P62917 (RL8_HUMAN) Homo sapiens (Human)

Large ribosomal subunit protein uL2 UniProtKBInterProSTRINGInteractive Modelling

257 aa; Sequence (Fasta) ; 118 identical sequences

Available Structures

58 Experimental Structures

DescriptionPDB IDOligo-stateRangeSeq id (%)Ligands
Mus musculus brain neocortex ribosome 60S bound to Ebp1 Heteromer
O09167; O55142; P12970; P14115; P14148; P19253; P27659; P35980; P41105; P47911; P47915; P47962; P47963; P47964; P50580; P51410; P62717; P62751; P62830; P62889; P62900; P62911; P62918; P62947; P67984; P84099; Q4FZH2; Q4VAF2; Q505A8; Q5BLJ9; Q5M9K3; Q5M9P1; Q6ZWV3; Q6ZWV7; Q8BP67; Q9CPR4; Q9CR57; Q9CXW4; Q9CZM2; Q9D1R9; Q9D823; Q9D8E6; Q9JJI8;
2-253
100247×MG;ZN;
human nuclear pre-60S ribosomal particle - State B Heteromer
O00488; O00541; O76021; O95478; P18077; P18124; P18621; P26373; P30050; P32969; P35268; P36578; P39023; P40429; P42766; P46776; P46777; P46778; P46779; P49207; P50914; P56537; P61254; P61313; P61353; P61513; P61927; P62424; P62750; P62829; P62888; P62891; P62899; P62910; P62913; P63173; P84098; Q02543; Q02878; Q07020; Q13823; Q15050; Q6DKI1; Q9BRT6; Q9BVP2; Q9BYG3; Q9BZE4; Q9H6F5; Q9H7B2; Q9NVX2; Q9NZM5; Q9UHA3; Q9UKD2; Q9Y3U8;
2-249
100GTP;MG;
Cryo-EM structure of a pre-60S ribosomal subunit - state B Heteromer
P18077; P18124; P18621; P26373; P32969; P35268; P36578; P39023; P40429; P42766; P46776; P46777; P46778; P46779; P47914; P49207; P50914; P56537; P61254; P61313; P61353; P61513; P61927; P62424; P62750; P62829; P62888; P62891; P62899; P62906; P62910; P62913; P63173; P83731; P83881; P84098; Q02543; Q02878; Q07020; Q969S3; Q96D46; Q9H089; Q9UQ80; Q9Y3U8;
2-249
100246×MG;
human nuclear pre-60S ribosomal particle - State F Heteromer
O00488; O95478; P18077; P18124; P18621; P26373; P30050; P32969; P35268; P36578; P39023; P40429; P42766; P46776; P46777; P46778; P46779; P47914; P49207; P50914; P56537; P61254; P61313; P61353; P61513; P61927; P62424; P62750; P62829; P62888; P62891; P62899; P62906; P62910; P62913; P63173; P83881; P84098; Q02543; Q02878; Q07020; Q13823; Q96EY4; Q9BRT6; Q9BZE4; Q9NVU7; Q9UHA3; Q9UKD2; Q9UNZ5; Q9Y3U8;
2-249
100GDP;MG;K;
human nuclear pre-60S ribosomal particle - State E Heteromer
O00488; O95478; P18077; P18124; P18621; P26373; P32969; P35268; P36578; P39023; P40429; P42766; P46776; P46777; P46778; P46779; P47914; P49207; P50914; P56537; P61254; P61313; P61353; P61513; P61927; P62424; P62750; P62829; P62888; P62891; P62899; P62910; P62913; P63173; P84098; Q02543; Q02878; Q07020; Q13823; Q9BRT6; Q9BZE4; Q9UHA3; Q9UKD2; Q9Y3U8;
2-249
100
human nuclear pre-60S ribosomal particle - State D Heteromer
O00488; O95478; P18077; P18124; P18621; P26373; P30050; P32969; P35268; P36578; P39023; P40429; P42766; P46776; P46777; P46778; P46779; P47914; P49207; P50914; P56537; P61254; P61313; P61353; P61513; P61927; P62424; P62750; P62829; P62888; P62891; P62899; P62910; P62913; P63173; P84098; Q02543; Q02878; Q07020; Q13823; Q9BRT6; Q9BVP2; Q9BZE4; Q9H6F5; Q9NVU7; Q9NVX2; Q9UHA3; Q9UKD2; Q9Y3U8;
2-249
100GTP;MG;
human nuclear pre-60S ribosomal particle - State G Heteromer
