Q14197 | SWISS-MODEL Repository

Q14197 (ICT1_HUMAN) Homo sapiens (Human)

Large ribosomal subunit protein mL62 UniProtKB InterPro STRING Interactive Modelling

It is possible new templates exist for this target since these models were created.

Available Structures

36 Experimental Structures

Description	PDB ID	Oligo-state	Range	Seq id (%)	Ligands
Cryo-EM structure of the human 39S mitoribosomal subunit in complex with RRFmt and EF-G2mt.	7l20 PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer A8K7J6; A8K9D2; E7ESL0; O75394; P09001; P49406; P52815; Q13084; Q13405; Q16540; Q4U2R6; Q5T653; Q6P161; Q6P1L8; Q7Z2W9; Q7Z7F7; Q7Z7H8; Q8IXM3; Q8N5N7; Q8N983; Q8TAE8; Q8TCC3; Q969S9; Q96A35; Q96DV4; Q96E11; Q96EL3; Q96GC5; Q9BQ48; Q9BQC6; Q9BRJ2; Q9BYC8; Q9BYC9; Q9BYD1; Q9BYD2; Q9BYD3; Q9BZE1; Q9H2W6; Q9H9J2; Q9HD33; Q9NP92; Q9NQ50; Q9NRX2; Q9NVS2; Q9NX20; Q9NYK5; Q9NZE8; Q9P015; Q9P0J6; Q9P0M9; Q9Y3B7; Q9Y6G3;	38-196	100.0	102×MG; 3×ZN; 1×GCP;
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39S human mitochondrial large ribosomal subunit with mtRF1 and P-site tRNA	8oit PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer O75394; O75570; P09001; P49406; P52815; Q13084; Q13405; Q16540; Q4U2R6; Q5T653; Q6P161; Q6P1L8; Q7Z2W9; Q7Z7F7; Q7Z7H8; Q86TS9; Q8IXM3; Q8N5N7; Q8N983; Q8TAE8; Q8TCC3; Q96A35; Q96DV4; Q96EL3; Q96GC5; Q9BQ48; Q9BQC6; Q9BRJ2; Q9BYC8; Q9BYC9; Q9BYD1; Q9BYD2; Q9BYD3; Q9BYD6; Q9BZE1; Q9H0U6; Q9H2W6; Q9H9J2; Q9HD33; Q9NP92; Q9NQ50; Q9NRX2; Q9NVS2; Q9NWU5; Q9NX20; Q9NYK5; Q9NZE8; Q9P015; Q9P0J6; Q9P0M9; Q9Y3B7; Q9Y6G3;	38-195	100.0	34×K; 228×MG; 1×VAL; 2×ZN; 1×FS2; 1×MET;
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State B of the human mitoribosomal large subunit assembly intermediate	7ods PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer L0R8F8; O14561; O75394; P09001; P49406; Q13084; Q13405; Q16540; Q4U2R6; Q5T653; Q6P161; Q6P1L8; Q7Z2W9; Q7Z6M4; Q7Z7F7; Q7Z7H8; Q86TS9; Q8IXM3; Q8N5N7; Q8N983; Q8TAE8; Q8TCC3; Q96A35; Q96CB9; Q96DV4; Q96EH3; Q96EL3; Q96GC5; Q9BQ48; Q9BQC6; Q9BRJ2; Q9BYC8; Q9BYC9; Q9BYD1; Q9BYD2; Q9BYD3; Q9BZE1; Q9H0U6; Q9H2W6; Q9H9J2; Q9HD33; Q9NP92; Q9NQ50; Q9NRX2; Q9NVS2; Q9NWU5; Q9NX20; Q9NYK5; Q9NZE8; Q9P015; Q9P0J6; Q9P0M9; Q9UI43; Q9Y3B7; Q9Y6G3;	38-195	100.0	1×PM8; 1×SAM; 2×ZN; 88×MG; 8×K; 1×N; 1×FES;
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human mitoribosomal large subunit assembly intermediate 1 with GTPBP10-GTPBP7	8pk0 PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer A4D1E9; L0R8F8; O14561; O75394; P09001; P49406; Q13084; Q13405; Q16540; Q4U2R6; Q5T653; Q6P161; Q6P1L8; Q7Z2W9; Q7Z6M4; Q7Z7F7; Q7Z7H8; Q86TS9; Q8IXM3; Q8N5N7; Q8N983; Q8TAE8; Q8TCC3; Q96A35; Q96CB9; Q96DV4; Q96EH3; Q96EL3; Q96GC5; Q9BQ48; Q9BQC6; Q9BRJ2; Q9BT17; Q9BYC8; Q9BYC9; Q9BYD1; Q9BYD2; Q9BYD3; Q9BZE1; Q9H0U6; Q9H2W6; Q9H9J2; Q9HD33; Q9NP92; Q9NQ50; Q9NRX2; Q9NVS2; Q9NWU5; Q9NX20; Q9NYK5; Q9NZE8; Q9P015; Q9P0M9; Q9Y3B7; Q9Y6G3;	38-195	100.0	1×ZN; 1×PM8; 1×SAM; 2×GNP; 96×MG; 10×K;
