Q9Y3D9 (RT23_HUMAN) Homo sapiens (Human)

Small ribosomal subunit protein mS23 UniProtKBInterProSTRINGInteractive Modelling

190 aa; Sequence (Fasta)

Available Structures

28 Experimental Structures

DescriptionPDB IDOligo-stateRangeSeq id (%)Ligands
Assembly intermediate of human mitochondrial ribosome small subunit without mS37 in complex with RB…
7po0
 Heteromer
O15235; O60783; P51398; P82650; P82663; P82664; P82673; P82675; P82912; P82914; P82921; P82930; P82932; P82933; Q8N0V3; Q92552; Q92665; Q96EL2; Q96EY7; Q9BYN8; Q9NWT8; Q9Y291; Q9Y2Q9; Q9Y2R5; Q9Y2R9; Q9Y399; Q9Y3D3; Q9Y3D5; Q9Y676; 		2-136
1001×NAD; 65×MG; 17×K; 1×ZN; 2×FES; 1×ATP; 1×GDP;
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Structure Assessment
Human mitochondrial ribosome small subunit in complex with IF3, GMPPMP and streptomycin
7p2e
 Heteromer
O15235; O60783; P51398; P82650; P82663; P82664; P82673; P82675; P82912; P82914; P82921; P82930; P82932; P82933; Q92552; Q92665; Q96BP2; Q96EL2; Q96EY7; Q9BYN8; Q9H2K0; Q9NWT8; Q9Y291; Q9Y2Q9; Q9Y2R5; Q9Y2R9; Q9Y399; Q9Y3D3; Q9Y3D5; Q9Y676; 		2-136
1001×NAD; 1×SPM; 1×5I0; 21×K; 62×MG; 1×ZN; 2×FES; 1×ATP; 1×GNP;
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Structure Assessment
mt-SSU assembly intermediate in GTPBP8 knock-out cells, state 1
8qrk
 Heteromer
O15235; O60783; P51398; P82650; P82663; P82664; P82673; P82675; P82912; P82914; P82921; P82930; P82932; P82933; Q92552; Q92665; Q96EL2; Q96EY7; Q9BYN8; Q9NWT8; Q9Y291; Q9Y2Q9; Q9Y2R5; Q9Y2R9; Q9Y399; Q9Y3D3; Q9Y3D5; Q9Y676; 		2-136
10049×MG; 1×NAD; 1×SPM; 1×SRY; 17×K; 1×ZN; 2×FES; 1×ATP; 1×GNP;
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Structure Assessment
mt-SSU assembly intermediate in GTPBP8 knock-out cells, state 2
8qrl
 Heteromer
A6NJ78; O15235; O60783; P51398; P82650; P82663; P82664; P82673; P82675; P82912; P82914; P82921; P82930; P82932; P82933; Q92552; Q92665; Q96EL2; Q96EY7; Q9BYN8; Q9NWT8; Q9Y291; Q9Y2Q9; Q9Y2R5; Q9Y2R9; Q9Y399; Q9Y3D3; Q9Y3D5; Q9Y676; 		2-136
1001×NAD; 64×MG; 16×K; 1×ZN; 2×FES; 1×ATP; 1×GDP; 1×SAH;
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Structure Assessment
mt-SSU assembly intermediate in GTPBP8 knock-out cells, state 3
8qrm
 Heteromer
O15235; O60783; P51398; P82650; P82663; P82664; P82673; P82675; P82912; P82914; P82921; P82930; P82932; P82933; Q92552; Q92665; Q96BP2; Q96EL2; Q96EY7; Q9BYN8; Q9H2K0; Q9NWT8; Q9Y291; Q9Y2Q9; Q9Y2R5; Q9Y2R9; Q9Y399; Q9Y3D3; Q9Y3D5; Q9Y676; 		2-136
1001×NAD; 1×SPM; 1×SRY; 59×MG; 17×K; 1×ZN; 2×FES; 1×ATP; 1×GNP;
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Structure Assessment
mt-SSU in GTPBP8 knock-out cells, state 4
8qrn
 Heteromer
