Q9NWU5 | SWISS-MODEL Repository

Q9NWU5 (RM22_HUMAN) Homo sapiens (Human)

Large ribosomal subunit protein uL22m UniProtKB InterPro STRING Interactive Modelling

206 aa; Sequence (Fasta) ; (Isoform 2; Isoform 3); 1 identical sequence: Nomascus leucogenys: A0A2I3GUV3

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

Available Structures

31 Experimental Structures

Description	PDB ID	Oligo-state	Range	Seq id (%)	Ligands
39S human mitochondrial large ribosomal subunit with mtRF1 and P-site tRNA	8oit SMTL PDBe PDBe-KB PDBj PDBsum RCSB	Heteromer O75394; O75570; P09001; P49406; P52815; Q13084; Q13405; Q14197; 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; Q9NX20; Q9NYK5; Q9NZE8; Q9P015; Q9P0J6; Q9P0M9; Q9Y3B7; Q9Y6G3;	41-206	100	34×K; 228×MG; 1×VAL; 2×ZN; 1×FS2; 1×MET;
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Structure of a human mitochondrial ribosome large subunit assembly intermediate in complex with MTE…	7of5 SMTL PDBe PDBe-KB PDBj PDBsum RCSB	Heteromer L0R8F8; O14561; O75394; P09001; P49406; Q13084; Q13405; Q14197; 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; Q9NX20; Q9NYK5; Q9NZE8; Q9P015; Q9P0J6; Q9P0M9; Q9Y3B7; Q9Y6G3;	41-206	100	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 SMTL PDBe PDBe-KB PDBj PDBsum RCSB	Heteromer O43824; O75394; P09001; P49406; Q13084; Q13405; Q14197; 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; Q9NX20; Q9NYK5; Q9NZE8; Q9P015; Q9P0J6; Q9P0M9; Q9Y3B7; Q9Y6G3;	41-206	100	3×ZN; 88×MG; 3×GTP;
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Cryo-EM structure of late human 39S mitoribosome assembly intermediates, state 1	7oi6 SMTL PDBe PDBe-KB PDBj PDBsum RCSB	Heteromer A4D1E9; L0R8F8; O14561; P09001; P49406; Q13084; Q13405; Q14197; 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; Q9NX20; Q9NYK5; Q9P015; Q9P0M9; Q9Y3B7; Q9Y6G3;	41-206	100.0	48×MG; 1×ZN; 1×PNS;
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Cryo-EM structure of the human mtLSU assembly intermediate upon MRM2 depletion - class 1	7qh6 SMTL PDBe PDBe-KB PDBj PDBsum RCSB	Heteromer L0R8F8; O14561; O75394; P09001; P49406; Q13084; Q13405; Q14197; 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; Q9NX20; Q9NYK5; Q9NZE8; Q9P015; Q9P0M9; Q9Y6G3;	41-206	100	1×ZN;
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State B of the human mitoribosomal large subunit assembly intermediate	7ods SMTL PDBe PDBe-KB PDBj PDBsum RCSB	Heteromer L0R8F8; O14561; O75394; P09001; P49406; Q13084; Q13405; Q14197; 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; Q9NX20; Q9NYK5; Q9NZE8; Q9P015; Q9P0J6; Q9P0M9; Q9UI43; Q9Y3B7; Q9Y6G3;	41-206	100	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 SMTL PDBe PDBe-KB PDBj PDBsum RCSB	Heteromer A4D1E9; L0R8F8; O14561; O75394; P09001; P49406; Q13084; Q13405; Q14197; 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; Q9NX20; Q9NYK5; Q9NZE8; Q9P015; Q9P0M9; Q9Y3B7; Q9Y6G3;	41-206	100	1×ZN; 1×PM8; 1×SAM; 2×GNP; 96×MG; 10×K;
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Structure of the large ribosomal subunit from human mitochondria	3j7y SMTL PDBe PDBe-KB PDBj PDBsum RCSB	Heteromer O75394; P09001; P49406; Q13084; Q13405; Q14197; 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; Q9NX20; Q9NYK5; Q9NZE8; Q9P015; Q9P0J6; Q9P0M9; Q9Y3B7; Q9Y6G3;	41-206	100	1×AMP; 66×MG; 3×ZN;