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Assembly intermediate of human mitochondrial ribosome large subunit (largely unfolded rRNA with MAL…	7po4 PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer L0R8F8; O14561; O75394; P09001; P49406; P52815; Q13084; Q13405; Q16540; Q4U2R6; Q5T653; Q6P161; Q6P1L8; Q7Z2W9; Q7Z7F7; Q7Z7H8; Q86TS9; Q8IXM3; Q8N5N7; Q8N983; Q8TAE8; Q8TCC3; Q96A35; Q96DV4; Q96EH3; Q96EL3; Q96GC5; Q9BQ48; Q9BQC6; Q9BRJ2; Q9BYC8; Q9BYC9; Q9BYD1; Q9BYD2; Q9BYD3; Q9BZE1; Q9H0U6; Q9H2W6; Q9H9J2; Q9HD33; Q9NP92; Q9NQ50; Q9NRX2; Q9NVS2; Q9NWU5; Q9NX20; Q9NYK5; Q9NZE8; Q9P015; Q9P0M9; Q9Y3B7; Q9Y6G3;	38-195	100.0	35×MG; 8×K; 1×ZN; 1×FES; 1×8Q1;
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Human mitoribosomal large subunit assembly intermediate 2 with GTPBP7	8qsj PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer L0R8F8; O14561; O75394; P09001; P49406; Q13084; Q13405; Q16540; Q4U2R6; Q5T653; Q6P161; Q6P1L8; Q7Z2W9; Q7Z6M4; Q7Z7F7; Q7Z7H8; Q86TS9; Q8IXM3; Q8N5N7; Q8N983; Q8TAE8; Q8TCC3; Q96A35; Q96CB9; Q96DV4; Q96EH3; Q96EL3; Q96GC5; Q9BQ48; Q9BQC6; Q9BRJ2; Q9BT17; Q9BYC8; Q9BYC9; Q9BYD1; Q9BYD2; Q9BYD3; Q9BZE1; Q9H0U6; Q9H2W6; Q9H9J2; Q9HD33; Q9NP92; Q9NQ50; Q9NRX2; Q9NVS2; Q9NWU5; Q9NX20; Q9NYK5; Q9NZE8; Q9P015; Q9P0J6; Q9P0M9; Q9Y3B7; Q9Y6G3;	38-195	100.0	2×ZN; 38×MG; 1×FES; 1×PM8; 1×SAM; 1×GNP;
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State C of the human mitoribosomal large subunit assembly intermediate	7odt PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer L0R8F8; O14561; O75394; P09001; P49406; Q13084; Q13405; Q16540; Q4U2R6; Q5T653; Q6P161; Q6P1L8; Q7Z2W9; Q7Z6M4; Q7Z7F7; Q7Z7H8; Q86TS9; Q8IXM3; Q8N5N7; Q8N983; Q8TAE8; Q8TCC3; Q96A35; Q96CB9; Q96DV4; Q96EH3; Q96EL3; Q96GC5; Q9BQ48; Q9BQC6; Q9BRJ2; Q9BYC8; Q9BYC9; Q9BYD1; Q9BYD2; Q9BYD3; Q9BZE1; Q9H0U6; Q9H2W6; Q9H4K7; Q9H9J2; Q9HD33; Q9NP92; Q9NQ50; Q9NRX2; Q9NVS2; Q9NWU5; Q9NX20; Q9NYK5; Q9NZE8; Q9P015; Q9P0J6; Q9P0M9; Q9Y3B7; Q9Y6G3;	38-195	100.0	1×GDP; 95×MG; 1×PM8; 1×SAM; 2×ZN; 10×K; 1×FES;
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State A of the human mitoribosomal large subunit assembly intermediate	7odr PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer L0R8F8; O14561; O75394; P09001; P49406; Q13084; Q13405; Q16540; Q4U2R6; Q5T653; Q6P161; Q6P1L8; Q7Z2W9; Q7Z6M4; Q7Z7F7; Q7Z7H8; Q86TS9; Q8IXM3; Q8N5N7; Q8N983; Q8TAE8; Q8TCC3; Q96A35; Q96CB9; Q96DV4; Q96EH3; Q96EL3; Q96GC5; Q9BQ48; Q9BQC6; Q9BRJ2; Q9BYC8; Q9BYC9; Q9BYD1; Q9BYD2; Q9BYD3; Q9BZE1; Q9H0U6; Q9H2W6; Q9H9J2; Q9HD33; Q9NP92; Q9NQ50; Q9NRX2; Q9NVS2; Q9NWU5; Q9NX20; Q9NYK5; Q9NZE8; Q9P015; Q9P0J6; Q9P0M9; Q9Y3B7; Q9Y6G3;	38-195	100.0	1×PM8; 1×SAM; 2×ZN; 97×MG; 2×K; 1×FES;
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Structure of a human mitochondrial ribosome large subunit assembly intermediate in complex with MTE…	7of5 PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer L0R8F8; O14561; O75394; P09001; P49406; Q13084; Q13405; Q16540; Q4U2R6; Q5T653; Q6P1L8; Q7Z2W9; Q7Z6M4; Q7Z7F7; Q7Z7H8; Q86TS9; Q8IXM3; Q8N5N7; Q8N983; Q8TAE8; Q8TCC3; Q96A35; Q96CB9; Q96DV4; Q96EH3; Q96EL3; Q96GC5; Q9BQ48; Q9BQC6; Q9BRJ2; Q9BYC8; Q9BYC9; Q9BYD1; Q9BYD2; Q9BYD3; Q9BZE1; Q9H0U6; Q9H2W6; Q9H4K7; Q9H9J2; Q9HD33; Q9NP92; Q9NQ50; Q9NRX2; Q9NVS2; Q9NWU5; Q9NX20; Q9NYK5; Q9NZE8; Q9P015; Q9P0J6; Q9P0M9; Q9Y3B7; Q9Y6G3;	38-193	100.0	3×ZN; 70×MG; 2×GTP;