O15235; O60783; P46199; P51398; P82650; P82663; P82664; P82673; P82675; P82912; P82914; P82921; P82930; P82932; P82933; Q92552; Q92665; Q96BP2; Q96EL2; Q96EY7; Q9BYN8; Q9NWT8; Q9Y291; Q9Y2Q9; Q9Y2R5; Q9Y2R9; Q9Y399; Q9Y3D3; Q9Y3D5; Q9Y676; 		2-136
1001×NAD; 1×SPM; 1×SRY; 58×MG; 18×K; 1×ZN; 2×FES; 1×ATP; 1×GNP; 1×FME; 1×GTP;
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Structure Assessment
28S human mitochondrial small ribosomal subunit with mtRF1 and P-site tRNA
8ois
 Heteromer
O15235; O60783; O75570; P49406; P51398; P82650; P82663; P82664; P82673; P82675; P82912; P82914; P82921; P82930; P82932; P82933; Q7Z7F7; Q92552; Q92665; Q96BP2; Q96EL2; Q96EY7; Q9BYN8; Q9NWT8; Q9Y291; Q9Y2Q9; Q9Y2R5; Q9Y2R9; Q9Y399; Q9Y3D3; Q9Y3D5; Q9Y676; 		2-136
10017×K; 126×MG; 1×MET; 1×ZN; 2×FS2; 1×ATP; 1×GDP;
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Structure Assessment
Assembly intermediate of human mitochondrial ribosome small subunit without mS37 in complex with RB…
7pnx
 Heteromer
A6NJ78; O15235; O60783; P51398; P82650; P82663; P82664; P82673; P82675; P82912; P82914; P82921; P82930; P82932; P82933; Q8N0V3; Q92552; Q92665; Q96EL2; Q96EY7; Q9BYN8; Q9NWT8; Q9Y291; Q9Y2Q9; Q9Y2R5; Q9Y2R9; Q9Y399; Q9Y3D3; Q9Y3D5; Q9Y676; 		2-136
1001×NAD; 64×MG; 16×K; 1×ZN; 2×FES; 1×ATP; 1×GDP; 1×SAH;
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Structure Assessment
Assembly intermediate of human mitochondrial ribosome small subunit without mS37 in complex with RB…
7pny
 Heteromer
A6NJ78; O15235; O60783; P51398; P82650; P82663; P82664; P82673; P82675; P82912; P82914; P82921; P82930; P82932; P82933; Q8N0V3; Q92552; Q92665; Q96EL2; Q96EY7; Q9BYN8; Q9NWT8; Q9Y291; Q9Y2Q9; Q9Y2R5; Q9Y2R9; Q9Y399; Q9Y3D3; Q9Y3D5; Q9Y676; 		2-136
1001×NAD; 61×MG; 20×K; 1×ZN; 2×FES; 1×ATP; 1×GDP; 1×SAH;
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Structure Assessment
Assembly intermediate of human mitochondrial ribosome small subunit without mS37 in complex with RB…
7pnz
 Heteromer
A6NJ78; O15235; O60783; P51398; P82650; P82663; P82664; P82673; P82675; P82912; P82914; P82921; P82930; P82932; P82933; Q8N0V3; Q92552; Q92665; Q96EL2; Q96EY7; Q9BYN8; Q9NWT8; Q9Y291; Q9Y2Q9; Q9Y2R5; Q9Y2R9; Q9Y399; Q9Y3D3; Q9Y3D5; Q9Y676; 		2-136
1001×NAD; 61×MG; 17×K; 1×ZN; 2×FES; 1×ATP; 1×GDP; 1×SAH;
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Structure Assessment
Human mitochondrial ribosome small subunit
7po3
 Heteromer
O15235; O60783; P51398; P82650; P82663; P82664; P82673; P82675; P82912; P82914; P82921; P82930; P82932; P82933; Q92552; Q92665; Q96BP2; Q96EL2; Q96EY7; Q9BYN8; Q9NWT8; Q9Y291; Q9Y2Q9; Q9Y2R5; Q9Y2R9; Q9Y399; Q9Y3D3; Q9Y3D5; Q9Y676; 		2-136
10064×MG; 21×K; 1×ZN; 2×FES; 1×ATP; 1×GDP;
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Structure Assessment
