P66506 | SWISS-MODEL Repository

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P66506 (RS20_MYCBO) Mycobacterium bovis (strain ATCC BAA-935 / AF2122/97)

Small ribosomal subunit protein bS20 UniProtKB InterPro Interactive Modelling

86 aa; Sequence (Fasta) ; 12 identical sequences

Available Structures

11 Experimental Structures

Description	PDB ID	Oligo-state	Range	Seq id (%)	Ligands
Mtb 70SIC in complex with MtbEttA at Pre_R1 state	7msh PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer A0A0T9D5H2; A0A0U0UFA0; P0DV54; P9WH25; P9WH27; P9WH29; P9WH31; P9WH33; P9WH35; P9WH37; P9WH41; P9WH45; P9WH49; P9WH51; P9WH53; P9WH55; P9WH57; P9WH61; P9WH63; P9WH65; P9WH67; P9WH79; P9WH81; P9WH83; P9WH85; P9WH87; P9WH89; P9WH91; P9WH93; P9WH95; P9WH99; P9WHA1; P9WHA3; P9WHA5; P9WHA7; P9WHB3; P9WHB5; P9WHB7; P9WHB9; P9WHC1; P9WHC3; P9WHC5; P9WHC7; P9WHC9; P9WHD1; P9WHD3; P9WHD5; P9WHD7; P9WHD9; P9WQK3;	2-86	100	6×ZN; 420×MG; 2×ANP;
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KU13-bond Mycobacterium tuberculosis 70S ribosome	9j1m PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer A0A0G2Q9F3; A0A0H3M2V9; A0A0H3M3R5; A0A0H3MFJ0; A0A0T9D5H2; A1KEM1; A1KEM3; A1KEM4; A1KGB4; A1KGG2; A1KGG3; A1KGI1; A1KGI2; A1KGI3; A1KGI4; A1KGI5; A1KGI6; A1KGI7; A1KGI8; A1KGI9; A1KGJ0; A1KGJ5; A1KGJ6; A1KGJ7; A1KGJ8; A1KGJ9; A1KGK0; A1KGK1; A1KGK2; A1KGK3; A1KGK4; A1KHB5; A1KJ59; A1KJ60; A1KLA4; A1KLD7; A1KMC8; A1KMP8; A1KMQ3; A1KPC9; A1KPE2; A1KPE4; A1KPE5; A1KPE6; A1KPE7;	2-86	100	5×ZN; 441×MG; 1×A1L32;
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Mtb 70SIC in complex with MtbEttA at Trans_R0 state	7msm PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer A0A0T9D5H2; A0A0U0UFA0; P0DV54; P9WH25; P9WH27; P9WH29; P9WH31; P9WH33; P9WH35; P9WH37; P9WH41; P9WH45; P9WH49; P9WH51; P9WH53; P9WH55; P9WH57; P9WH61; P9WH63; P9WH65; P9WH67; P9WH79; P9WH81; P9WH83; P9WH85; P9WH87; P9WH89; P9WH91; P9WH93; P9WH95; P9WH99; P9WHA1; P9WHA3; P9WHA5; P9WHA7; P9WHB3; P9WHB5; P9WHB7; P9WHB9; P9WHC1; P9WHC3; P9WHC5; P9WHC7; P9WHC9; P9WHD1; P9WHD3; P9WHD5; P9WHD7; P9WHD9; P9WQK3;	2-86	100	6×ZN; 445×MG; 2×ADP; 2×VO4; 1×FME;
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Mtb 70SIC in complex with MtbEttA at Trans_R1 state	7msz PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer A0A0T9D5H2; A0A0U0UFA0; P0DV54; P9WH25; P9WH27; P9WH29; P9WH31; P9WH33; P9WH35; P9WH37; P9WH41; P9WH45; P9WH49; P9WH51; P9WH53; P9WH55; P9WH57; P9WH61; P9WH63; P9WH65; P9WH67; P9WH79; P9WH81; P9WH83; P9WH85; P9WH87; P9WH89; P9WH91; P9WH93; P9WH95; P9WH99; P9WHA1; P9WHA3; P9WHA5; P9WHA7; P9WHB3; P9WHB5; P9WHB7; P9WHB9; P9WHC1; P9WHC3; P9WHC5; P9WHC7; P9WHC9; P9WHD1; P9WHD3; P9WHD5; P9WHD7; P9WHD9; P9WQK3;	2-86	100	6×ZN; 417×MG; 2×ADP; 2×VO4; 1×FME;