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Structure of mature human mitochondrial ribosome large subunit in complex with GTPBP6 (PTC conforma…	7of6 PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer O43824; O75394; P09001; P49406; Q13084; Q13405; Q16540; Q4U2R6; Q5T653; Q6P161; Q6P1L8; Q7Z2W9; Q7Z7F7; Q7Z7H8; Q86TS9; Q8IXM3; Q8N5N7; Q8N983; Q8TAE8; Q8TCC3; Q96A35; Q96DV4; Q96EL3; Q96GC5; Q9BQ48; Q9BQC6; Q9BRJ2; Q9BYC8; Q9BYC9; Q9BYD1; Q9BYD2; Q9BYD3; Q9BZE1; Q9H0U6; Q9H2W6; Q9H9J2; Q9HD33; Q9NP92; Q9NQ50; Q9NRX2; Q9NVS2; Q9NWU5; Q9NX20; Q9NYK5; Q9NZE8; Q9P015; Q9P0J6; Q9P0M9; Q9Y3B7; Q9Y6G3;	38-193	100.0	3×ZN; 88×MG; 3×GTP;
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Cryo-EM structure of the human mtLSU assembly intermediate upon MRM2 depletion - class 1	7qh6 PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer L0R8F8; O14561; O75394; P09001; P49406; Q13084; Q13405; Q16540; Q4U2R6; Q5T653; Q6P1L8; Q7Z2W9; Q86TS9; Q8IXM3; Q8N5N7; Q8N983; Q8TAE8; Q8TCC3; Q96A35; Q96DV4; Q96EH3; Q9BQ48; Q9BQC6; Q9BRJ2; Q9BYC8; Q9BYC9; Q9BYD1; Q9BYD2; Q9BYD3; Q9BZE1; Q9H0U6; Q9H9J2; Q9HD33; Q9NP92; Q9NRX2; Q9NVS2; Q9NWU5; Q9NX20; Q9NYK5; Q9NZE8; Q9P015; Q9P0M9; Q9Y6G3;	38-193	100.0	1×ZN;
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Structure of a human mitochondrial ribosome large subunit assembly intermediate in complex with MTE…	7of0 PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer L0R8F8; O14561; O75394; P09001; P49406; Q13084; Q13405; Q16540; Q4U2R6; Q5T653; Q6P1L8; Q7Z2W9; Q7Z6M4; Q7Z7F7; Q7Z7H8; Q86TS9; Q8IXM3; Q8N5N7; Q8N983; Q8TAE8; Q8TCC3; Q96A35; Q96CB9; Q96DV4; Q96EH3; Q96EL3; Q96GC5; Q9BQ48; Q9BQC6; Q9BRJ2; Q9BYC8; Q9BYC9; Q9BYD1; Q9BYD2; Q9BYD3; Q9BZE1; Q9H0U6; Q9H2W6; Q9H9J2; Q9HD33; Q9NP92; Q9NQ50; Q9NRX2; Q9NVS2; Q9NWU5; Q9NX20; Q9NYK5; Q9NZE8; Q9P015; Q9P0J6; Q9P0M9; Q9Y3B7; Q9Y6G3;	38-193	100.0	3×ZN; 61×MG;
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Cryo-EM structure of the human mtLSU assembly intermediate upon MRM2 depletion - class 4	7qh7 PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer L0R8F8; O14561; O75394; P09001; P49406; Q13084; Q13405; Q16540; Q4U2R6; Q5T653; Q6P1L8; Q7Z2W9; Q7Z7H8; Q86TS9; Q8IXM3; Q8N5N7; Q8N983; Q8TAE8; Q8TCC3; Q96A35; Q96DV4; Q96EH3; Q96GC5; Q9BQ48; Q9BQC6; Q9BRJ2; Q9BYC8; Q9BYC9; Q9BYD1; Q9BYD2; Q9BYD3; Q9BZE1; Q9H0U6; Q9H9J2; Q9HD33; Q9NP92; Q9NRX2; Q9NVS2; Q9NWU5; Q9NX20; Q9NYK5; Q9NZE8; Q9P015; Q9P0J6; Q9P0M9; Q9Y6G3;	38-193	100	50×MG; 3×ZN;