Initiation complex of human mitochondrial ribosome small subunit with IF2, fMet-tRNAMet and mRNA
7po2
 Heteromer
O15235; O60783; P46199; P51398; P52815; P82650; P82663; P82664; P82673; P82675; P82912; P82914; P82921; P82930; P82932; P82933; Q92552; Q92665; Q96BP2; Q96EL2; Q96EY7; Q9BYN8; Q9NWT8; Q9Y291; Q9Y2Q9; Q9Y2R5; Q9Y2R9; Q9Y399; Q9Y3D3; Q9Y3D5; Q9Y676; 		2-136
10072×MG; 20×K; 1×ZN; 2×FES; 1×ATP; 1×GDP; 1×FME; 1×GTP;
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Structure Assessment
Structure of human mitochondrial 28S ribosome in complex with mitochondrial IF3
6rw4
 Heteromer
O15235; O60783; P51398; P82650; P82663; P82664; P82673; P82675; P82912; P82914; P82921; P82930; P82932; P82933; Q92552; Q92665; Q96BP2; Q96EL2; Q96EY7; Q9BYN8; Q9H2K0; Q9NWT8; Q9Y291; Q9Y2Q9; Q9Y2R5; Q9Y2R9; Q9Y399; Q9Y3D3; Q9Y3D5; Q9Y676; 		2-136
1001×NAD; 1×SPM; 1×SRY; 60×MG; 17×K; 1×ZN; 2×FES; 1×ATP; 1×GNP;
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Structure Assessment
Initiation complex of human mitochondrial ribosome small subunit with IF3
7po1
 Heteromer
O15235; O60783; P51398; P82650; P82663; P82664; P82673; P82675; P82912; P82914; P82921; P82930; P82932; P82933; Q92552; Q92665; Q96BP2; Q96EL2; Q96EY7; Q9BYN8; Q9NWT8; Q9Y291; Q9Y2Q9; Q9Y2R5; Q9Y2R9; Q9Y399; Q9Y3D3; Q9Y3D5; Q9Y676; 		2-136
10071×MG; 20×K; 1×ZN; 2×FES; 1×ATP; 1×GDP;
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Structure Assessment
Structure of human mitochondrial 28S ribosome in complex with mitochondrial IF2 and IF3
6rw5
 Heteromer
O15235; O60783; P46199; P51398; P82650; P82663; P82664; P82673; P82675; P82912; P82914; P82921; P82930; P82932; P82933; Q92552; Q92665; Q96BP2; Q96EL2; Q96EY7; Q9BYN8; Q9H2K0; Q9NWT8; Q9Y291; Q9Y2Q9; Q9Y2R5; Q9Y2R9; Q9Y399; Q9Y3D3; Q9Y3D5; Q9Y676; 		2-136
1001×NAD; 1×SPM; 1×SRY; 61×MG; 17×K; 1×ZN; 2×FES; 1×ATP; 2×GNP;
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Structure Assessment
Assembly intermediate of human mitochondrial ribosome small subunit (State A)
9g5b
 Heteromer
O15235; O60783; P51398; P82650; P82663; P82664; P82673; P82675; P82912; P82914; P82921; P82930; P82932; P82933; Q8N0V3; Q8NC60; Q8WVM0; Q92552; Q92665; Q96EL2; Q96EY7; Q9BYN8; Q9Y291; Q9Y2Q9; Q9Y2R5; Q9Y2R9; Q9Y399; Q9Y3D3; Q9Y3D5; Q9Y676; 		2-136
10012×MG; 1×ZN; 2×FES; 1×ATP; 1×GDP;
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Structure Assessment
Translation-initiation state of human mitochondrial ribosome small subunit (State F)
9g5e
 Heteromer
O15235; O60783; P46199; P51398; P82650; P82663; P82664; P82673; P82675; P82912; P82914; P82921; P82930; P82932; P82933; Q92552; Q92665; Q96BP2; Q96EL2; Q96EY7; Q9BYN8; Q9NWT8; Q9Y291; Q9Y2Q9; Q9Y2R5; Q9Y2R9; Q9Y399; Q9Y3D3; Q9Y3D5; Q9Y676; 		2-136
10045×MG; 1×GTP; 1×K; 1×ZN; 2×FES; 1×ATP; 1×GDP;