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Mtb 70S with P and E site tRNAs	7mt7 PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer A0A0T9D5H2; A0A0U0UFA0; P0DV54; P9WH25; P9WH27; P9WH29; P9WH31; P9WH33; P9WH35; P9WH37; P9WH41; P9WH45; P9WH49; P9WH51; P9WH53; P9WH55; P9WH57; P9WH61; P9WH63; P9WH65; P9WH67; P9WH79; P9WH81; P9WH83; P9WH85; P9WH87; P9WH89; P9WH91; P9WH93; P9WH95; P9WH99; P9WHA1; P9WHA3; P9WHA5; P9WHA7; P9WHB3; P9WHB5; P9WHB7; P9WHB9; P9WHC1; P9WHC3; P9WHC5; P9WHC7; P9WHC9; P9WHD1; P9WHD3; P9WHD5; P9WHD7; P9WHD9;	2-86	100	6×ZN; 443×MG; 1×FME;
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Mtb 70S initiation complex	7mt2 PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer A0A0T9D5H2; A0A0U0UFA0; P0DV54; P9WH25; P9WH27; P9WH29; P9WH31; P9WH33; P9WH35; P9WH37; P9WH41; P9WH45; P9WH49; P9WH51; P9WH53; P9WH55; P9WH57; P9WH61; P9WH63; P9WH65; P9WH67; P9WH79; P9WH81; P9WH83; P9WH85; P9WH87; P9WH89; P9WH91; P9WH93; P9WH95; P9WH99; P9WHA1; P9WHA3; P9WHA5; P9WHA7; P9WHB3; P9WHB5; P9WHB7; P9WHB9; P9WHC1; P9WHC3; P9WHC5; P9WHC7; P9WHC9; P9WHD1; P9WHD3; P9WHD5; P9WHD7; P9WHD9;	2-86	100	6×ZN; 443×MG; 1×FME;
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Mtb 70S with P/E tRNA	7mt3 PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer A0A0T9D5H2; A0A0U0UFA0; P0DV54; P9WH25; P9WH27; P9WH29; P9WH31; P9WH33; P9WH35; P9WH37; P9WH41; P9WH45; P9WH49; P9WH51; P9WH53; P9WH55; P9WH57; P9WH61; P9WH63; P9WH65; P9WH67; P9WH79; P9WH81; P9WH83; P9WH85; P9WH87; P9WH89; P9WH91; P9WH93; P9WH95; P9WH99; P9WHA1; P9WHA3; P9WHA5; P9WHA7; P9WHB3; P9WHB5; P9WHB7; P9WHB9; P9WHC1; P9WHC3; P9WHC5; P9WHC7; P9WHC9; P9WHD1; P9WHD3; P9WHD5; P9WHD7; P9WHD9;	2-86	100	6×ZN; 435×MG;
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Mtb 70SIC in complex with MtbEttA at Pre_R0 state	7msc PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer A0A0T9D5H2; A0A0U0UFA0; P0DV54; P9WH25; P9WH27; P9WH29; P9WH31; P9WH33; P9WH35; P9WH37; P9WH41; P9WH45; P9WH49; P9WH51; P9WH53; P9WH55; P9WH57; P9WH61; P9WH63; P9WH65; P9WH67; P9WH79; P9WH81; P9WH83; P9WH85; P9WH87; P9WH89; P9WH91; P9WH93; P9WH95; P9WH99; P9WHA1; P9WHA3; P9WHA5; P9WHA7; P9WHB3; P9WHB5; P9WHB7; P9WHB9; P9WHC1; P9WHC3; P9WHC5; P9WHC7; P9WHC9; P9WHD1; P9WHD3; P9WHD5; P9WHD7; P9WHD9; P9WQK3;	2-86	100	6×ZN; 445×MG; 2×ANP; 1×FME;
