A0A0K0X2B5 | SWISS-MODEL Repository

A0A0K0X2B5 (A0A0K0X2B5_MYCGD) Mycolicibacterium goodii (Mycobacterium goodii)

Small ribosomal subunit protein bS18 UniProtKB InterPro STRING Interactive Modelling

84 aa; Sequence (Fasta) ; 2 identical sequences: Mycolicibacterium smegmatis: A0R7F7, A0A2U9Q139

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

Available Structures

19 Experimental Structures

Description	PDB ID	Oligo-state	Range	Seq id (%)	Ligands
Cryo- EM structure of Mycobacterium smegmatis 30S ribosomal subunit (body 2) of 70S ribosome, E- tR…	8wid PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer A0QR10; A0QS96; A0QS97; A0QSD0; A0QSD5; A0QSD7; A0QSE0; A0QSG3; A0QSG6; A0QSL5; A0QSL6; A0QSL7; A0QSP9; A0QV37; A0QVQ3; A0QZ86; A0R102; A0R215; A0R550; A0R7F7; A0R7F9;	17-81	100
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Cryo- EM structure of Mycobacterium smegmatis 30S ribosomal subunit (body 2) of 70S ribosome and Ra…	8wif PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer A0QR10; A0QS96; A0QS97; A0QSD0; A0QSD5; A0QSD7; A0QSE0; A0QSG3; A0QSG6; A0QSL5; A0QSL6; A0QSL7; A0QSP9; A0QV37; A0QVB8; A0QVQ3; A0QZ86; A0R102; A0R215; A0R550; A0R7F7; A0R7F9;	17-81	100
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Cryo-EM structure of the Mycobacterium smegmatis 70S ribosome in complex with hibernation factor Ms…	8v9j PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer A0QR10; A0QRI6; A0QS39; A0QS45; A0QS46; A0QS62; A0QS96; A0QS97; A0QSD0; A0QSD1; A0QSD2; A0QSD3; A0QSD4; A0QSD5; A0QSD6; A0QSD7; A0QSD8; A0QSD9; A0QSE0; A0QSF9; A0QSG0; A0QSG1; A0QSG2; A0QSG3; A0QSG4; A0QSG5; A0QSG6; A0QSG7; A0QSG8; A0QSL4; A0QSL5; A0QSL6; A0QSL7; A0QSL9; A0QSP8; A0QSP9; A0QTP4; A0QV03; A0QV37; A0QV42; A0QVB8; A0QVQ3; A0QYU6; A0QYU7; A0R102; A0R150; A0R151; A0R215; A0R3D2; A0R3I9; A0R7F6; A0R7F7; A0R7F9; A0R7K0;	17-81	100	2×ZN;
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Cryo-EM structure of the Mycobacterium smegmatis 70S ribosome in complex with hibernation factor Rv…	8v9k PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer A0QR10; A0QS39; A0QS45; A0QS46; A0QS62; A0QS96; A0QS97; A0QSD0; A0QSD1; A0QSD2; A0QSD3; A0QSD4; A0QSD5; A0QSD6; A0QSD7; A0QSD8; A0QSD9; A0QSE0; A0QSF9; A0QSG0; A0QSG1; A0QSG2; A0QSG3; A0QSG4; A0QSG5; A0QSG6; A0QSG7; A0QSG8; A0QSL4; A0QSL5; A0QSL6; A0QSL7; A0QSL9; A0QSP8; A0QSP9; A0QTP4; A0QV03; A0QV37; A0QV42; A0QVB8; A0QVQ3; A0QYU6; A0QYU7; A0R102; A0R150; A0R151; A0R215; A0R3D2; A0R3I9; A0R7F6; A0R7F7; A0R7F9; A0R7K0; P9WL63;	17-81	100	2×ZN;