O00488; O00541; O76021; O95478; P18077; P18124; P18621; P26373; P30050; P32969; P35268; P36578; P39023; P40429; P42766; P46776; P46777; P46778; P46779; P47914; P49207; P50914; P56537; P61254; P61313; P61353; P61513; P61927; P62424; P62750; P62829; P62888; P62891; P62899; P62910; P62913; P63173; P83881; P84098; Q02543; Q02878; Q07020; Q13823; Q6DKI1; Q96EY4; Q9BRT6; Q9BYG3; Q9BZE4; Q9NZM5; Q9UHA3; Q9UKD2; Q9UNZ5; Q9Y3U8;
2-249
100GDP;MG;K;
Cryo-EM structure of a pre-60S ribosomal subunit - state preA Heteromer
O00488; P18077; P18124; P18621; P26373; P32969; P35268; P36578; P39023; P40429; P42766; P46776; P46777; P46778; P46779; P47914; P49207; P50914; P56537; P61254; P61313; P61353; P61513; P61927; P62424; P62750; P62829; P62888; P62891; P62899; P62910; P62913; P63173; P83881; P84098; Q02543; Q02878; Q07020; Q13823; Q96EY4; Q9BRT6; Q9BZE4; Q9UHA3; Q9Y3U8;
2-249
100250×MG;
60S ribosomal subunit bound to the E3-UFM1 complex - state 3 (in-vitro reconstitution) Heteromer
O94874; P18077; P18124; P18621; P26373; P32969; P35268; P36578; P39023; P40429; P42766; P46776; P46777; P46778; P46779; P47914; P49207; P50914; P61254; P61313; P61353; P61513; P61927; P61960; P62424; P62750; P62829; P62888; P62891; P62899; P62906; P62910; P62913; P62987; P63173; P83731; P83881; P84098; Q02543; Q02878; Q07020; Q96HY6; Q96JB5; Q96L21; Q9Y3U8;
2-249
100220×MG;ZN;
Cryo-EM structure of a pre-60S ribosomal subunit - state C Heteromer
P18077; P18124; P18621; P26373; P32969; P35268; P36578; P39023; P40429; P42766; P46776; P46777; P46778; P46779; P47914; P49207; P50914; P56537; P61254; P61313; P61353; P61513; P61927; P62424; P62750; P62829; P62888; P62891; P62899; P62906; P62910; P62913; P62987; P63173; P83731; P83881; P84098; Q02543; Q02878; Q07020; Q969S3; Q96D46; Q96L21; Q9Y3U8;
2-249
100251×MG;
human nuclear pre-60S ribosomal particle - State F Heteromer
E9PRG8; O00488; O00541; O76021; O95478; P18077; P18124; P18621; P26373; P30050; P32969; P35268; P36578; P39023; P40429; P42766; P46776; P46777; P46778; P46779; P47914; P49207; P50914; P56537; P61254; P61313; P61353; P61513; P61927; P62424; P62750; P62829; P62888; P62891; P62899; P62906; P62910; P62913; P63173; P83881; P84098; Q02543; Q02878; Q07020; Q13823; Q6DKI1; Q96EY4; Q9BRT6; Q9BYG3; Q9BZE4; Q9NVU7; Q9NZM5; Q9UHA3; Q9UKD2; Q9UNZ5; Q9Y3U8;
2-249
100GDP;MG;K;
human nuclear pre-60S ribosomal particle - State C Heteromer
O00488; O00541; O76021; O95478; P18077; P18124; P18621; P26373; P30050; P32969; P35268; P36578; P39023; P40429; P42766; P46776; P46777; P46778; P46779; P47914; P49207; P50914; P56537; P61254; P61313; P61353; P61513; P61927; P62424; P62750; P62829; P62888; P62891; P62899; P62910; P62913; P63173; P84098; Q02543; Q02878; Q07020; Q13823; Q6DKI1; Q9BRT6; Q9BVP2; Q9BYG3; Q9BZE4; Q9H6F5; Q9NVX2; Q9NZM5; Q9UHA3; Q9UKD2; Q9Y3U8;
2-249
100GTP;MG;
human nuclear pre-60S ribosomal particle - State D Heteromer
O00488; O00541; O76021; O95478; P18077; P18124; P18621; P26373; P30050; P32969; P35268; P36578; P39023; P40429; P42766; P46776; P46777; P46778; P46779; P47914; P49207; P50914; P56537; P61254; P61313; P61353; P61513; P61927; P62424; P62750; P62829; P62888; P62891; P62899; P62910; P62913; P63173; P84098; Q02543; Q02878; Q07020; Q13823; Q6DKI1; Q9BRT6; Q9BVP2; Q9BYG3; Q9BZE4; Q9H6F5; Q9NVU7; Q9NVX2; Q9NZM5; Q9UHA3; Q9UKD2; Q9Y3U8;
2-249
100GTP;MG;
