P60060 (SC61G_MOUSE) Mus musculus (Mouse)
Protein transport protein Sec61 subunit gamma UniProtKBInterProSTRINGInteractive Modelling
68 aa; Sequence (Fasta) ;
182 identical sequences
It is possible new templates exist for this target since these models were created.
Available Structures
30 Experimental Structures
| Description | PDB ID | Oligo-state | Range | Seq id (%) | Ligands | |
|---|---|---|---|---|---|---|
| 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; | 220×MG; 5×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; | 220×MG; 5×ZN; | ||||
| Subtomogram average of the human Sec61-TRAP-OSTA-translocon |
Heteromer P04843; P04844; P0C6T2; P39656; P43307; P43308; P46977; P51571; P60059; P60468; P61165; P61619; P61803; Q9NRP0; Q9UNL2; | 100 | ||||
| CRYO-EM STRUCTURE OF THE MAMMALIAN SEC61 COMPLEX BOUND TO THE ACTIVELY TRANSLATING WHEAT GERM 80S R… |
Heteromer P04456; P04650; P05740; P05743; P0C2H8; P0CX84; P38377; P49626; P60058; P60467; | 100 | ||||
| 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; | 100 | 178×MG; 5×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; | 100 | 178×MG; 5×ZN; 1×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; | 100 | 218×MG; 5×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; | 100 | 218×MG; 5×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; | 100 | 218×MG; 5×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; P62917; P62987; P63173; P83731; P83881; P84098; Q02543; Q02878; Q07020; Q96L21; Q9Y3U8; | 100 | 220×MG; 5×ZN; | |||
| 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; | 100 | 1×NAG; 159×MG; 5×ZN; 1×9UB; | |||
| The structure of the mammalian Sec61 channel opened by a signal sequence |
Heteromer P01239; P38377; P60058; | 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; P62917; P62945; P63173; P83731; P84098; Q02543; Q02878; Q07020; Q969V3; Q96A33; Q9BVK8; Q9UM00; Q9Y3U8; | 100 | 28×MG; 3×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; P62917; P62987; P63173; P83731; P83881; P84098; Q02543; Q02878; Q07020; Q96HY6; Q96JB5; Q96L21; Q9Y3U8; | 100 | 220×MG; 5×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; | 100 | 1×NAG; 159×MG; 5×ZN; 1×9UB; | |||
| 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; | 100 | 1×NAG; 159×MG; 5×ZN; 1×9UB; | |||
| Cryo-EM of the Sec61-complex bound to the idle 80S ribosome |
Heteromer P38377; P60058; P60467; | 100 | ||||
| Cryo-EM of the Sec61-complex bound to the 80S ribosome translating a secretory substrate |
Heteromer P38377; P60058; P60467; | 100 | ||||
| Cryo-em of the Sec61-complex bound to the 80s ribosome translating a membrane-inserting substrate |
Heteromer P38377; P60058; P60467; | 100 | ||||
| Native mammalian ribosome-bound Sec61 protein-conducting channel in the 'non-inserting' state |
Heteromer P38377; P60058; P60467; | 100 | ||||
| Cryo-EM structure of the human Sec61 complex inhibited by mycolactone |
Heteromer P60059; P60468; P61619; | 100 | 1×Q6B; | |||
| Cryo-EM structure of the human Sec61 complex in a partially-open apo state (Class 2) |
Heteromer P60059; P60468; P61619; | 100 | ||||
| Cryo-EM structure of the human Sec61 complex in a partially-open apo state (Class 1) |
Heteromer P60059; P60468; P61619; | 100 | ||||
| Cryo-EM structure of the human Sec61 complex inhibited by cyclotriazadisulfonamide (CADA) |
Heteromer P60059; P60468; P61619; | 100 | 1×SXU; | |||
| Cryo-EM structure of the human Sec61 complex inhibited by cotransin |
Heteromer P60059; P60468; P61619; | 100 | ||||
| Cryo-EM structure of the human Sec61 complex inhibited by decatransin |
Heteromer P60059; P60468; P61619; | 100 | ||||
| Cryo-EM structure of the human Sec61 complex inhibited by apratoxin F |
Heteromer P60059; P60468; P61619; | 100 | ||||
| Cryo-EM structure of the human Sec61 complex inhibited by ipomoeassin F |
Heteromer P60059; P60468; P61619; | 100 | 1×SXF; | |||
| Cryo-EM structure of the human Sec61 complex inhibited by eeyarestatin I |
Heteromer P60059; P60468; P61619; | 100 | 1×SWR; | |||
| Structure of canine Sec61 inhibited by mycolactone |
Heteromer P38377; P60058; | 100 | 1×Q6B; | |||
1 SWISS-MODEL model
| Template | Oligo-state | QMEAN | Range | Ligands | Trg-Tpl Seq id (%) | |
|---|---|---|---|---|---|---|
| 7tm3.1.m | monomer | 0.68 | 100.00 | |||