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Structure of a human mitochondrial ribosome large subunit assembly intermediate in complex with MTE…	7of0 SMTL PDBe PDBe-KB PDBj PDBsum RCSB	Heteromer L0R8F8; O14561; O75394; P09001; P49406; Q13084; Q13405; Q14197; 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; Q9NX20; Q9NYK5; Q9NZE8; Q9P015; Q9P0J6; Q9P0M9; Q9Y3B7; Q9Y6G3;	41-206	100	3×ZN; 61×MG;
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Cryo-EM structure of the human mtLSU assembly intermediate upon MRM2 depletion - class 4	7qh7 SMTL PDBe PDBe-KB PDBj PDBsum RCSB	Heteromer L0R8F8; O14561; O75394; P09001; P49406; Q13084; Q13405; Q14197; 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; Q9NX20; Q9NYK5; Q9NZE8; Q9P015; Q9P0J6; Q9P0M9; Q9Y6G3;	41-206	100.0	50×MG; 3×ZN;
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Structure of a human mitochondrial ribosome large subunit assembly intermediate in complex with MTE…	7of7 SMTL PDBe PDBe-KB PDBj PDBsum RCSB	Heteromer L0R8F8; O14561; O75394; P09001; P49406; Q13084; Q13405; Q14197; 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; Q9NX20; Q9NYK5; Q9NZE8; Q9P015; Q9P0J6; Q9P0M9; Q9Y3B7; Q9Y6G3;	41-206	100	3×ZN; 74×MG;
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Cryo-EM structure of late human 39S mitoribosome assembly intermediates, state 2	7oi7 SMTL PDBe PDBe-KB PDBj PDBsum RCSB	Heteromer L0R8F8; O14561; O75394; P09001; P49406; Q13084; Q13405; Q14197; 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; Q9NX20; Q9NYK5; Q9NZE8; Q9P015; Q9P0M9; Q9Y3B7; Q9Y6G3;	41-206	100.0	2×ZN; 49×MG; 1×PNS;
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Assembly intermediate of human mitochondrial ribosome large subunit (largely unfolded rRNA with MAL…	7po4 SMTL PDBe PDBe-KB PDBj PDBsum RCSB	Heteromer L0R8F8; O14561; O75394; P09001; P49406; P52815; Q13084; Q13405; Q14197; 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; Q9NX20; Q9NYK5; Q9NZE8; Q9P015; Q9P0M9; Q9Y3B7; Q9Y6G3;	41-206	100	35×MG; 8×K; 1×ZN; 1×FES; 1×8Q1;
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Structure of the human mitoribosomal large subunit in complex with NSUN4.MTERF4.GTPBP7 and MALSU1.L…	7pd3 SMTL PDBe PDBe-KB PDBj PDBsum RCSB	Heteromer L0R8F8; O14561; O75394; P09001; P49406; Q13084; Q13405; Q14197; 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; Q9NX20; Q9NYK5; Q9NZE8; Q9P015; Q9P0J6; Q9P0M9; Q9Y3B7; Q9Y6G3;	41-206	100	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 human mitochondrial ribosome large subunit assembly intermediate in complex with MTE…	7of3 SMTL PDBe PDBe-KB PDBj PDBsum RCSB	Heteromer L0R8F8; O14561; O75394; P09001; P49406; Q13084; Q13405; Q14197; 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; Q9NX20; Q9NYK5; Q9NZE8; Q9P015; Q9P0J6; Q9P0M9; Q9Y3B7; Q9Y6G3;	41-206	100	3×ZN; 58×MG; 2×GTP;
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Structure of a native assembly intermediate of the human mitochondrial ribosome with unfolded inter…	5oom SMTL PDBe PDBe-KB PDBj PDBsum RCSB	Heteromer L0R8F8; O14561; O75394; P09001; P49406; Q13084; Q13405; Q14197; 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; Q9NX20; Q9NYK5; Q9NZE8; Q9P015; Q9P0M9; Q9Y3B7; Q9Y6G3;	41-206	100.0	49×MG; 2×ZN; 1×PNS;
