Q5T653 (RM02_HUMAN) Homo sapiens (Human)

39S ribosomal protein L2, mitochondrial UniProtKBInterProSTRINGInteractive Modelling

305 aa; Sequence (Fasta)

Available Structures

26 Experimental Structures

DescriptionOligo-stateLigandsStructureRange
Structure of a human mitochondrial ribosome large subunit assembly intermediate in complex with MTE… Heteromer
L0R8F8; O14561; O75394; P09001; P49406; Q13084; Q13405; Q14197; Q16540; Q4U2R6; 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;
ZN; 58×MG;GTP;61-300
Assess
Structure of a human mitochondrial ribosome large subunit assembly intermediate in complex with MTE… Heteromer
L0R8F8; O14561; O75394; P09001; P49406; Q13084; Q13405; Q14197; Q16540; Q4U2R6; 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;
ZN; 61×MG;61-300
Assess
Structure of a human mitochondrial ribosome large subunit assembly intermediate in complex with MTE… Heteromer
L0R8F8; O14561; O75394; P09001; P49406; Q13084; Q13405; Q14197; Q16540; Q4U2R6; 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;
ZN; 70×MG;GTP;61-300
Assess
State B of the human mitoribosomal large subunit assembly intermediate Heteromer
L0R8F8; O14561; O75394; P09001; P49406; Q13084; Q13405; Q14197; Q16540; Q4U2R6; 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;
PM8;SAM;ZN; 88×MG;K;N;FES;61-300
Assess
State C of the human mitoribosomal large subunit assembly intermediate Heteromer
L0R8F8; O14561; O75394; P09001; P49406; Q13084; Q13405; Q14197; Q16540; Q4U2R6; 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;
GDP; 95×MG;PM8;SAM;ZN; 10×K;FES;61-300
Assess
State A of the human mitoribosomal large subunit assembly intermediate Heteromer
L0R8F8; O14561; O75394; P09001; P49406; Q13084; Q13405; Q14197; Q16540; Q4U2R6; 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;
PM8;SAM;ZN; 97×MG;K;FES;61-300
Assess
Structure of a human mitochondrial ribosome large subunit assembly intermediate in complex with MTE… Heteromer
L0R8F8; O14561; O75394; P09001; P49406; Q13084; Q13405; Q14197; Q16540; Q4U2R6; 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;
ZN; 74×MG;61-300
Assess
Cryo-EM structure of the human 39S mitoribosomal subunit in complex with RRFmt and EF-G2mt. Heteromer
A8K7J6; A8K9D2; E7ESL0; O75394; P09001; P49406; P52815; Q13084; Q13405; Q14197; Q16540; Q4U2R6; 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;
102×MG;ZN;GCP;61-299
Assess
Structure of a native assembly intermediate of the human mitochondrial ribosome with unfolded inter… Heteromer
L0R8F8; O14561; O75394; P09001; P49406; Q13084; Q13405; Q14197; Q16540; Q4U2R6; 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;
92×MG;ZN;PNS;61-296
Assess
Large subunit of the human mitochondrial ribosome in complex with Virginiamycin M and Quinupristin Heteromer
A8K7J6; A8K9D2; E7ESL0; O75394; P09001; P49406; Q13084; Q13405; Q14197; Q16540; Q4U2R6; 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;
ZN; 134×MG;G;H8Q;H8T;61-296
Assess
Structure of the large ribosomal subunit from human mitochondria Heteromer
O75394; P09001; P49406; Q13084; Q13405; Q14197; Q16540; Q4U2R6; 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;
A; 66×MG;ZN;61-296
Assess
Structure of a native assembly intermediate of the human mitochondrial ribosome with unfolded inter… Heteromer
L0R8F8; O14561; O75394; P09001; P49406; Q13084; Q13405; Q14197; Q16540; Q4U2R6; 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;
49×MG;ZN;PNS;61-296
Assess
Structure of the split human mitoribosomal large subunit with rescue factors mtRF-R and MTRES1 Heteromer
A8K7J6; A8K9D2; E7ESL0; L0R8F8; O14561; O75394; P09001; P49406; Q13084; Q13405; Q14197; Q16540; Q4U2R6; 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;
