P9WH67 (RS10_MYCTU) Mycobacterium tuberculosis (strain ATCC 25618 / H37Rv)

Small ribosomal subunit protein uS10 UniProtKBInterProSTRINGInteractive Modelling

101 aa; Sequence (Fasta) ; 24 identical sequences

Available Structures

10 Experimental Structures

DescriptionPDB IDOligo-stateRangeSeq id (%)Ligands
Mtb 70S initiation complex
7mt2
 Heteromer
A0A0T9D5H2; A0A0U0UFA0; P0DV54; P9WH25; P9WH27; P9WH29; P9WH31; P9WH33; P9WH35; P9WH37; P9WH41; P9WH45; P9WH49; P9WH51; P9WH53; P9WH55; P9WH57; P9WH61; P9WH63; P9WH65; 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; 		3-101
1006×ZN; 443×MG; 1×FME;
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Structure Assessment
Mtb 70S with P and E site tRNAs
7mt7
 Heteromer
A0A0T9D5H2; A0A0U0UFA0; P0DV54; P9WH25; P9WH27; P9WH29; P9WH31; P9WH33; P9WH35; P9WH37; P9WH41; P9WH45; P9WH49; P9WH51; P9WH53; P9WH55; P9WH57; P9WH61; P9WH63; P9WH65; 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; 		3-101
1006×ZN; 443×MG; 1×FME;
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Structure Assessment
Mtb 70SIC in complex with MtbEttA at Pre_R0 state
7msc
 Heteromer
A0A0T9D5H2; A0A0U0UFA0; P0DV54; P9WH25; P9WH27; P9WH29; P9WH31; P9WH33; P9WH35; P9WH37; P9WH41; P9WH45; P9WH49; P9WH51; P9WH53; P9WH55; P9WH57; P9WH61; P9WH63; P9WH65; 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; 		3-101
1006×ZN; 445×MG; 2×ANP; 1×FME;
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Structure Assessment
CryoEM structure of A2296-methylated Mycobacterium tuberculosis ribosome bound with SEQ-9
7kgb
 Heteromer
A0A0T9D5H2; A0A0U0UFA0; P0DV54; P9WH25; P9WH27; P9WH29; P9WH31; P9WH33; P9WH35; P9WH37; P9WH41; P9WH45; P9WH49; P9WH51; P9WH53; P9WH55; P9WH57; P9WH61; P9WH63; P9WH65; 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; 		3-101
1006×ZN; 1×WDP; 447×MG;
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Structure Assessment
Mtb 70SIC in complex with MtbEttA at Pre_R1 state
7msh
 Heteromer
A0A0T9D5H2; A0A0U0UFA0; P0DV54; P9WH25; P9WH27; P9WH29; P9WH31; P9WH33; P9WH35; P9WH37; P9WH41; P9WH45; P9WH49; P9WH51; P9WH53; P9WH55; P9WH57; P9WH61; P9WH63; P9WH65; 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; 		3-101
1006×ZN; 420×MG; 2×ANP;
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Structure Assessment
Mtb 70SIC in complex with MtbEttA at Trans_R0 state
7msm
 Heteromer
A0A0T9D5H2; A0A0U0UFA0; P0DV54; P9WH25; P9WH27; P9WH29; P9WH31; P9WH33; P9WH35; P9WH37; P9WH41; P9WH45; P9WH49; P9WH51; P9WH53; P9WH55; P9WH57; P9WH61; P9WH63; P9WH65; 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; 		3-101
1006×ZN; 445×MG; 2×ADP; 2×VO4; 1×FME;
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Structure Assessment
Mtb 70S with P/E tRNA
7mt3
 Heteromer
A0A0T9D5H2; A0A0U0UFA0; P0DV54; P9WH25; P9WH27; P9WH29; P9WH31; P9WH33; P9WH35; P9WH37; P9WH41; P9WH45; P9WH49; P9WH51; P9WH53; P9WH55; P9WH57; P9WH61; P9WH63; P9WH65; 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; 		3-101
1006×ZN; 435×MG;
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Structure Assessment
Mtb 70SIC in complex with MtbEttA at Trans_R1 state
7msz
 Heteromer
A0A0T9D5H2; A0A0U0UFA0; P0DV54; P9WH25; P9WH27; P9WH29; P9WH31; P9WH33; P9WH35; P9WH37; P9WH41; P9WH45; P9WH49; P9WH51; P9WH53; P9WH55; P9WH57; P9WH61; P9WH63; P9WH65; 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; 		3-101
1006×ZN; 417×MG; 2×ADP; 2×VO4; 1×FME;
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Structure Assessment
Unmethylated Mtb Ribosome 50S with SEQ-9
7sfr
 Heteromer
A0A0T9D5H2; A0A0U0UFA0; P0DV54; P9WH25; P9WH27; P9WH29; P9WH31; P9WH33; P9WH35; P9WH37; P9WH41; P9WH45; P9WH49; P9WH51; P9WH53; P9WH55; P9WH57; P9WH61; P9WH63; P9WH65; 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; 		3-101
1006×ZN; 1×WDP; 447×MG;
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Structure Assessment
Cryo-EM structure of the 70S ribosome from Mycobacterium tuberculosis bound with Capreomycin
5v93
 Heteromer
P0DV54; P9WH25; P9WH27; P9WH29; P9WH31; P9WH33; P9WH35; P9WH37; P9WH41; P9WH45; P9WH49; P9WH51; P9WH53; P9WH55; P9WH57; P9WH61; P9WH63; P9WH65; 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; 		3-101
100
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Structure Assessment

1 SWISS-MODEL model

TemplateOligo-stateQMEANDisCoRangeLigandsTrg-Tpl Seq id (%)
8p2g.1.gmonomer0.794-101
72.28
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Model report
Structure Assessment