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Structure Assessment
Assembly intermediate of human mitochondrial ribosome small subunit (State C)
9g5d
 Heteromer
A6NJ78; O15235; O60783; P51398; P82650; P82663; P82664; P82673; P82675; P82912; P82914; P82921; P82930; P82932; P82933; Q8N0V3; Q92552; Q92665; Q96EL2; Q96EY7; Q9BYN8; Q9NWT8; Q9Y291; Q9Y2Q9; Q9Y2R5; Q9Y2R9; Q9Y399; Q9Y3D3; Q9Y3D5; Q9Y676; 		2-136
10010×MG; 1×K; 1×NAD; 1×ZN; 2×FES; 1×GDP; 1×ATP; 1×SAH;
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Structure Assessment
Translation-initiation state of human mitochondrial ribosome small subunit (State D)
9hfm
 Heteromer
O15235; O60783; P51398; P82650; P82663; P82664; P82673; P82675; P82912; P82914; P82921; P82930; P82932; P82933; Q92552; Q92665; Q96BP2; Q96EL2; Q96EY7; Q9BYN8; Q9H2K0; Q9NWT8; Q9Y291; Q9Y2Q9; Q9Y2R5; Q9Y2R9; Q9Y399; Q9Y3D3; Q9Y3D5; Q9Y676; 		2-136
10044×MG; 1×K; 1×ZN; 2×FES; 1×ATP; 1×GDP;
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Structure Assessment
Translation-initiation state of human mitochondrial ribosome small subunit (State G)
9hfo
 Heteromer
O15235; O60783; P46199; P51398; P82650; P82663; P82664; P82673; P82675; P82912; P82914; P82921; P82930; P82932; P82933; Q92552; Q92665; Q96BP2; Q96EL2; Q96EY7; Q9BYN8; Q9NWT8; Q9Y291; Q9Y2Q9; Q9Y2R5; Q9Y2R9; Q9Y399; Q9Y3D3; Q9Y3D5; Q9Y676; 		2-136
10045×MG; 1×GTP; 1×K; 1×ZN; 2×FES; 1×ATP; 1×GDP;
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Structure Assessment
Assembly intermediate of human mitochondrial ribosome small subunit (State B)
9g5c
 Heteromer
A6NJ78; O15235; O60783; P51398; P82650; P82663; P82664; P82673; P82675; P82912; P82914; P82921; P82930; P82932; P82933; Q8N0V3; Q92552; Q92665; Q96EL2; Q96EY7; Q9BYN8; Q9NWT8; Q9Y291; Q9Y2Q9; Q9Y2R5; Q9Y2R9; Q9Y399; Q9Y3D3; Q9Y3D5; Q9Y676; 		2-136
10023×MG; 4×K; 1×ZN; 2×FES; 1×ATP; 1×GDP; 1×SAH;
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Structure Assessment
Translation-initiation state of human mitochondrial ribosome small subunit (State E)
9hfn
 Heteromer
O15235; O60783; P46199; P51398; P82650; P82663; P82664; P82673; P82675; P82912; P82914; P82921; P82930; P82932; P82933; Q92552; Q92665; Q96BP2; Q96EL2; Q96EY7; Q9BYN8; Q9H2K0; Q9NWT8; Q9Y291; Q9Y2Q9; Q9Y2R5; Q9Y2R9; Q9Y399; Q9Y3D3; Q9Y3D5; Q9Y676; 		2-136
10045×MG; 1×GTP; 1×K; 1×ZN; 2×FES; 1×GDP; 1×ATP;
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Structure Assessment
Human mitochondrial small subunit assembly intermediate (State A)
8csp
 Heteromer
O15235; O60783; O75616; P51398; P82650; P82663; P82664; P82673; P82675; P82914; P82921; P82930; P82932; P82933; Q8IVS2; Q8NC60; Q8WVM0; Q92552; Q92665; Q96EL2; Q96EY7; Q9BYN8; Q9H7H0; Q9Y291; Q9Y2Q9; Q9Y2R5; Q9Y2R9; Q9Y399; Q9Y3D3; Q9Y3D5; Q9Y676; 		2-134