Cryo-EM structure of a human pre-60S ribosomal subunit - state A Heteromer
O00488; P18077; P18124; P18621; P26373; P32969; P35268; P36578; P39023; P40429; P42766; P46776; P46777; P46778; P46779; P47914; P49207; P50914; P56537; P61254; P61313; P61353; P61513; P61927; P62424; P62750; P62829; P62888; P62891; P62899; P62906; P62910; P62913; P63173; P83881; P84098; Q02543; Q02878; Q07020; Q13823; Q96D46; Q96EY4; Q9BRT6; Q9BZE4; Q9UHA3; Q9Y3U8;
2-249
100247×MG;
Cryo-EM structure of ribosome-Sec61-TRAP (TRanslocon Associated Protein) translocon complex Heteromer
A0A087WNH4; A0A5F9CHB7; A0A5F9DJN2; B7NZN9; B7NZQ2; G1SCJ6; G1SE28; G1SE76; G1SF08; G1SGR6; G1SHG0; G1SHQ2; G1SIT5; G1SKF7; G1SNY0; G1SQH0; G1STW0; G1SV32; G1SV74; G1SVW5; G1SWI6; G1SY53; G1SZ12; G1T040; G1T0C1; G1T6D1; G1TDL2; G1TFE0; G1TKB3; G1TL06; G1TPE6; G1TSG1; G1TT27; G1TTN1; G1TTQ5; G1TTY7; G1TU86; G1TUB8; G1TUN8; G1TVS8; G1TXF6; G1TXG5; G1TYL6; G1U001; G1U7L1; P0DXC2; P19949; U3KPD5;
2-249
100178×MG;ZN;
60S ribosomal subunit bound to the E3-UFM1 complex - state 1 (native) Heteromer
O94874; P18077; P18124; P18621; P26373; P32969; P35268; P36578; P38377; P39023; P40429; P42766; P46776; P46777; P46778; P46779; P47914; P49207; P50914; P56537; P60059; P60468; P61254; P61313; P61353; P61513; P61927; P62424; P62750; P62829; P62888; P62891; P62899; P62906; P62910; P62913; P62987; P63173; P83731; P83881; P84098; Q02543; Q02878; Q07020; Q96L21; Q9Y3U8;
2-249
100220×MG;ZN;
Tetracenomycin X bound to the human ribosome Heteromer
P18077; P18124; P18621; P26373; P32969; P35268; P36578; P39023; P40429; P42766; P46776; P46777; P46778; P46779; P47914; P49207; P50914; P61254; P61313; P61353; P61513; P61927; P62424; P62750; P62829; P62888; P62891; P62899; P62906; P62910; P62913; P62945; P62987; P63173; P83731; P83881; P84098; Q02543; Q02878; Q07020; Q96L21; Q9Y3U8;
2-249
100229×MG;OCW;ZN;
60S ribosomal subunit bound to the E3-UFM1 complex - state 3 (native) Heteromer
O94874; P18077; P18124; P18621; P26373; P32969; P35268; P36578; P39023; P40429; P42766; P46776; P46777; P46778; P46779; P47914; P49207; P50914; P56537; P61254; P61313; P61353; P61513; P61927; P61960; P62424; P62750; P62829; P62888; P62891; P62899; P62906; P62910; P62913; P62987; P63173; P83731; P83881; P84098; Q02543; Q02878; Q07020; Q96HY6; Q96JB5; Q96L21; Q9Y3U8;
2-249
100220×MG;ZN;
human nuclear pre-60S ribosomal particle - State C Heteromer
O00488; O95478; P18077; P18124; P18621; P26373; P30050; P32969; P35268; P36578; P39023; P40429; P42766; P46776; P46777; P46778; P46779; P47914; P49207; P50914; P56537; P61254; P61313; P61353; P61513; P61927; P62424; P62750; P62829; P62888; P62891; P62899; P62910; P62913; P63173; P84098; Q02543; Q02878; Q07020; Q13823; Q9BRT6; Q9BVP2; Q9BZE4; Q9H6F5; Q9NVX2; Q9UHA3; Q9UKD2; Q9Y3U8;
2-249
100GTP;MG;
human nuclear pre-60S ribosomal particle - State G Heteromer
O00488; P18077; P18124; P18621; P26373; P30050; P32969; P35268; P36578; P39023; P40429; P42766; P46776; P46777; P46778; P46779; P47914; P49207; P50914; P56537; P61254; P61313; P61353; P61513; P61927; P62424; P62750; P62829; P62888; P62891; P62899; P62910; P62913; P63173; P83881; P84098; Q02543; Q02878; Q07020; Q13823; Q96EY4; Q9BRT6; Q9BZE4; Q9UHA3; Q9UKD2; Q9UNZ5; Q9Y3U8;