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Structure of a human mitochondrial ribosome large subunit assembly intermediate in complex with MTE…	7of7 PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer L0R8F8; O14561; O75394; P09001; P49406; Q13084; Q13405; Q16540; Q4U2R6; Q5T653; Q6P1L8; Q7Z2W9; Q7Z6M4; Q7Z7F7; Q7Z7H8; Q86TS9; Q8IXM3; Q8N5N7; Q8N983; Q8TAE8; Q8TCC3; Q96A35; Q96CB9; Q96DV4; Q96EH3; Q96EL3; Q96GC5; Q9BQ48; Q9BQC6; Q9BRJ2; Q9BYC8; Q9BYC9; Q9BYD1; Q9BYD2; Q9BYD3; Q9BZE1; Q9H0U6; Q9H2W6; Q9H4K7; Q9H9J2; Q9HD33; Q9NP92; Q9NQ50; Q9NRX2; Q9NVS2; Q9NWU5; Q9NX20; Q9NYK5; Q9NZE8; Q9P015; Q9P0J6; Q9P0M9; Q9Y3B7; Q9Y6G3;	38-193	100.0	3×ZN; 74×MG;
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Cryo-EM structure of late human 39S mitoribosome assembly intermediates, state 2	7oi7 PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer L0R8F8; O14561; O75394; P09001; P49406; Q13084; Q13405; Q16540; Q4U2R6; Q5T653; Q6P161; Q6P1L8; Q7Z2W9; Q7Z7F7; Q7Z7H8; Q86TS9; Q8IXM3; Q8N5N7; Q8N983; Q8TAE8; Q8TCC3; Q96A35; Q96DV4; Q96EH3; Q96EL3; Q96GC5; Q9BQ48; Q9BQC6; Q9BRJ2; Q9BYC8; Q9BYC9; Q9BYD1; Q9BYD2; Q9BYD3; Q9BZE1; Q9H0U6; Q9H2W6; Q9H9J2; Q9HD33; Q9NP92; Q9NQ50; Q9NRX2; Q9NVS2; Q9NWU5; Q9NX20; Q9NYK5; Q9NZE8; Q9P015; Q9P0M9; Q9Y3B7; Q9Y6G3;	38-193	100.0	2×ZN; 49×MG; 1×PNS;
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Structure of a human mitochondrial ribosome large subunit assembly intermediate in complex with MTE…	7of3 PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer L0R8F8; O14561; O75394; P09001; P49406; Q13084; Q13405; Q16540; Q4U2R6; Q5T653; Q6P1L8; Q7Z2W9; Q7Z6M4; Q7Z7F7; Q7Z7H8; Q86TS9; Q8IXM3; Q8N5N7; Q8N983; Q8TAE8; Q8TCC3; Q96A35; Q96CB9; Q96DV4; Q96EH3; Q96EL3; Q96GC5; Q9BQ48; Q9BQC6; Q9BRJ2; Q9BYC8; Q9BYC9; Q9BYD1; Q9BYD2; Q9BYD3; Q9BZE1; Q9H0U6; Q9H2W6; Q9H9J2; Q9HD33; Q9NP92; Q9NQ50; Q9NRX2; Q9NVS2; Q9NWU5; Q9NX20; Q9NYK5; Q9NZE8; Q9P015; Q9P0J6; Q9P0M9; Q9Y3B7; Q9Y6G3;	38-193	100.0	3×ZN; 58×MG; 2×GTP;
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Cryo-EM structure of late human 39S mitoribosome assembly intermediates, state 3C	7oia PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer O75394; P09001; P49406; Q13084; Q13405; Q16540; Q4U2R6; Q5T653; Q6P161; Q6P1L8; Q7Z2W9; Q7Z7F7; Q7Z7H8; Q86TS9; Q8IXM3; Q8N5N7; Q8N983; Q8TAE8; Q8TCC3; Q96A35; Q96DV4; Q96EL3; Q96GC5; Q9BQ48; Q9BQC6; Q9BRJ2; Q9BYC8; Q9BYC9; Q9BYD1; Q9BYD2; Q9BYD3; Q9BZE1; Q9H0U6; Q9H2W6; Q9H9J2; Q9HD33; Q9NP92; Q9NQ50; Q9NRX2; Q9NVS2; Q9NWU5; Q9NX20; Q9NYK5; Q9NZE8; Q9P015; Q9P0M9; Q9Y3B7; Q9Y6G3;	38-193	100.0	49×MG; 2×ZN;
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Structure of mature human mitochondrial ribosome large subunit in complex with GTPBP6 (PTC conforma…	7of4 PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer O43824; O75394; P09001; P49406; Q13084; Q13405; Q16540; Q4U2R6; Q5T653; Q6P161; Q6P1L8; Q7Z2W9; Q7Z7F7; Q7Z7H8; Q86TS9; Q8IXM3; Q8N5N7; Q8N983; Q8TAE8; Q8TCC3; Q96A35; Q96DV4; Q96EL3; Q96GC5; Q9BQ48; Q9BQC6; Q9BRJ2; Q9BYC8; Q9BYC9; Q9BYD1; Q9BYD2; Q9BYD3; Q9BZE1; Q9H0U6; Q9H2W6; Q9H9J2; Q9HD33; Q9NP92; Q9NQ50; Q9NRX2; Q9NVS2; Q9NWU5; Q9NX20; Q9NYK5; Q9NZE8; Q9P015; Q9P0J6; Q9P0M9; Q9Y3B7; Q9Y6G3;	38-193	100.0	3×ZN; 89×MG; 3×GTP;
