ZN;
Cryo-EM structure of a late human pre-40S ribosomal subunit - State H2 Heteromer
P08708; P08865; P15880; P23396; P25398; P39019; P42677; P46781; P46782; P46783; P60866; P61247; P62081; P62241; P62244; P62249; P62263; P62266; P62269; P62273; P62277; P62280; P62701; P62753; P62841; P62847; P62851; P62854; P62861; P62979; P63220; P63244; Q8N9N8; Q9BRS2;
8-68
100ASP; 131×MG;ZN;ATP;
Cryo-EM structure of a late human pre-40S ribosomal subunit - State C Heteromer
P08708; P08865; P15880; P25398; P39019; P42677; P46781; P46782; P61247; P62081; P62241; P62244; P62249; P62263; P62266; P62269; P62277; P62280; P62701; P62753; P62841; P62847; P62851; P62861; P62979; P63220; P63244; Q13895; Q2NL82; Q96GA3; Q9BVS4; Q9NRX1; Q9ULX3;
8-68
100ZN;
Structure of the HCV IRES bound to the human ribosome Heteromer
P08708; P08865; P15880; P23396; P25398; P39019; P42677; P46781; P46782; P46783; P60866; P61247; P62081; P62241; P62244; P62249; P62263; P62266; P62269; P62273; P62277; P62280; P62701; P62753; P62841; P62847; P62851; P62854; P62861; P62945; P62979; P63220; P63244; P83731; P84098;
8-68
10098×MG;ZN;
Mammalian 40S HCV-IRES complex Heteromer
P08708; P08865; P15880; P22090; P23396; P25398; P39019; P42677; P46781; P46782; P46783; P60866; P61247; P62081; P62241; P62244; P62249; P62263; P62266; P62269; P62273; P62277; P62280; P62753; P62841; P62847; P62851; P62854; P62861; P62979; P63220; P63244;
7-67
10074×MG;ZN;
Human 40S-eIF2D-re-initiation complex Heteromer
P08708; P08865; P15880; P23396; P25398; P39019; P41214; P42677; P46781; P46782; P46783; P60866; P61247; P62081; P62241; P62244; P62249; P62263; P62266; P62269; P62273; P62277; P62280; P62701; P62753; P62841; P62847; P62851; P62854; P62861; P62945; P63220; P63244; Q5RKT7;
8-68
100ZN;
Cryo-EM reconstruction of the human 40S ribosomal subunit - Full map Heteromer
P08708; P08865; P15880; P23396; P25398; P39019; P42677; P46781; P46782; P46783; P60866; P61247; P62081; P62241; P62244; P62249; P62263; P62266; P62269; P62273; P62277; P62280; P62701; P62753; P62841; P62847; P62851; P62854; P62861; P62945; P62979; P63220; P63244;
9-67
10082×K; 88×MG;ZN;
human 40S ribosome bound by a SKI238-exosome complex Heteromer
P08708; P08865; P15880; P23396; P25398; P39019; P42677; P46781; P46782; P46783; P60866; P61247; P62081; P62241; P62244; P62249; P62263; P62266; P62269; P62273; P62277; P62280; P62701; P62753; P62841; P62847; P62851; P62854; P62861; P62945; P62979; P63220; P63244; Q06265; Q13868; Q15024; Q15477; Q5RKV6; Q6PGP7; Q8TF46; Q96B26; Q9GZS3; Q9NPD3; Q9NQT4; Q9NQT5; Q9Y3B2;
9-67
100
Structure of human eIF3 core from closed 48S translation initiation complex Heteromer
O00303; O15371; O15372; P08708; P08865; P42677; P60228; P61247; P62263; P62277; P62854; Q14152; Q7L2H7; Q99613; Q9UBQ5; Q9Y262;
11-68
100MG;ZN;
CryoEM structure of the human 40S small ribosomal subunit in complex with translation initiation fa… Heteromer
O60841; P08708; P08865; P15880; P23396; P25398; P39019; P42677; P46781; P46782; P46783; P47813; P60866; P61247; P62081; P62241; P62244; P62249; P62263; P62266; P62269; P62273; P62277; P62280; P62701; P62753; P62841; P62847; P62851; P62854; P62861; P62945; P62979; P63220; P63244;
8-65
100GNP;5GP;ZN;

1 SWISS-MODEL model

TemplateOligo-stateQMEANDisCoRangeLigandsTrg-Tpl Seq id (%)
5lzw.73.Amonomer0.777-68
100.00