1001×SF4; 1×SAM; 4×K; 28×MG; 2×FES; 1×ZN; 1×ATP; 1×GDP;
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Structure Assessment
Human mitochondrial small subunit assembly intermediate (State B)
8csq
 Heteromer
O15235; O60783; O75616; P51398; P82650; P82663; P82664; P82673; P82675; P82914; P82921; P82930; P82932; P82933; Q8IVS2; Q8WVM0; Q92552; Q92665; Q96EL2; Q96EY7; Q9BYN8; Q9H7H0; Q9NWT8; Q9Y291; Q9Y2Q9; Q9Y2R5; Q9Y2R9; Q9Y399; Q9Y3D3; Q9Y3D5; Q9Y676; 		2-134
1001×SF4; 1×SAM; 4×K; 27×MG; 1×ZN; 2×FES; 1×ATP; 1×GDP;
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Structure Assessment
Human mitochondrial small subunit assembly intermediate (State C)
8csr
 Heteromer
O15235; O60783; P51398; P82650; P82663; P82664; P82673; P82675; P82912; P82914; P82921; P82930; P82932; P82933; Q8IVS2; Q8N0V3; Q8WVM0; Q92552; Q92665; Q96EL2; Q96EY7; Q9BYN8; Q9H7H0; Q9NWT8; Q9Y291; Q9Y2Q9; Q9Y2R5; Q9Y2R9; Q9Y399; Q9Y3D3; Q9Y3D5; Q9Y676; 		2-134
1001×SF4; 1×SAM; 5×K; 31×MG; 1×NAD; 1×ZN; 2×FES; 1×ATP; 1×GDP;
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Structure Assessment
Human mitochondrial small subunit assembly intermediate (State D)
8css
 Heteromer
O15235; O60783; P51398; P82650; P82663; P82664; P82673; P82675; P82912; P82914; P82921; P82930; P82932; P82933; Q8IVS2; Q8N0V3; Q92552; Q92665; Q96EL2; Q96EY7; Q9BYN8; Q9H7H0; Q9NWT8; Q9Y291; Q9Y2Q9; Q9Y2R5; Q9Y2R9; Q9Y399; Q9Y3D3; Q9Y3D5; Q9Y676; 		2-134
1001×SF4; 1×SAM; 7×K; 32×MG; 1×NAD; 1×ZN; 2×FES; 1×ATP; 1×GDP;
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Structure Assessment
Human mitochondrial small subunit assembly intermediate (State E)
8cst
 Heteromer
O15235; O60783; P51398; P82650; P82663; P82664; P82673; P82675; P82912; P82914; P82921; P82930; P82932; P82933; Q8N0V3; Q92552; Q92665; Q96EL2; Q96EY7; Q9BYN8; Q9H7H0; Q9NWT8; Q9Y291; Q9Y2Q9; Q9Y2R5; Q9Y2R9; Q9Y399; Q9Y3D3; Q9Y3D5; Q9Y676; 		2-134
1001×SF4; 1×SAM; 4×K; 30×MG; 1×NAD; 1×ZN; 2×FES; 1×ATP; 1×GDP;
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Structure Assessment
Human mitochondrial small subunit assembly intermediate (State C*)
8csu
 Heteromer
O15235; O60783; P51398; P82650; P82663; P82664; P82673; P82675; P82912; P82914; P82921; P82930; P82932; P82933; Q8N0V3; Q8WVM0; Q92552; Q92665; Q96EL2; Q96EY7; Q9BYN8; Q9H7H0; Q9NWT8; Q9Y291; Q9Y2Q9; Q9Y2R5; Q9Y2R9; Q9Y399; Q9Y3D3; Q9Y3D5; Q9Y676; 		2-134
1001×SF4; 1×SAM; 5×K; 26×MG; 1×NAD; 1×ZN; 2×FES; 1×ATP; 1×GDP;
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Structure Assessment

1 SWISS-MODEL model

TemplateOligo-stateQMEANDisCoRangeLigandsTrg-Tpl Seq id (%)
7pnx.1.Smonomer0.712-136
100.00
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Model report
Structure Assessment