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Cryo-EM structure of late human 39S mitoribosome assembly intermediates, state 3D	7oib PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer O75394; P09001; P49406; Q13084; Q13405; Q16540; Q4U2R6; Q5T653; Q6P161; Q6P1L8; Q7Z2W9; Q7Z7F7; Q7Z7H8; Q86TS9; Q8IXM3; Q8N5N7; Q8N983; Q8TAE8; Q8TCC3; Q96A35; Q96DV4; Q96EL3; Q96GC5; Q9BQ48; Q9BQC6; Q9BRJ2; Q9BYC8; Q9BYC9; Q9BYD1; Q9BYD2; Q9BYD3; Q9BZE1; Q9H0U6; Q9H2W6; Q9H9J2; Q9HD33; Q9NP92; Q9NQ50; Q9NRX2; Q9NVS2; Q9NWU5; Q9NX20; Q9NYK5; Q9NZE8; Q9P015; Q9P0M9; Q9Y3B7; Q9Y6G3;	38-193	100.0	49×MG; 2×ZN;
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Structure of a human mitochondrial ribosome large subunit assembly intermediate in complex with GTP…	7of2 PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer L0R8F8; O14561; O43824; O75394; P09001; P49406; Q13084; Q13405; Q16540; Q4U2R6; Q5T653; Q6P161; Q6P1L8; Q7Z2W9; Q7Z7F7; Q7Z7H8; Q86TS9; Q8IXM3; Q8N5N7; Q8N983; Q8TAE8; Q8TCC3; Q96A35; Q96DV4; Q96EH3; Q96EL3; Q96GC5; Q9BQ48; Q9BQC6; Q9BRJ2; Q9BYC8; Q9BYC9; Q9BYD1; Q9BYD2; Q9BYD3; Q9BZE1; Q9H0U6; Q9H2W6; Q9H9J2; Q9HD33; Q9NP92; Q9NQ50; Q9NRX2; Q9NVS2; Q9NWU5; Q9NX20; Q9NYK5; Q9NZE8; Q9P015; Q9P0J6; Q9P0M9; Q9Y3B7; Q9Y6G3;	38-193	100.0	3×ZN; 85×MG; 3×GTP;
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Cryo-EM structure of late human 39S mitoribosome assembly intermediates, state 4	7oic PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer L0R8F8; O14561; O75394; P09001; P49406; Q13084; Q13405; Q16540; Q4U2R6; Q5T653; Q6P161; Q6P1L8; Q7Z2W9; Q7Z6M4; Q7Z7F7; Q7Z7H8; Q86TS9; Q8IXM3; Q8N5N7; Q8N983; Q8TAE8; Q8TCC3; Q96A35; Q96CB9; Q96DV4; Q96EH3; Q96EL3; Q96GC5; Q9BQ48; Q9BQC6; Q9BRJ2; Q9BYC8; Q9BYC9; Q9BYD1; Q9BYD2; Q9BYD3; Q9BZE1; Q9H0U6; Q9H2W6; Q9H9J2; Q9HD33; Q9NP92; Q9NQ50; Q9NRX2; Q9NVS2; Q9NWU5; Q9NX20; Q9NYK5; Q9NZE8; Q9P015; Q9P0J6; Q9P0M9; Q9Y3B7; Q9Y6G3;	38-193	100.0	76×MG; 1×C; 1×A; 3×ZN; 1×PNS; 1×SAM;
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Cryo-EM structure of late human 39S mitoribosome assembly intermediates, state 3A	7oi8 PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer L0R8F8; O14561; O75394; P09001; P49406; Q13084; Q13405; Q16540; Q4U2R6; Q5T653; Q6P161; Q6P1L8; Q7Z2W9; Q7Z7F7; Q7Z7H8; Q86TS9; Q8IXM3; Q8N5N7; Q8N983; Q8TAE8; Q8TCC3; Q96A35; Q96DV4; Q96EH3; Q96EL3; Q96GC5; Q9BQ48; Q9BQC6; Q9BRJ2; Q9BYC8; Q9BYC9; Q9BYD1; Q9BYD2; Q9BYD3; Q9BZE1; Q9H0U6; Q9H2W6; Q9H9J2; Q9HD33; Q9NP92; Q9NQ50; Q9NRX2; Q9NVS2; Q9NWU5; Q9NX20; Q9NYK5; Q9NZE8; Q9P015; Q9P0M9; Q9Y3B7; Q9Y6G3;	38-193	100.0	49×MG; 2×ZN; 1×PNS;
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Cryo-EM structure of late human 39S mitoribosome assembly intermediates, state 5A	7oid PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer L0R8F8; O14561; O75394; P09001; P49406; Q13084; Q13405; Q16540; Q4U2R6; Q5T653; Q6P161; Q6P1L8; Q7Z2W9; Q7Z7F7; Q7Z7H8; Q86TS9; Q8IXM3; Q8N5N7; Q8N983; Q8TAE8; Q8TCC3; Q96A35; Q96DV4; Q96EH3; Q96EL3; Q96GC5; Q9BQ48; Q9BQC6; Q9BRJ2; Q9BYC8; Q9BYC9; Q9BYD1; Q9BYD2; Q9BYD3; Q9BZE1; Q9H0U6; Q9H2W6; Q9H9J2; Q9HD33; Q9NP92; Q9NQ50; Q9NRX2; Q9NVS2; Q9NWU5; Q9NX20; Q9NYK5; Q9NZE8; Q9P015; Q9P0J6; Q9P0M9; Q9Y3B7; Q9Y6G3;	38-193	100.0	2×ZN; 2×MG; 1×PNS;