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Cryo-EM structure of late human 39S mitoribosome assembly intermediates, state 3C	7oia SMTL PDBe PDBe-KB PDBj PDBsum RCSB	Heteromer O75394; P09001; P49406; Q13084; Q13405; Q14197; 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; Q9NX20; Q9NYK5; Q9NZE8; Q9P015; Q9P0M9; Q9Y3B7; Q9Y6G3;	41-206	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 SMTL PDBe PDBe-KB PDBj PDBsum RCSB	Heteromer O43824; O75394; P09001; P49406; Q13084; Q13405; Q14197; 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; Q9NX20; Q9NYK5; Q9NZE8; Q9P015; Q9P0J6; Q9P0M9; Q9Y3B7; Q9Y6G3;	41-206	100	3×ZN; 89×MG; 3×GTP;
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Structure of a native assembly intermediate of the human mitochondrial ribosome with unfolded inter…	5ool SMTL PDBe PDBe-KB PDBj PDBsum RCSB	Heteromer L0R8F8; O14561; O75394; P09001; P49406; Q13084; Q13405; Q14197; 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; Q9NX20; Q9NYK5; Q9NZE8; Q9P015; Q9P0J6; Q9P0M9; Q9Y3B7; Q9Y6G3;	41-206	100	92×MG; 3×ZN; 1×PNS;
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Cryo-EM structure of late human 39S mitoribosome assembly intermediates, state 3D	7oib SMTL PDBe PDBe-KB PDBj PDBsum RCSB	Heteromer O75394; P09001; P49406; Q13084; Q13405; Q14197; 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; Q9NX20; Q9NYK5; Q9NZE8; Q9P015; Q9P0M9; Q9Y3B7; Q9Y6G3;	41-206	100.0	49×MG; 2×ZN;
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Human mitoribosomal large subunit assembly intermediate 2 with GTPBP7	8qsj SMTL PDBe PDBe-KB PDBj PDBsum RCSB	Heteromer L0R8F8; O14561; O75394; P09001; P49406; Q13084; Q13405; Q14197; 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; Q9NX20; Q9NYK5; Q9NZE8; Q9P015; Q9P0J6; Q9P0M9; Q9Y3B7; Q9Y6G3;	41-206	100	2×ZN; 38×MG; 1×FES; 1×PM8; 1×SAM; 1×GNP;
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Structure of a human mitochondrial ribosome large subunit assembly intermediate in complex with GTP…	7of2 SMTL PDBe PDBe-KB PDBj PDBsum RCSB	Heteromer L0R8F8; O14561; O43824; O75394; P09001; P49406; Q13084; Q13405; Q14197; 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; Q9NX20; Q9NYK5; Q9NZE8; Q9P015; Q9P0J6; Q9P0M9; Q9Y3B7; Q9Y6G3;	41-206	100	3×ZN; 85×MG; 3×GTP;
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Cryo-EM structure of late human 39S mitoribosome assembly intermediates, state 4	7oic SMTL PDBe PDBe-KB PDBj PDBsum RCSB	Heteromer L0R8F8; O14561; O75394; P09001; P49406; Q13084; Q13405; Q14197; 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; Q9NX20; Q9NYK5; Q9NZE8; Q9P015; Q9P0J6; Q9P0M9; Q9Y3B7; Q9Y6G3;	41-206	100	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 SMTL PDBe PDBe-KB PDBj PDBsum RCSB	Heteromer L0R8F8; O14561; O75394; P09001; P49406; Q13084; Q13405; Q14197; 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; Q9NX20; Q9NYK5; Q9NZE8; Q9P015; Q9P0M9; Q9Y3B7; Q9Y6G3;	41-206	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 SMTL PDBe PDBe-KB PDBj PDBsum RCSB	Heteromer L0R8F8; O14561; O75394; P09001; P49406; Q13084; Q13405; Q14197; 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; Q9NX20; Q9NYK5; Q9NZE8; Q9P015; Q9P0J6; Q9P0M9; Q9Y3B7; Q9Y6G3;	41-206	100.0	2×ZN; 2×MG; 1×PNS;