2-249
100GDP;MG;K;GTP;
human delta-METTL18 60S ribosome Heteromer
P18077; P18124; P18621; P26373; P27635; P32969; P35268; P36578; P39023; P40429; P42766; P46776; P46777; P46778; P46779; P47914; P49207; P50914; P61254; P61313; P61353; P61513; P61927; P62424; P62750; P62829; P62888; P62891; P62899; P62910; P62913; P62945; P62987; P63173; P83731; P83881; P84098; Q02543; Q02878; Q07020; Q9Y3U8;
2-249
100279×MG;ZN;
Structure of rabbit 80S ribosome translating beta-tubulin in complex with tetratricopeptide protein… Heteromer
A0A087WNH4; B7NZQ2; G1SCJ6; G1SE28; G1SE76; G1SF08; G1SGR6; G1SHG0; G1SHQ2; G1SIT5; G1SKF7; G1SMR7; G1SNY0; G1SQH0; G1SWI6; G1SY53; G1SZ12; G1T040; G1T0C1; G1T6D1; G1TDL2; G1TL06; G1TT27; G1TTN1; G1TTQ5; G1TUB1; G1TUB8; G1TUN8; G1TXF6; G1TXG5; G1U001; G1U7L1; P19949; Q8N0Z6; U3KPD5;
2-249
100220×MG;ZN;
Structure of the rabbit 80S ribosome stalled on a 2-TMD Rhodopsin intermediate in complex with the … Heteromer
A0A087WNH4; A0A8C0RJF2; A0A8C0RUW0; A0A8C0S144; A0A8C0TSD6; B7NZQ2; G1SCJ6; G1SE28; G1SE76; G1SF08; G1SGR6; G1SHG0; G1SHQ2; G1SIT5; G1SKF7; G1SNY0; G1SQH0; G1STW0; G1SVW5; G1SWI6; G1SY53; G1SZ12; G1T040; G1T0C1; G1T6D1; G1TDL2; G1TJR3; G1TL06; G1TSG1; G1TT27; G1TTN1; G1TTQ5; G1TUB1; G1TUB8; G1TUN8; G1TXF6; G1TXG5; G1U001; G1U7L1; P19949; P38377; P60467; U3KPD5;
2-249
100220×MG;ZN;
Structure of the rabbit 80S ribosome stalled on a 4-TMD Rhodopsin intermediate in complex with the … Heteromer
A0A087WNH4; A0A2K5PSA0; A0A8C0RJF2; A0A8C0RUW0; A0A8C0S144; A0A8C0TSD6; B7NZQ2; G1SCJ6; G1SE28; G1SE76; G1SF08; G1SGR6; G1SHG0; G1SHQ2; G1SIT5; G1SKF7; G1SNY0; G1SQH0; G1STW0; G1SVW5; G1SWI6; G1SY53; G1SZ12; G1T040; G1T0C1; G1T6D1; G1TDL2; G1TJR3; G1TL06; G1TSG1; G1TT27; G1TTN1; G1TTQ5; G1TUB1; G1TUB8; G1TUN8; G1TXF6; G1TXG5; G1U001; G1U7L1; P19949; P38377; P60467; U3KPD5;
2-249
100220×MG;ZN;
60S ribosomal subunit bound to the E3-UFM1 complex - state 2 (native) Heteromer
O94874; P18077; P18124; P18621; P26373; P32969; P35268; P36578; P39023; P40429; P42766; P46776; P46777; P46778; P46779; P47914; P49207; P50914; P56537; P60059; P60468; P61254; P61313; P61353; P61513; P61619; P61927; P61960; P62424; P62750; P62829; P62888; P62891; P62899; P62906; P62910; P62913; P62987; P63173; P83731; P83881; P84098; Q02543; Q02878; Q07020; Q96HY6; Q96JB5; Q96L21; Q9Y3U8;
2-249
100220×MG;ZN;
Cryo-EM structure of ribosome-Sec61 in complex with cyclotriazadisulfonamide derivative CK147 Heteromer
A0A087WNH4; A0A5F9CHB7; B7NZQ2; G1SCJ6; G1SE28; G1SE76; G1SF08; G1SGR6; G1SHG0; G1SHQ2; G1SIT5; G1SKF7; G1SNY0; G1SQH0; G1STW0; G1SV32; G1SVW5; G1SWI6; G1SY53; G1SZ12; G1T040; G1T0C1; G1T6D1; G1TDL2; G1TFE0; G1TKB3; G1TL06; G1TPE6; G1TSG1; G1TT27; G1TTN1; G1TTQ5; G1TTY7; G1TUB8; G1TUN8; G1TVS8; G1TXF6; G1TXG5; G1TYL6; G1U001; G1U7L1; P0DXC2; P19949; U3KPD5;
2-249
100178×MG;ZN;OWI;
Structure of the rabbit 80S ribosome stalled on a 2-TMD rhodopsin intermediate in complex with Sec6… Heteromer
A0A087WNH4; A0A8I3PRN4; B7NZQ2; G1SCJ6; G1SE28; G1SE76; G1SF08; G1SGR6; G1SHG0; G1SHQ2; G1SIT5; G1SKF7; G1SNY0; G1SQH0; G1STW0; G1SV32; G1SVW5; G1SWI6; G1SY53; G1SZ12; G1T040; G1T0C1; G1T6D1; G1TDL2; G1TFE0; G1TJR3; G1TKB3; G1TL06; G1TSG1; G1TT27; G1TTN1; G1TTQ5; G1TTY7; G1TUB8; G1TUN8; G1TVS8; G1TXF6; G1TXG5; G1U001; G1U7L1; P02699; P0DXC2; P19949; P38377; P60058; P60467; U3KPD5;