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Cryo-EM structure of the Mycobacterium smegmatis 70S ribosome in complex with hibernation factor Ms…	8v9l PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer A0QR10; A0QRI6; A0QS39; A0QS45; A0QS62; A0QS96; A0QS97; A0QS98; A0QSD0; A0QSD1; A0QSD2; A0QSD3; A0QSD4; A0QSD5; A0QSD6; A0QSD7; A0QSD8; A0QSD9; A0QSE0; A0QSF9; A0QSG0; A0QSG1; A0QSG2; A0QSG3; A0QSG4; A0QSG5; A0QSG6; A0QSG7; A0QSG8; A0QSL4; A0QSL5; A0QSL6; A0QSL7; A0QSL9; A0QSP8; A0QSP9; A0QTP4; A0QV03; A0QV37; A0QV42; A0QVB8; A0QVQ3; A0QYU6; A0QYU7; A0R102; A0R150; A0R151; A0R215; A0R3D2; A0R3I9; A0R7F6; A0R7F7; A0R7F9; A0R7K0;	17-81	100	1×GDP; 2×ZN;
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Structure of Mycobacterium smegmatis HflX bound to a 70S ribosome	8vio PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer A0A2U9Q0X2; A0QR10; A0QS39; A0QS45; A0QS62; A0QS96; A0QS97; A0QSD0; A0QSD1; A0QSD2; A0QSD3; A0QSD4; A0QSD5; A0QSD6; A0QSD7; A0QSD8; A0QSD9; A0QSE0; A0QSF9; A0QSG0; A0QSG1; A0QSG2; A0QSG3; A0QSG4; A0QSG5; A0QSG6; A0QSG7; A0QSG8; A0QSL4; A0QSL5; A0QSL6; A0QSL7; A0QSL9; A0QSP8; A0QSP9; A0QTP4; A0QV03; A0QV37; A0QV42; A0QVB8; A0QVQ3; A0QVY1; A0QYU6; A0QYU7; A0R102; A0R150; A0R151; A0R215; A0R3D2; A0R3I9; A0R7F6; A0R7F7; A0R7K0;	17-81	100
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Cryo- EM structure of Mycobacterium smegmatis 70S ribosome and RafH.	8whx PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer A0QR10; A0QS39; A0QS96; A0QS97; A0QSD0; A0QSD1; A0QSD2; A0QSD3; A0QSD4; A0QSD5; A0QSD6; A0QSD7; A0QSD9; A0QSE0; A0QSF9; A0QSG0; A0QSG1; A0QSG3; A0QSG4; A0QSG5; A0QSG6; A0QSG7; A0QSG8; A0QSL5; A0QSL6; A0QSL7; A0QSL9; A0QSP8; A0QSP9; A0QV03; A0QV37; A0QV42; A0QVB8; A0QVQ3; A0QYU6; A0QYU7; A0QZ86; A0R102; A0R150; A0R151; A0R215; A0R3I9; A0R550; A0R7F6; A0R7F7; A0R7F9; A0R7K0;	17-81	100
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Cryo- EM structure of Mycobacterium smegmatis 70S ribosome, bS1 and RafH.	8wi7 PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer A0QR10; A0QS39; A0QS96; A0QS97; A0QSD0; A0QSD1; A0QSD2; A0QSD3; A0QSD4; A0QSD5; A0QSD6; A0QSD7; A0QSD9; A0QSE0; A0QSF9; A0QSG0; A0QSG1; A0QSG3; A0QSG4; A0QSG5; A0QSG6; A0QSG7; A0QSG8; A0QSL5; A0QSL6; A0QSL7; A0QSL9; A0QSP8; A0QSP9; A0QV03; A0QV37; A0QV42; A0QVB8; A0QVQ3; A0QYU6; A0QYU7; A0QYY6; A0QZ86; A0R102; A0R150; A0R151; A0R215; A0R3I9; A0R550; A0R7F6; A0R7F7; A0R7F9; A0R7K0;	17-81	100
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The complete structure of the Mycobacterium smegmatis 70S ribosome	5o61 PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer A0QR10; A0QS39; A0QS45; A0QS62; A0QS96; A0QS97; A0QSD0; A0QSD1; A0QSD2; A0QSD3; A0QSD4; A0QSD5; A0QSD6; A0QSD7; A0QSD8; A0QSD9; A0QSE0; A0QSF9; A0QSG0; A0QSG1; A0QSG2; A0QSG3; A0QSG4; A0QSG5; A0QSG6; A0QSG7; A0QSG8; A0QSL4; A0QSL5; A0QSL6; A0QSL7; A0QSL9; A0QSP8; A0QSP9; A0QTP4; A0QV03; A0QV37; A0QV42; A0QVB8; A0QVQ3; A0QYU6; A0QYU7; A0R102; A0R150; A0R151; A0R215; A0R3D2; A0R3I9; A0R7F6; A0R7F7; A0R7K0;	17-81	100	625×MG; 6×ZN; 1×PHE;