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Cryo-EM structure of late human 39S mitoribosome assembly intermediates, state 3B	7oi9 PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer L0R8F8; O14561; O75394; P09001; P49406; Q13084; Q13405; Q16540; Q4U2R6; Q5T653; Q6P161; Q6P1L8; Q7Z2W9; Q7Z7F7; Q7Z7H8; Q86TS9; Q8IXM3; Q8N5N7; Q8N983; Q8TAE8; Q8TCC3; Q96A35; Q96DV4; Q96EH3; Q96EL3; Q96GC5; Q9BQ48; Q9BQC6; Q9BRJ2; Q9BYC8; Q9BYC9; Q9BYD1; Q9BYD2; Q9BYD3; Q9BZE1; Q9H0U6; Q9H2W6; Q9H9J2; Q9HD33; Q9NP92; Q9NQ50; Q9NRX2; Q9NVS2; Q9NWU5; Q9NX20; Q9NYK5; Q9NZE8; Q9P015; Q9P0M9; Q9Y3B7; Q9Y6G3;	38-193	100.0	49×MG; 2×ZN; 1×PNS;
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Cryo-EM structure of late human 39S mitoribosome assembly intermediates, state 5B	7oie PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer L0R8F8; O14561; O75394; P09001; P49406; Q13084; Q13405; Q16540; Q4U2R6; Q5T653; Q6P161; Q6P1L8; Q7Z2W9; Q7Z7F7; Q7Z7H8; Q86TS9; Q8IXM3; Q8N5N7; Q8N983; Q8TAE8; Q8TCC3; Q96A35; Q96DV4; Q96EH3; Q96EL3; Q96GC5; Q9BQ48; Q9BQC6; Q9BRJ2; Q9BYC8; Q9BYC9; Q9BYD1; Q9BYD2; Q9BYD3; Q9BZE1; Q9H0U6; Q9H2W6; Q9H9J2; Q9HD33; Q9NP92; Q9NQ50; Q9NRX2; Q9NVS2; Q9NWU5; Q9NX20; Q9NYK5; Q9NZE8; Q9P015; Q9P0J6; Q9P0M9; Q9Y3B7; Q9Y6G3;	38-193	100.0	2×ZN; 2×MG; 1×PNS;
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Structure of the human mitoribosomal large subunit in complex with NSUN4.MTERF4.GTPBP7 and MALSU1.L…	7pd3 PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer L0R8F8; O14561; O75394; P09001; P49406; Q13084; Q13405; Q16540; Q4U2R6; Q5T653; Q6P161; Q6P1L8; Q7Z2W9; Q7Z6M4; Q7Z7F7; Q7Z7H8; Q86TS9; Q8IXM3; Q8N5N7; Q8N983; Q8TAE8; Q8TCC3; Q96A35; Q96CB9; Q96DV4; Q96EH3; Q96EL3; Q96GC5; Q9BQ48; Q9BQC6; Q9BRJ2; Q9BT17; Q9BYC8; Q9BYC9; Q9BYD1; Q9BYD2; Q9BYD3; Q9BZE1; Q9H0U6; Q9H2W6; Q9H9J2; Q9HD33; Q9NP92; Q9NQ50; Q9NRX2; Q9NVS2; Q9NWU5; Q9NX20; Q9NYK5; Q9NZE8; Q9P015; Q9P0J6; Q9P0M9; Q9Y3B7; Q9Y6G3;	38-193	100.0	2×ZN; 54×A; 44×U; 47×C; 1×OMG; 31×G; 1×PSU; 91×MG; 1×PNS; 1×SAM; 2×GCP;
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Structure of a native assembly intermediate of the human mitochondrial ribosome with unfolded inter…	5oom PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer L0R8F8; O14561; O75394; P09001; P49406; Q13084; Q13405; Q16540; Q4U2R6; Q5T653; Q6P161; Q6P1L8; Q7Z2W9; Q7Z7F7; Q7Z7H8; Q86TS9; Q8IXM3; Q8N5N7; Q8N983; Q8TAE8; Q8TCC3; Q96A35; Q96DV4; Q96EH3; Q96EL3; Q96GC5; Q9BQ48; Q9BQC6; Q9BRJ2; Q9BYC8; Q9BYC9; Q9BYD1; Q9BYD2; Q9BYD3; Q9BZE1; Q9H0U6; Q9H2W6; Q9H9J2; Q9HD33; Q9NP92; Q9NQ50; Q9NRX2; Q9NVS2; Q9NWU5; Q9NX20; Q9NYK5; Q9NZE8; Q9P015; Q9P0M9; Q9Y3B7; Q9Y6G3;	38-193	100.0	49×MG; 2×ZN; 1×PNS;