2-249
100218×MG;ZN;
Structure of the rabbit 80S ribosome stalled on a 2-TMD rhodopsin intermediate in complex with Sec6… Heteromer
A0A087WNH4; A0A8C0T6I4; A0A8I3PRN4; A0A8I3PXW2; B7NZQ2; G1SCJ6; G1SE28; G1SE76; G1SF08; G1SGR6; G1SHG0; G1SHQ2; G1SIT5; G1SKF7; G1SNY0; G1SQH0; G1STW0; G1SV32; G1SVW5; G1SWI6; G1SY53; G1SZ12; G1T040; G1T0C1; G1T6D1; G1TDL2; G1TFE0; G1TJR3; G1TKB3; G1TL06; G1TSG1; G1TT27; G1TTN1; G1TTQ5; G1TTY7; G1TUB8; G1TUN8; G1TVS8; G1TXF6; G1TXG5; G1U001; G1U7L1; P02699; P0DXC2; P16967; P19949; P23438; P24643; P38377; P60058; P60467; U3KPD5;
2-249
100218×MG;ZN;
Structure of the rabbit 80S ribosome stalled on a 2-TMD rhodopsin intermediate in complex with Sec6… Heteromer
A0A087WNH4; A0A8C0T6I4; A0A8I3PRN4; A0A8I3PXW2; B7NZQ2; G1SCJ6; G1SE28; G1SE76; G1SF08; G1SGR6; G1SHG0; G1SHQ2; G1SIT5; G1SKF7; G1SNY0; G1SQH0; G1STW0; G1SV32; G1SVW5; G1SWI6; G1SY53; G1SZ12; G1T040; G1T0C1; G1T6D1; G1TDL2; G1TFE0; G1TKB3; G1TL06; G1TSG1; G1TT27; G1TTN1; G1TTQ5; G1TTY7; G1TUB8; G1TUN8; G1TVS8; G1TXF6; G1TXG5; G1TYL6; G1U001; G1U7L1; P02699; P0DXC2; P16967; P19949; P23438; P24643; P38377; P60058; P60467; U3KPD5;
2-249
100218×MG;ZN;
Cryo-EM structure of the human Ebp1 - 80S ribosome Heteromer
P18077; P18124; P18621; P26373; P32969; P35268; P36578; P39023; P40429; P42766; P46776; P46777; P46778; P46779; P47914; P49207; P50914; P61254; P61313; P61353; P61513; P61927; P62424; P62750; P62888; P62891; P62899; P62910; P62913; P62987; P63173; P83731; P83881; P84098; Q02543; Q02878; Q07020; Q96L21; Q9UQ80; Q9Y3U8;
2-248
10041×MG;ZN;
Cryo-EM structures of ribosomal 80S complexes with termination factors and cricket paralysis virus … Heteromer
G1TT27;
2-248
100
Cryo-EM structure of the human ribosome-TMCO1 translocon Heteromer
J3KQN4; P18077; P18124; P18621; P26373; P27635; P32969; P35268; P36578; P39023; P40429; P42766; P46776; P46777; P46778; P46779; P47914; P49207; P50914; P60059; P60468; P61254; P61313; P61353; P61513; P61619; P61927; P62424; P62750; P62888; P62891; P62910; P62913; P62945; P63173; P83731; P84098; Q02543; Q02878; Q07020; Q969V3; Q96A33; Q9BVK8; Q9UM00; Q9Y3U8;
2-247
10028×MG;ZN;
eIF6-bound pre-60S large ribosomal subunit incorporating mutant uL16 Heteromer
P18077; P18124; P18621; P26373; P27635; P32969; P35268; P36578; P39023; P40429; P42766; P46776; P46777; P46778; P46779; P47914; P49207; P50914; P56537; P61254; P61313; P61353; P61513; P61927; P62424; P62750; P62829; P62888; P62891; P62899; P62910; P62913; P62987; P63173; P83731; P83881; P84098; Q02543; Q02878; Q07020; Q969S3; Q9Y3U8;
2-247
100227×MG; 155×K;NA;GTP;EPE;ZN;
UFL1 E3 ligase bound 60S ribosome Heteromer
O94874; P18077; P18124; P18621; P26373; P27635; P32969; P35268; P36578; P39023; P40429; P42766; P46776; P46777; P46778; P46779; P47914; P49207; P50914; P61254; P61313; P61353; P61513; P61927; P62424; P62750; P62829; P62888; P62891; P62899; P62910; P62913; P62987; P63173; P83731; P83881; P84098; Q02543; Q02878; Q07020; Q9Y3U8;
2-247
100161×MG;ZN;
Human 60S ribosomal subunit Heteromer