92×MG;ZN;PNS;61-296
Assess
Structure of a human mitochondrial ribosome large subunit assembly intermediate in complex with GTP… Heteromer
L0R8F8; O14561; O43824; O75394; P09001; P49406; Q13084; Q13405; Q14197; Q16540; Q4U2R6; 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;
ZN; 85×MG;GTP;61-296
Assess
Structure of mature human mitochondrial ribosome large subunit in complex with GTPBP6 (PTC conforma… Heteromer
O43824; O75394; P09001; P49406; Q13084; Q13405; Q14197; Q16540; Q4U2R6; 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;
ZN; 88×MG;GTP;61-296
Assess
Structure of mature human mitochondrial ribosome large subunit in complex with GTPBP6 (PTC conforma… Heteromer
O43824; O75394; P09001; P49406; Q13084; Q13405; Q14197; Q16540; Q4U2R6; 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;
ZN; 89×MG;GTP;61-296
Assess
Cryo-EM structure of late human 39S mitoribosome assembly intermediates, state 3B Heteromer
L0R8F8; O14561; O75394; P09001; P49406; Q13084; Q13405; Q14197; Q16540; Q4U2R6; 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;
49×MG;ZN;PNS;61-296
Assess
Cryo-EM structure of late human 39S mitoribosome assembly intermediates, state 3C Heteromer
O75394; P09001; P49406; Q13084; Q13405; Q14197; Q16540; Q4U2R6; 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;
49×MG;ZN;61-296
Assess
Cryo-EM structure of late human 39S mitoribosome assembly intermediates, state 2 Heteromer
L0R8F8; O14561; O75394; P09001; P49406; Q13084; Q13405; Q14197; Q16540; Q4U2R6; 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;
ZN; 49×MG;PNS;61-296
Assess
Cryo-EM structure of late human 39S mitoribosome assembly intermediates, state 5A Heteromer
L0R8F8; O14561; O75394; P09001; P49406; Q13084; Q13405; Q14197; Q16540; Q4U2R6; 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;
ZN;MG;PNS;61-296
Assess
Cryo-EM structure of late human 39S mitoribosome assembly intermediates, state 5B Heteromer
L0R8F8; O14561; O75394; P09001; P49406; Q13084; Q13405; Q14197; Q16540; Q4U2R6; 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;
ZN;MG;PNS;61-296
Assess
Cryo-EM structure of late human 39S mitoribosome assembly intermediates, state 3A Heteromer
L0R8F8; O14561; O75394; P09001; P49406; Q13084; Q13405; Q14197; Q16540; Q4U2R6; 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;
49×MG;ZN;PNS;61-296
Assess
Cryo-EM structure of late human 39S mitoribosome assembly intermediates, state 3D Heteromer
O75394; P09001; P49406; Q13084; Q13405; Q14197; Q16540; Q4U2R6; 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;
49×MG;ZN;61-296
Assess
Cryo-EM structure of late human 39S mitoribosome assembly intermediates, state 1 Heteromer
A4D1E9; L0R8F8; O14561; P09001; P49406; Q13084; Q13405; Q14197; Q16540; Q4U2R6; 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;
48×MG;ZN;4S8;61-296
Assess
Cryo-EM structure of late human 39S mitoribosome assembly intermediates, state 4 Heteromer
L0R8F8; O14561; O75394; P09001; P49406; Q13084; Q13405; Q14197; Q16540; Q4U2R6; 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;
76×MG;C;A;ZN;PNS;SAM;61-277
Assess
Structure of the human mitoribosomal large subunit in complex with NSUN4.MTERF4.GTPBP7 and MALSU1.L… Heteromer
L0R8F8; O14561; O75394; P09001; P49406; Q13084; Q13405; Q14197; Q16540; Q4U2R6; 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;
ZN; 54×A; 44×U; 47×C;OMG; 31×G;PSU; 91×MG;PNS;SAM;GCP;61-277
Assess

2 SWISS-MODEL models

Oligo-stateLigandsQMEANDisCoTemplateRangeSeq id (%)
monomer0.796zm5.1.A61-298
100.00
Assess
monomer0.665j8a.1.146-299
36.51
Assess