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Structure of a native assembly intermediate of the human mitochondrial ribosome with unfolded inter…	5ool PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer L0R8F8; O14561; O75394; P09001; P49406; Q13084; Q13405; Q16540; Q4U2R6; Q5T653; Q6P161; Q6P1L8; Q7Z2W9; Q7Z7F7; Q7Z7H8; Q86TS9; Q8IXM3; Q8N5N7; Q8N983; Q8TAE8; Q8TCC3; Q96A35; Q96DV4; Q96EH3; Q96EL3; Q96GC5; Q9BQ48; Q9BQC6; Q9BRJ2; Q9BYC8; Q9BYC9; Q9BYD1; Q9BYD2; Q9BYD3; Q9BZE1; Q9H0U6; Q9H2W6; Q9H9J2; Q9HD33; Q9NP92; Q9NQ50; Q9NRX2; Q9NVS2; Q9NWU5; Q9NX20; Q9NYK5; Q9NZE8; Q9P015; Q9P0J6; Q9P0M9; Q9Y3B7; Q9Y6G3;	38-193	100.0	92×MG; 3×ZN; 1×PNS;
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Structure of the split human mitoribosomal large subunit with rescue factors mtRF-R and MTRES1	7a5h PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer A8K7J6; A8K9D2; E7ESL0; L0R8F8; O14561; O75394; P09001; P49406; Q13084; Q13405; Q16540; Q4U2R6; Q5T653; Q6P161; Q6P1L8; Q7Z2W9; Q7Z7F7; Q7Z7H8; Q8IXM3; Q8N5N7; Q8N983; Q8TAE8; Q8TCC3; Q96A35; Q96DV4; Q96EH3; Q96EL3; Q96GC5; Q9BQ48; Q9BQC6; Q9BRJ2; Q9BYC8; Q9BYC9; Q9BYD1; Q9BYD2; Q9BYD3; Q9BZE1; Q9H2W6; Q9H3J6; Q9H9J2; Q9HD33; Q9NP92; Q9NQ50; Q9NRX2; Q9NVS2; Q9NX20; Q9NYK5; Q9NZE8; Q9P015; Q9P0M9; Q9P0P8; Q9Y3B7; Q9Y6G3;	38-193	100.0	92×MG; 2×ZN; 1×PNS;
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mt-LSU assembly intermediate in GTPBP8 knock-out cells, state 2	8qu5 PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer L0R8F8; O14561; O75394; P09001; P49406; Q13084; Q13405; Q16540; Q4U2R6; Q5T653; Q6P161; Q6P1L8; Q7Z2W9; Q7Z7F7; Q7Z7H8; Q86TS9; Q8IXM3; Q8N5N7; Q8N983; Q8TAE8; Q8TCC3; Q96A35; Q96DV4; Q96EH3; Q96EL3; Q96GC5; Q9BQ48; Q9BQC6; Q9BRJ2; Q9BYC8; Q9BYC9; Q9BYD1; Q9BYD2; Q9BYD3; Q9BZE1; Q9H0U6; Q9H2W6; Q9H9J2; Q9HD33; Q9NP92; Q9NQ50; Q9NRX2; Q9NVS2; Q9NWU5; Q9NX20; Q9NYK5; Q9NZE8; Q9P015; Q9P0M9; Q9Y3B7; Q9Y6G3;	38-193	100.0	2×ZN; 48×MG; 1×PNS;
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Large subunit of the human mitochondrial ribosome in complex with Virginiamycin M and Quinupristin	6i9r PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer A8K7J6; A8K9D2; E7ESL0; O75394; P09001; P49406; Q13084; Q13405; Q16540; Q4U2R6; Q5T653; Q6P161; Q6P1L8; Q7Z2W9; Q7Z7F7; Q7Z7H8; Q8IXM3; Q8N5N7; Q8N983; Q8TAE8; Q8TCC3; Q96A35; Q96DV4; Q96EL3; Q96GC5; Q9BQ48; Q9BQC6; Q9BRJ2; Q9BYC8; Q9BYC9; Q9BYD1; Q9BYD2; Q9BYD3; Q9BZE1; Q9H2W6; Q9H9J2; Q9HD33; Q9NP92; Q9NQ50; Q9NRX2; Q9NVS2; Q9NX20; Q9NYK5; Q9NZE8; Q9P015; Q9P0J6; Q9P0M9; Q9Y3B7; Q9Y6G3;	38-193	100.0	3×ZN; 134×MG; 1×G; 1×H8T;
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Cryo-EM structure of the human 39S mitoribosome with 10uM Tigecycline	8xt3 PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer O75394; P09001; P49406; Q13084; Q13405; Q16540; Q4U2R6; Q5T653; Q6P161; Q6P1L8; Q7Z2W9; Q7Z7F7; Q7Z7H8; Q86TS9; Q8IXM3; Q8N5N7; Q8N983; Q8TAE8; Q8TCC3; Q96A35; Q96DV4; Q96EL3; Q96GC5; Q9BQ48; Q9BQC6; Q9BRJ2; Q9BYC8; Q9BYC9; Q9BYD1; Q9BYD2; Q9BYD3; Q9BZE1; Q9H0U6; Q9H2W6; Q9H9J2; Q9HD33; Q9NP92; Q9NQ50; Q9NRX2; Q9NVS2; Q9NWU5; Q9NX20; Q9NYK5; Q9NZE8; Q9P015; Q9P0J6; Q9P0M9; Q9Y3B7; Q9Y6G3;	38-193	100.0	95×MG; 1×T1C; 3×ZN;