P18077; P18124; P18621; P26373; P32969; P35268; P36578; P39023; P40429; P42766; P46776; P46777; P46778; P46779; P47914; P49207; P50914; P61254; P61313; P61353; P61513; P61927; P62424; P62750; P62829; P62888; P62891; P62899; P62910; P62913; P62987; P63173; P83731; P83881; P84098; Q02543; Q02878; Q07020; Q96L21; Q9Y3U8;
2-247
99.59186×MG;PUT; 46×K;ZN;SPD;SPM;ATP;
Human mature large subunit of the ribosome with eIF6 and homoharringtonine bound Heteromer
P18077; P18124; P18621; P26373; P27635; P32969; P35268; P36578; P39023; P40429; P42766; P46776; P46777; P46778; P46779; P47914; P49207; P50914; P56537; P61254; P61313; P61353; P61513; P61927; P62424; P62750; P62829; P62888; P62891; P62899; P62910; P62913; P62987; P63173; P83731; P83881; P84098; Q02543; Q02878; Q07020; Q9Y3U8;
2-247
100229×MG; 155×K;NA;HMT;SPM;EPE;ZN;
EIF6-bound large subunit of the human ribosome Heteromer
P18077; P18124; P18621; P26373; P32969; P36578; P40429; P42766; P46776; P46777; P46778; P46779; P47914; P49207; P56537; P61254; P61313; P61353; P61513; P61927; P62424; P62750; P62829; P62888; P62899; P62910; P62913; P63173; P83731; P83881; P84098; Q02543; Q02878; Q07020; Q6IPH7; Q96L21; Q9Y3U8;
2-247
100223×MG;ZN; 153×K;NA;BR;
Human nuclear pre-60S ribosomal subunit (State L2) Heteromer
O00488; O00541; P18077; P18124; P18621; P26373; P27635; P32969; P35268; P36578; P39023; P40429; P42766; P46776; P46777; P46778; P46779; P47914; P49207; P50914; P56537; P61254; P61313; P61353; P61513; P61927; P62424; P62750; P62829; P62888; P62891; P62899; P62910; P62913; P63173; P83881; P84098; Q02543; Q02878; Q07020; Q6DKI1; Q9BRT6; Q9BYG3; Q9BZE4; Q9NZM5; Q9UHA3; Q9UKD2; Q9Y3U8;
2-246
10087×MG;ZN;
Human nuclear pre-60S ribosomal subunit (State K1) Heteromer
O00488; O00541; O76021; P18077; P18124; P18621; P26373; P30050; P32969; P35268; P36578; P39023; P40429; P42766; P46776; P46777; P46778; P46779; P47914; P49207; P50914; P56537; P61254; P61313; P61353; P61513; P61927; P62424; P62750; P62829; P62888; P62891; P62899; P62910; P62913; P63173; P83881; P84098; Q02543; Q02878; Q07020; Q6DKI1; Q96EY4; Q9BRT6; Q9BYG3; Q9BZE4; Q9NZM5; Q9UHA3; Q9UKD2; Q9UNZ5; Q9Y3U8;
2-246
10088×MG;ZN;GDP;K;
Human nuclear pre-60S ribosomal subunit (State J1) Heteromer
O00488; O00541; O76021; O95478; P18077; P18124; P18621; P26373; P30050; P32969; P35268; P36578; P39023; P40429; P42766; P46776; P46777; P46778; P46779; P47914; P49207; P50914; P56537; P61254; P61313; P61353; P61513; P61927; P62424; P62750; P62829; P62888; P62891; P62899; P62910; P62913; P63173; P83881; P84098; Q02543; Q02878; Q07020; Q13823; Q6DKI1; Q9BRT6; Q9BYG3; Q9BZE4; Q9NZM5; Q9UHA3; Q9UKD2; Q9Y3U8;
2-246
10088×MG;ZN;GDP;K;
Human nuclear pre-60S ribosomal subunit (State L3) Heteromer
O00488; P18077; P18124; P18621; P26373; P27635; P32969; P35268; P36578; P39023; P40429; P42766; P46776; P46777; P46778; P46779; P47914; P49207; P50914; P56537; P61254; P61313; P61353; P61513; P61927; P62424; P62750; P62829; P62888; P62891; P62899; P62910; P62913; P63173; P83881; P84098; Q02543; Q02878; Q07020; Q9BRT6; Q9BZE4; Q9UHA3; Q9UKD2; Q9Y3U8;
2-246
10087×MG;ZN;
Human nuclear pre-60S ribosomal subunit (State K2) Heteromer
