A0A4X1U0F6 (A0A4X1U0F6_PIG) Sus scrofa (Pig)

39S ribosomal protein L27, mitochondrial UniProtKBInterProInteractive Modelling

148 aa; Sequence (Fasta) ; 1 identical sequence: Sus scrofa: A0A8D1NY38

Available Structures

5 Experimental Structures

DescriptionPDB IDOligo-stateRangeSeq id (%)Ligands
Structure of the large subunit of the mammalian mitoribosome, part 1 of 2
4v19
 Heteromer
A0A0R4J8D5; A0A8D1MIP3; F1RHJ1; F1RI89; F1RMQ4; F1RQV7; F1RRN2; F1RU54; F1RWJ0; F1RY70; F1SGC7; I3LNJ0; I3LR45; I3LTC4; W5IDC1; 		35-148
1002×ZN; 169×MG;
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Structure Assessment
39S mammalian mitochondrial large ribosomal subunit with mtRF1 and P-site tRNA
8oiq
 Heteromer
A0A140UHW4; A0A286ZJR2; A0A286ZP98; A0A286ZTW8; A0A286ZU56; A0A286ZXA6; A0A287A0K2; A0A287A143; A0A287A731; A0A287AF82; A0A287B9C4; A0A287BIV6; A0A287BMZ6; A0A287BP93; A0A287BQA1; A0A480J9Z6; A0A480JJI1; A0A480QIM3; A0A4X1TLP9; A0A4X1TXR4; A0A4X1ULI6; A0A4X1VX01; A0A5G2QZK0; A0A8D0HMG9; A0A8D0VGD9; A0A8D0VJF4; A0A8D1BPA5; A0A8D1JE64; A0A8D1VKN8; F1RHJ1; F1RI89; F1RMQ4; F1RRH6; F1RU54; F1RW03; F1RWJ0; F1RY70; F1S8U4; F1S9B7; F1SGC7; F1SHP6; F1SR64; F1SRT0; I3L9H6; I3LGM5; I3LN63; I3LNJ0; I3LR45; I3LTC4; K7GP19; O75570; 		37-148
100205×MG; 30×K; 1×PHE; 2×ZN; 1×FES; 1×FME;
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Structure Assessment
Unique features of mammalian mitochondrial translation initiation revealed by cryo-EM. This file co…
6gb2
 Heteromer
A0A0R4J8D6; A0A286ZJR2; A0A286ZNK1; A0A286ZP98; A0A286ZTW8; A0A286ZU56; A0A286ZXA6; A0A287A731; A0A287B9C4; A0A287BIV6; A0A287BP93; A0A287BQA1; A0A480J9Z6; A0A4X1TLP9; A0A4X1TXR4; A0A4X1U6S6; A0A4X1UFR4; A0A4X1ULI6; A0A8D1F1K9; A0A8D1MIP3; A0A8D1P1C8; F1RHJ1; F1RI89; F1RMQ4; F1RRH6; F1RRN2; F1RU54; F1RW03; F1RWJ0; F1RY70; F1S8U4; F1S9B7; F1SGC7; F1SHP6; F1SR64; F1SRT0; I3L9H6; I3LGM5; I3LN63; I3LR45; P46199; 		39-148
100216×MG; 3×ZN; 2×5GP; 2×SPM; 1×GSP; 1×NA; 1×FME;
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Structure Assessment
39S mammalian mitochondrial large ribosomal subunit with mtRRF (post) and mtEFG2
7nsh
 Heteromer
A0A0R4J8D6; A0A140UHW4; A0A286ZJR2; A0A286ZNK1; A0A286ZTW8; A0A286ZU56; A0A286ZXA6; A0A287A731; A0A287B9C4; A0A287BIV6; A0A287BMZ6; A0A287BP93; A0A287BQA1; A0A341D604; A0A480J9Z6; A0A480QIM3; A0A4X1TLP9; A0A4X1TXR4; A0A4X1U6S6; A0A4X1UFR4; A0A4X1ULI6; A0A5G2R2V2; A0A8D1F1K9; A0A8D1MIP3; A0A8D1P1C8; F1RHJ1; F1RI89; F1RMQ4; F1RRH6; F1RRN2; F1RU54; F1RW03; F1RWJ0; F1RY70; F1S8U4; F1S9B7; F1SGC7; F1SHP6; F1SR64; F1SRT0; I3L9H6; I3LGM5; I3LN63; I3LNJ0; I3LR45; I3LTC4; K7GP19; Q969S9; Q96E11; 		39-148
100221×MG; 3×ZN; 2×5GP; 2×SPM; 1×GNP;
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Structure Assessment
39S large subunit of the porcine mitochondrial ribosome
4ce4
 Heteromer
A0A0R4J8D5; A0A8D1MIP3; F1RHJ1; F1RI89; F1RMQ4; F1RQV7; F1RRN2; F1RW03; F1RY70; F1SGC7; F1SHP6; F1SR64; I3LGM5; I3LNJ0; I3LR45; I3LTC4; W5IDB8; W5IDB9; W5IDC0; W5IDC1; 		38-135
100.02×ZN;
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Structure Assessment