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Cryo- EM structure of Mycobacterium smegmatis 30S ribosomal subunit (body 2) of 70S ribosome, bS1 a…	8wi9 PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer A0QR10; A0QS96; A0QS97; A0QSD0; A0QSD5; A0QSD7; A0QSE0; A0QSG2; A0QSG3; A0QSG6; A0QSL5; A0QSL6; A0QSL7; A0QSP9; A0QV37; A0QVB8; A0QVQ3; A0QYY6; A0QZ86; A0R102; A0R215; A0R7F7; A0R7F9;	17-81	100
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Cryo- EM structure of Mycobacterium smegmatis 70S ribosome, E- tRNA and RafH.	8wib PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer A0QR10; A0QS39; A0QS96; A0QS97; A0QSD0; A0QSD1; A0QSD2; A0QSD3; A0QSD4; A0QSD5; A0QSD6; A0QSD7; A0QSD9; A0QSE0; A0QSF9; A0QSG0; A0QSG1; A0QSG3; A0QSG4; A0QSG5; A0QSG6; A0QSG7; A0QSG8; A0QSL5; A0QSL6; A0QSL7; A0QSL9; A0QSP8; A0QSP9; A0QV03; A0QV37; A0QV42; A0QVQ3; A0QYU6; A0QYU7; A0QZ86; A0R102; A0R150; A0R151; A0R215; A0R3I9; A0R550; A0R7F6; A0R7F7; A0R7F9; A0R7K0;	17-81	100
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WT strain gidB mutant mycobacterial ribosome	9b24 PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer A0QS39; A0QS45; A0QS62; A0QS96; A0QS97; A0QSD0; A0QSD1; A0QSD2; A0QSD3; A0QSD4; A0QSD6; A0QSD7; A0QSD8; A0QSD9; A0QSE0; A0QSF9; A0QSG0; A0QSG1; A0QSG2; A0QSG3; A0QSG4; A0QSG5; A0QSG6; A0QSG7; A0QSG8; A0QSL4; A0QSL5; A0QSL6; A0QSL7; A0QSL9; A0QSP8; A0QSP9; A0QV03; A0QV37; A0QV42; A0QVB8; A0QVQ3; A0QYU6; A0QYU7; A0R102; A0R150; A0R151; A0R3D2; A0R3I9; A0R7F7; A0R7F9; A0R7K0;	17-81	100	624×MG; 5×ZN;
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HWS19 strain WT mycobacterial ribosome	9b1w PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer A0QR10; A0QS39; A0QS45; A0QS62; A0QS96; A0QS97; A0QSD0; A0QSD1; A0QSD2; A0QSD3; A0QSD4; A0QSD5; A0QSD6; A0QSD7; A0QSD8; A0QSD9; A0QSE0; A0QSF9; A0QSG0; A0QSG1; A0QSG2; A0QSG3; A0QSG4; A0QSG5; A0QSG6; A0QSG7; A0QSG8; A0QSL4; A0QSL5; A0QSL6; A0QSL7; A0QSL9; A0QSP8; A0QSP9; A0QTP4; A0QV03; A0QV37; A0QV42; A0QVB8; A0QVQ3; A0QYU6; A0QYU7; A0R102; A0R150; A0R151; A0R3D2; A0R3I9; A0R7F7; A0R7F9; A0R7K0;	17-81	100	624×MG; 5×ZN;
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HWS19 strain gidB mutant mycobacterial ribosome	9b1x PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer A0QR10; A0QS39; A0QS45; A0QS62; A0QS96; A0QS97; A0QSD0; A0QSD1; A0QSD2; A0QSD3; A0QSD4; A0QSD5; A0QSD6; A0QSD7; A0QSD8; A0QSD9; A0QSE0; A0QSF9; A0QSG0; A0QSG1; A0QSG2; A0QSG3; A0QSG4; A0QSG5; A0QSG6; A0QSG7; A0QSG8; A0QSL4; A0QSL5; A0QSL6; A0QSL7; A0QSL9; A0QSP8; A0QSP9; A0QTP4; A0QV03; A0QV37; A0QV42; A0QVB8; A0QVQ3; A0QYU6; A0QYU7; A0R102; A0R150; A0R151; A0R3D2; A0R3I9; A0R7F7; A0R7F9; A0R7K0;	17-81	100	624×MG; 5×ZN;