O00488; O00541; P18077; P18124; P18621; P26373; P30050; P32969; P35268; P36578; P39023; P40429; P42766; P46776; P46777; P46778; P46779; P47914; P49207; P50914; P56537; P61254; P61313; P61353; P61513; P61927; P62424; P62750; P62829; P62888; P62891; P62899; P62910; P62913; P63173; P83881; P84098; Q02543; Q02878; Q07020; Q6DKI1; Q96EY4; Q9BRT6; Q9BYG3; Q9BZE4; Q9NZM5; Q9UHA3; Q9UKD2; Q9UNZ5; Q9Y3U8;
2-246
10088×MG;ZN;GDP;K;
Human nuclear pre-60S ribosomal subunit (State J2) Heteromer
O00488; O00541; O95478; P18077; P18124; P18621; P26373; P30050; P32969; P35268; P36578; P39023; P40429; P42766; P46776; P46777; P46778; P46779; P47914; P49207; P50914; P56537; P61254; P61313; P61353; P61513; P61927; P62424; P62750; P62829; P62888; P62891; P62899; P62910; P62913; P63173; P83881; P84098; Q02543; Q02878; Q07020; Q13823; Q6DKI1; Q9BRT6; Q9BYG3; Q9BZE4; Q9NZM5; Q9UHA3; Q9UKD2; Q9Y3U8;
2-246
10088×MG;ZN;GDP;K;
Human nuclear pre-60S ribosomal subunit (State K3) Heteromer
O00488; P18077; P18124; P18621; P26373; P30050; P32969; P35268; P36578; P39023; P40429; P42766; P46776; P46777; P46778; P46779; P47914; P49207; P50914; P56537; P61254; P61313; P61353; P61513; P61927; P62424; P62750; P62829; P62888; P62891; P62899; P62910; P62913; P63173; P83881; P84098; Q02543; Q02878; Q07020; Q96EY4; Q9BRT6; Q9BZE4; Q9UHA3; Q9UKD2; Q9UNZ5; Q9Y3U8;
2-246
10088×MG;ZN;GDP;K;
Human nuclear pre-60S ribosomal subunit (State L1) Heteromer
O00488; O00541; O76021; P18077; P18124; P18621; P26373; P27635; P32969; P35268; P36578; P39023; P40429; P42766; P46776; P46777; P46778; P46779; P47914; P49207; P50914; P56537; P61254; P61313; P61353; P61513; P61927; P62424; P62750; P62829; P62888; P62891; P62899; P62910; P62913; P63173; P83881; P84098; Q02543; Q02878; Q07020; Q6DKI1; Q9BRT6; Q9BYG3; Q9BZE4; Q9NZM5; Q9UHA3; Q9UKD2; Q9Y3U8;
2-246
10087×MG;ZN;
Human nuclear pre-60S ribosomal subunit (State I3) Heteromer
O00488; O00541; O95478; P18077; P18124; P18621; P26373; P30050; P32969; P35268; P36578; P39023; P40429; P42766; P46776; P46777; P46778; P46779; P49207; P50914; P56537; P61254; P61313; P61353; P61513; P61927; P62424; P62750; P62829; P62888; P62891; P62899; P62906; P62910; P62913; P63173; P84098; Q02543; Q02878; Q07020; Q13823; Q6DKI1; Q8IZL8; Q9BRT6; Q9BV38; Q9BVP2; Q9BZE4; Q9H6F5; Q9NVU7; Q9NVX2; Q9NXF1; Q9NZM5; Q9UHA3; Q9UKD2; Q9Y3U8; Q9Y4W2;
2-246
10099×MG;ZN;GTP;K;GDP;
Human nuclear pre-60S ribosomal subunit (State J3) Heteromer
O00488; O95478; P18077; P18124; P18621; P26373; P30050; P32969; P35268; P36578; P39023; P40429; P42766; P46776; P46777; P46778; P46779; P47914; P49207; P50914; P56537; P61254; P61313; P61353; P61513; P61927; P62424; P62750; P62829; P62888; P62891; P62899; P62910; P62913; P63173; P83881; P84098; Q02543; Q02878; Q07020; Q13823; Q9BRT6; Q9BZE4; Q9UHA3; Q9UKD2; Q9Y3U8;
2-246
10088×MG;ZN;GDP;K;
Subtomogram average of OST-containing ribosome-translocon complexes from canine rough microsomal me… Heteromer
A0A087WNH4; B7NZQ2; E2RQ08; F1PJP5; G1SCJ6; G1SE28; G1SE76; G1SF08; G1SGR6; G1SHG0; G1SHQ2; G1SIT5; G1SMR7; G1SNY0; G1SQH0; G1STW0; G1SV32; G1SVW5; G1SWI6; G1SY53; G1SYU7; G1SZ12; G1T040; G1T0C1; G1T6D1; G1TG04; G1TL06; G1TT27; G1TTQ5; G1TUB8; G1TUN8; G1TXF6; G1TXG5; G1U7L1; P19949; P38377; P60058; P60467; P86218; U3KPD5;
2-245
100NAG; 159×MG;ZN;9UB;
Ternary complex of ribosome nascent chain with SRP and NAC Heteromer