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State C of the human mitoribosomal large subunit assembly intermediate	7odt SMTL PDBe PDBe-KB PDBj PDBsum RCSB	Heteromer L0R8F8; O14561; O75394; P09001; P49406; Q13084; Q13405; Q14197; 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; Q9NX20; Q9NYK5; Q9NZE8; Q9P015; Q9P0J6; Q9P0M9; Q9Y3B7; Q9Y6G3;	41-206	100	1×GDP; 95×MG; 1×PM8; 1×SAM; 2×ZN; 10×K; 1×FES;
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mt-LSU assembly intermediate in GTPBP8 knock-out cells, state 2	8qu5 SMTL PDBe PDBe-KB PDBj PDBsum RCSB	Heteromer L0R8F8; O14561; O75394; P09001; P49406; Q13084; Q13405; Q14197; 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; Q9NX20; Q9NYK5; Q9NZE8; Q9P015; Q9P0M9; Q9Y3B7; Q9Y6G3;	41-206	100.0	2×ZN; 48×MG; 1×PNS;
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Cryo-EM structure of late human 39S mitoribosome assembly intermediates, state 3B	7oi9 SMTL PDBe PDBe-KB PDBj PDBsum RCSB	Heteromer L0R8F8; O14561; O75394; P09001; P49406; Q13084; Q13405; Q14197; 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; Q9NX20; Q9NYK5; Q9NZE8; Q9P015; Q9P0M9; Q9Y3B7; Q9Y6G3;	41-206	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 SMTL PDBe PDBe-KB PDBj PDBsum RCSB	Heteromer L0R8F8; O14561; O75394; P09001; P49406; Q13084; Q13405; Q14197; 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; Q9NX20; Q9NYK5; Q9NZE8; Q9P015; Q9P0J6; Q9P0M9; Q9Y3B7; Q9Y6G3;	41-206	100.0	2×ZN; 2×MG; 1×PNS;
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mt-LSU assembly intermediate in GTPBP8 knock-out cells, state 1	8qu1 SMTL PDBe PDBe-KB PDBj PDBsum RCSB	Heteromer O75394; P09001; P49406; Q13084; Q16540; Q5T653; Q6P1L8; Q7Z2W9; Q7Z7H8; Q8TCC3; Q96A35; Q96DV4; Q9BQ48; Q9BYC8; Q9BYC9; Q9BYD1; Q9BYD2; Q9BYD3; Q9BZE1; Q9H0U6; Q9HD33; Q9NRX2; Q9NX20; Q9NZE8; Q9P015; Q9P0M9; Q9Y3B7;	41-206	100.0
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State A of the human mitoribosomal large subunit assembly intermediate	7odr SMTL PDBe PDBe-KB PDBj PDBsum RCSB	Heteromer L0R8F8; O14561; O75394; P09001; P49406; Q13084; Q13405; Q14197; 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; Q9NX20; Q9NYK5; Q9NZE8; Q9P015; Q9P0J6; Q9P0M9; Q9Y3B7; Q9Y6G3;	41-206	100	1×PM8; 1×SAM; 2×ZN; 97×MG; 2×K; 1×FES;
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1 SWISS-MODEL model

	Template	Oligo-state	QMEANDisCo	Range	Ligands	Trg-Tpl Seq id (%)
	6zm6.16.A	monomer	0.84	41-206		100.00
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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 (%)

2 SWISS-MODEL models built on isoform sequence

Template	Isoform	Oligo-state	QMEANDisCo	Range	Trg-Tpl Seq id (%)
Isoform 2	6zm6.16.A	monomer	0.86	1-120	99.17
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Isoform 3	6zm6.16.A	monomer	0.85	1-126	100.00
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Q9NWU5 (RM22_HUMAN) Homo sapiens (Human)

Large ribosomal subunit protein uL22m UniProtKBInterProSTRINGInteractive Modelling

Available Structures

31 Experimental Structures

1 SWISS-MODEL model

2 SWISS-MODEL models built on isoform sequence

Alignments

Background

Resolution

Large ribosomal subunit protein uL22m UniProtKB InterPro STRING Interactive Modelling