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Structure of the 30S small ribosomal subunit from Mycobacterium smegmatis	5o5j PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer A0QR10; A0QS96; A0QS97; A0QSD0; A0QSD5; A0QSD7; A0QSE0; A0QSG2; A0QSG3; A0QSG6; A0QSL5; A0QSL6; A0QSL7; A0QSP9; A0QV37; A0QVB8; A0QVQ3; A0R102; A0R215; A0R7F7;	17-81	100	217×MG; 2×ZN;
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M. smegmatis hibernating state 70S ribosome structure	5zep PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer A0QR10; A0QS39; A0QS45; A0QS62; A0QS96; A0QS97; A0QSD0; A0QSD1; A0QSD2; A0QSD3; A0QSD4; A0QSD5; A0QSD6; A0QSD7; A0QSD8; A0QSD9; A0QSE0; A0QSF9; A0QSG0; A0QSG1; A0QSG2; A0QSG3; A0QSG4; A0QSG5; A0QSG6; A0QSG7; A0QSG8; A0QSL4; A0QSL5; A0QSL6; A0QSL7; A0QSL9; A0QSP8; A0QSP9; A0QTK6; A0QTP4; A0QV03; A0QV37; A0QV42; A0QVB8; A0QVQ3; A0QYU6; A0QYU7; A0R102; A0R150; A0R151; A0R215; A0R3D2; A0R3I9; A0R7F6; A0R7F7; A0R7K0;	16-79	100
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M. Smegmatis P/P state 70S ribosome structure	5zeb PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer A0QR10; A0QS39; A0QS45; A0QS62; A0QS96; A0QS97; A0QSD0; A0QSD1; A0QSD2; A0QSD3; A0QSD4; A0QSD5; A0QSD6; A0QSD7; A0QSD8; A0QSD9; A0QSE0; A0QSF9; A0QSG0; A0QSG1; A0QSG2; A0QSG3; A0QSG4; A0QSG5; A0QSG6; A0QSG7; A0QSG8; A0QSL4; A0QSL5; A0QSL6; A0QSL7; A0QSL9; A0QSP8; A0QSP9; A0QTP4; A0QV03; A0QV37; A0QV42; A0QVB8; A0QVQ3; A0QYU6; A0QYU7; A0R102; A0R150; A0R151; A0R215; A0R3D2; A0R3I9; A0R7F6; A0R7F7; A0R7K0;	16-79	100
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M. smegmatis P/P state 30S ribosomal subunit	5zeu PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer A0QR10; A0QS96; A0QS97; A0QSD0; A0QSD5; A0QSD7; A0QSE0; A0QSG2; A0QSG3; A0QSG6; A0QSL5; A0QSL6; A0QSL7; A0QSP9; A0QV37; A0QVB8; A0QVQ3; A0R102; A0R7F7;	16-79	100
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Small subunit of Mycobacterium smegmatis ribosome	5xyu PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer A0QR10; A0QS96; A0QS97; A0QSD0; A0QSD5; A0QSD7; A0QSE0; A0QSG2; A0QSG3; A0QSG6; A0QSL5; A0QSL6; A0QSL7; A0QSP9; A0QV37; A0QVQ3; A0R102; A0R7F7; A0R7F9;	27-81	100	48×MG;
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1 SWISS-MODEL model

	Template	Oligo-state	QMEANDisCo	Range	Ligands	Trg-Tpl Seq id (%)
	8v9k.1.R	monomer	0.76	17-81		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 (%)

A0A0K0X2B5 (A0A0K0X2B5_MYCGD) Mycolicibacterium goodii (Mycobacterium goodii)

Small ribosomal subunit protein bS18 UniProtKBInterProSTRINGInteractive Modelling

Available Structures

19 Experimental Structures

1 SWISS-MODEL model

Alignments

Background

Resolution

Small ribosomal subunit protein bS18 UniProtKB InterPro STRING Interactive Modelling