A0A087WNH4; A0A2U3YV30; A0A5F9D391; B5FYZ2; B7NZQ2; G1SE28; G1SE76; G1SF08; G1SGR6; G1SHG0; G1SHQ2; G1SIT5; G1SKF7; G1SNY0; G1SQH0; G1STW0; G1SV32; G1SVW5; G1SWI6; G1SY53; G1SYU7; G1SZ12; G1T0C1; G1T6D1; G1TDL2; G1TL06; G1TT27; G1TTQ5; G1TUB8; G1TUN8; G1TXF6; G1TXG5; G1U7L1; P09132; P19949; P20290; P61011; Q13765; Q3T0W9; Q9UHB9; U3KPD5;
2-245
10097×MG;ZN;
Cryo-EM Structure of the Mammalian Oligosaccharyltransferase Bound to Sec61 and the Programmed 80S … Heteromer
A0A087WNH4; B7NZQ2; E2RQ08; F1PJP5; G1SCJ6; G1SE28; G1SE76; G1SF08; G1SGR6; G1SHG0; G1SHQ2; G1SIT5; G1SMR7; G1SNY0; G1SQH0; G1STW0; G1SV32; G1SVW5; G1SWI6; G1SY53; G1SYU7; G1SZ12; G1T040; G1T0C1; G1T6D1; G1TG04; G1TL06; G1TT27; G1TTQ5; G1TUB8; G1TUN8; G1TXF6; G1TXG5; G1U7L1; P19949; P38377; P60058; P60467; P86218; U3KPD5;
2-245
100NAG; 159×MG;ZN;9UB;
Cryo-EM Structure of the Mammalian Oligosaccharyltransferase Bound to Sec61 and the Non-programmed … Heteromer
A0A087WNH4; B7NZQ2; E2RQ08; F1PJP5; G1SCJ6; G1SE28; G1SE76; G1SF08; G1SGR6; G1SHG0; G1SHQ2; G1SIT5; G1SMR7; G1SNY0; G1SQH0; G1STW0; G1SV32; G1SVW5; G1SWI6; G1SY53; G1SYU7; G1SZ12; G1T040; G1T0C1; G1T6D1; G1TG04; G1TL06; G1TSG1; G1TT27; G1TTQ5; G1TUB8; G1TUN8; G1TXF6; G1TXG5; G1U7L1; P19949; P38377; P60058; P60467; P86218; U3KPD5;
2-245
100NAG; 159×MG;ZN;9UB;
Structure of the mammalian 60S ribosomal subunit Heteromer
A0A4X1UAP0; A0A4X1VLH7; A0A8D0MVZ5; A1XQU3; A1XQU5; F1RGC0; F2Z522; F2Z546; F2Z554; F2Z567; I3L7Y1; I3LP78; I3LSD3; K7GP63; P49666; P62831; P62901; P63053; P67985; P83884; Q29205; Q29223; Q29361; Q6QAT0; Q95281; Q95342;
2-245
100130×MG;ZN;
human nuclear pre-60S ribosomal particle - State A Heteromer
O95478; P18077; P18124; P18621; P26373; P30050; P32969; P35268; P36578; P39023; P40429; P42766; P46776; P46777; P46778; P46779; P49207; P50914; P56537; P61254; P61313; P61353; P61513; P61927; P62424; P62750; P62829; P62888; P62891; P62899; P62910; P62913; P63173; P84098; Q02543; Q02878; Q07020; Q13823; Q15050; Q8IY81; Q9BRT6; Q9BVP2; Q9BZE4; Q9H6F5; Q9H7B2; Q9NVX2; Q9UHA3; Q9UKD2; Q9Y3U8;
19-199
100GTP;MG;
Human nucleolar pre-60S ribosomal subunit (State G) Heteromer
O00541; O76021; O95478; P18077; P18124; P18621; P26373; P30050; P32969; P35268; P36578; P39023; P40429; P42766; P46776; P46778; P46779; P49207; P50914; P56537; P61254; P61313; P61353; P61513; P61927; P62424; P62750; P62829; P62888; P62891; P62899; P62910; P63173; P84098; Q02543; Q02878; Q07020; Q13823; Q6DKI1; Q9BRT6; Q9BVP2; Q9BYG3; Q9BZE4; Q9NZM5; Q9UHA3; Q9UKD2; Q9Y3U8;
22-177
10064×MG;ZN;GDP;K;
60S ribosomal protein L8 histidine hydroxylase (NO66 S373C) in complex with Mn(II), N-oxalylglycine… Heteromer
Q9H6W3;
212-223
91.67MN;OGA; 10×EDO;
Crystal structure of Ribosomal oxygenase NO66 in complex with substrate Rpl8 peptide and Ni(II) and… Heteromer
Q9H6W3;
212-222
100NI;OGA;GOL;ACT;
60S ribosomal protein L8 histidine hydroxylase (NO66) in complex with Mn(II), N-oxalylglycine (NOG)… Heteromer
Q9H6W3;
212-222
87.5MN;OGA;EDO;
60S ribosomal protein L8 histidine hydroxylase (NO66 L299C/C300S) in complex with Mn(II), N-oxalylg… Heteromer
Q9H6W3;
213-222
90.0MN;OGA;SO4;EDO;

1 SWISS-MODEL model

TemplateOligo-stateQMEANDisCoRangeLigandsTrg-Tpl Seq id (%)
6lsr.1.fmonomer0.792-249
100.00