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Unmethylated Mtb Ribosome 50S with SEQ-9	7sfr PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer A0A0T9D5H2; A0A0U0UFA0; P0DV54; P9WH25; P9WH27; P9WH29; P9WH31; P9WH33; P9WH35; P9WH37; P9WH41; P9WH45; P9WH49; P9WH51; P9WH53; P9WH55; P9WH57; P9WH61; P9WH63; P9WH65; P9WH67; P9WH79; P9WH81; P9WH83; P9WH85; P9WH87; P9WH89; P9WH91; P9WH93; P9WH95; P9WH99; P9WHA1; P9WHA3; P9WHA5; P9WHA7; P9WHB3; P9WHB5; P9WHB7; P9WHB9; P9WHC1; P9WHC3; P9WHC5; P9WHC9; P9WHD1; P9WHD3; P9WHD5; P9WHD7; P9WHD9;	5-86	100	6×ZN; 1×WDP; 447×MG;
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Cryo-EM structure of the 70S ribosome from Mycobacterium tuberculosis bound with Capreomycin	5v93 PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer P0DV54; P9WH25; P9WH27; P9WH29; P9WH31; P9WH33; P9WH35; P9WH37; P9WH41; P9WH45; P9WH49; P9WH51; P9WH53; P9WH55; P9WH57; P9WH61; P9WH63; P9WH65; P9WH67; P9WH79; P9WH81; P9WH83; P9WH85; P9WH87; P9WH89; P9WH91; P9WH93; P9WH99; P9WHA1; P9WHA3; P9WHA7; P9WHB3; P9WHB5; P9WHB7; P9WHB9; P9WHC1; P9WHC3; P9WHC5; P9WHC9; P9WHD1; P9WHD3; P9WHD5; P9WHD7; P9WHD9; P9WHE1; P9WKT5;	5-86	100
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CryoEM structure of A2296-methylated Mycobacterium tuberculosis ribosome bound with SEQ-9	7kgb PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer A0A0T9D5H2; A0A0U0UFA0; P0DV54; P9WH25; P9WH27; P9WH29; P9WH31; P9WH33; P9WH35; P9WH37; P9WH41; P9WH45; P9WH49; P9WH51; P9WH53; P9WH55; P9WH57; P9WH61; P9WH63; P9WH65; P9WH67; P9WH79; P9WH81; P9WH83; P9WH85; P9WH87; P9WH89; P9WH91; P9WH93; P9WH95; P9WH99; P9WHA1; P9WHA3; P9WHA5; P9WHA7; P9WHB3; P9WHB5; P9WHB7; P9WHB9; P9WHC1; P9WHC3; P9WHC5; P9WHC9; P9WHD1; P9WHD3; P9WHD5; P9WHD7; P9WHD9;	5-86	100	6×ZN; 1×WDP; 447×MG;
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1 SWISS-MODEL model

	Template	Oligo-state	QMEANDisCo	Range	Ligands	Trg-Tpl Seq id (%)
	7mt3.1.p	monomer	0.81	2-86		100.00
	Download ModelCIF format PDB format Model report Compare Structure Assessment

	Model ID	Oligo-state	Avg pLDDT	Range	Trg-Mdl Seq Id (%)

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

P66506 (RS20_MYCBO) Mycobacterium bovis (strain ATCC BAA-935 / AF2122/97)

Small ribosomal subunit protein bS20 UniProtKBInterProInteractive Modelling

Available Structures

11 Experimental Structures

1 SWISS-MODEL model

Alignments

Background

Resolution

Small ribosomal subunit protein bS20 UniProtKB InterPro Interactive Modelling