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Cryo-EM structure of the human 39S mitoribosome with Tigecycline	8k2b PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer A8K7J6; L0R8F8; O14561; O75394; P09001; P49406; Q13084; Q13405; Q16540; Q4U2R6; Q5T653; Q6P161; Q6P1L8; Q7Z2W9; Q7Z7F7; Q7Z7H8; Q8IXM3; Q8N5N7; Q8N983; Q8TAE8; Q8TCC3; Q96A35; Q96DV4; Q96EH3; Q96EL3; Q96GC5; Q9BQ48; Q9BQC6; Q9BRJ2; Q9BYC8; Q9BYC9; Q9BYD1; Q9BYD2; Q9BYD3; Q9BZE1; Q9H0U6; Q9H2W6; Q9H9J2; Q9HD33; Q9NP92; Q9NQ50; Q9NRX2; Q9NVS2; Q9NWU5; Q9NX20; Q9NYK5; Q9NZE8; Q9P015; Q9P0J6; Q9P0M9; Q9Y3B7; Q9Y6G3;	38-193	100.0	95×MG; 1×T1C; 3×ZN; 1×PNS;
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Cryo-EM structure of the human 39S mitoribosome with 5uM Tigecycline	8xt1 PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer O75394; P09001; P49406; Q13084; Q13405; Q16540; Q4U2R6; Q5T653; Q6P161; Q6P1L8; Q7Z2W9; Q7Z7F7; Q7Z7H8; Q86TS9; Q8IXM3; Q8N5N7; Q8N983; Q8TAE8; Q8TCC3; Q96A35; Q96DV4; Q96EL3; Q96GC5; Q9BQ48; Q9BQC6; Q9BRJ2; Q9BYC8; Q9BYC9; Q9BYD1; Q9BYD2; Q9BYD3; Q9BZE1; Q9H0U6; Q9H2W6; Q9H9J2; Q9HD33; Q9NP92; Q9NQ50; Q9NRX2; Q9NVS2; Q9NWU5; Q9NX20; Q9NYK5; Q9NZE8; Q9P015; Q9P0J6; Q9P0M9; Q9Y3B7; Q9Y6G3;	38-193	100.0	95×MG; 1×T1C; 3×ZN;
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Cryo-EM structure of late human 39S mitoribosome assembly intermediates, state 1	7oi6 PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer A4D1E9; L0R8F8; O14561; P09001; P49406; Q13084; Q13405; Q16540; Q4U2R6; Q5T653; Q6P161; Q6P1L8; Q7Z2W9; Q7Z7H8; Q86TS9; Q8IXM3; Q8N5N7; Q8N983; Q8TAE8; Q8TCC3; Q96A35; Q96DV4; Q96EH3; Q96EL3; Q9BQ48; Q9BQC6; Q9BRJ2; Q9BYC8; Q9BYC9; Q9BYD1; Q9BYD2; Q9BYD3; Q9BZE1; Q9H0U6; Q9H9J2; Q9HC36; Q9HD33; Q9NP92; Q9NRX2; Q9NUL7; Q9NVS2; Q9NWU5; Q9NX20; Q9NYK5; Q9P015; Q9P0M9; Q9Y3B7; Q9Y6G3;	38-163	100.0	48×MG; 1×ZN; 1×PNS;
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Structure of the large ribosomal subunit from human mitochondria	3j7y PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer O75394; P09001; P49406; Q13084; Q13405; Q16540; Q4U2R6; Q5T653; Q6P1L8; Q7Z2W9; Q7Z7H8; Q86TS9; Q8IXM3; Q8N5N7; Q8N983; Q8TAE8; Q8TCC3; Q96A35; Q96DV4; Q96EL3; Q96GC5; Q9BQ48; Q9BQC6; Q9BRJ2; Q9BYC8; Q9BYC9; Q9BYD1; Q9BYD2; Q9BYD3; Q9BZE1; Q9H0U6; Q9H2W6; Q9H9J2; Q9HD33; Q9NP92; Q9NQ50; Q9NRX2; Q9NVS2; Q9NWU5; Q9NX20; Q9NYK5; Q9NZE8; Q9P015; Q9P0J6; Q9P0M9; Q9Y3B7; Q9Y6G3;	71-163	100.0	1×AMP; 66×MG; 3×ZN;
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1 SWISS-MODEL model

	Template	Oligo-state	QMEANDisCo	Range	Ligands	Trg-Tpl Seq id (%)
	8oiq.1.d	monomer	0.64	38-196		81.46
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	Model ID	Oligo-state	Avg pLDDT	Range	Trg-Mdl Seq Id (%)

	Model ID	Oligo-state	Avg Confidence	Range	Trg-Mdl Seq id (%)

Q14197 (ICT1_HUMAN) Homo sapiens (Human)

Large ribosomal subunit protein mL62 UniProtKBInterProSTRINGInteractive Modelling

Available Structures

36 Experimental Structures

1 SWISS-MODEL model

Alignments

Background

Resolution

Large ribosomal subunit protein mL62 UniProtKB InterPro STRING Interactive Modelling