Q6CWD0 | SWISS-MODEL Repository

Q6CWD0 (RS3A_KLULA) Kluyveromyces lactis (strain ATCC 8585 / CBS 2359 / DSM 70799 / NBRC 1267 /NRRL Y-1140 / WM37) (Yeast) (Candida sphaerica)

Small ribosomal subunit protein eS1 UniProtKB InterPro STRING Interactive Modelling

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
Structure of a yeast 48S-AUC preinitiation complex in closed conformation (model py48S-AUC-2)	8s8d PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer F2Z602; P09064; P20459; P27069; P32481; P33285; P38912; P69061; Q6CIM1; Q6CJK0; Q6CKL3; Q6CKV4; Q6CLU4; Q6CM04; Q6CM18; Q6CMG3; Q6CN12; Q6CNI7; Q6CNL2; Q6CPG3; Q6CRA3; Q6CRK7; Q6CS01; Q6CTD6; Q6CU44; Q6CUH5; Q6CVZ5; Q6CW21; Q6CW78; Q6CWJ2; Q6CWT9; Q6CWU3; Q6CX80; Q6CXM0; Q6CXT6; Q875N2;	2-233	100.0	116×MG; 3×ZN; 1×GCP; 1×MET;
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Structure of a yeast 48S-AUC preinitiation complex in closed conformation (model py48S-AUC-3.1)	8s8e PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer F2Z602; P09064; P20459; P27069; P32481; P32497; P33285; P38249; P38912; P69061; Q6CIM1; Q6CJK0; Q6CKL3; Q6CKV4; Q6CLU4; Q6CM04; Q6CM18; Q6CMG3; Q6CN12; Q6CNI7; Q6CNL2; Q6CPG3; Q6CRA3; Q6CRK7; Q6CS01; Q6CTD6; Q6CU44; Q6CUH5; Q6CVZ5; Q6CW21; Q6CW78; Q6CWJ2; Q6CWT9; Q6CWU3; Q6CX80; Q6CXM0; Q6CXT6; Q875N2;	2-233	100.0	116×MG; 3×ZN; 1×GCP; 1×MET;
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Structure of a yeast 48S-AUC preinitiation complex in closed conformation (model py48S-AUC-3.2)	8s8f PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer F2Z602; P09064; P20459; P27069; P32481; P32911; P33285; P38912; P69061; Q6CIM1; Q6CJK0; Q6CKL3; Q6CKV4; Q6CLU4; Q6CM04; Q6CM18; Q6CMG3; Q6CN12; Q6CNI7; Q6CNL2; Q6CPG3; Q6CRA3; Q6CRK7; Q6CS01; Q6CTD6; Q6CU44; Q6CUH5; Q6CVZ5; Q6CW21; Q6CW78; Q6CWJ2; Q6CWT9; Q6CWU3; Q6CX80; Q6CXM0; Q6CXT6; Q875N2;	2-233	100.0	116×MG; 4×ZN; 1×GCP; 1×MET;
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Structure of a yeast 48S-AUC preinitiation complex in closed conformation (model py48S-AUC-2.1)	8s8g PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer F2Z602; P09064; P20459; P27069; P32481; P33285; P38912; P69061; Q6CIM1; Q6CJK0; Q6CKL3; Q6CKV4; Q6CLU4; Q6CM04; Q6CM18; Q6CMG3; Q6CN12; Q6CNI7; Q6CNL2; Q6CPG3; Q6CRA3; Q6CRK7; Q6CS01; Q6CTD6; Q6CU44; Q6CUH5; Q6CVZ5; Q6CW21; Q6CW78; Q6CWJ2; Q6CWT9; Q6CWU3; Q6CX80; Q6CXM0; Q6CXT6; Q875N2;	2-233	100.0	116×MG; 3×ZN; 1×GCP; 1×MET;
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Structure of a yeast 48S-AUC preinitiation complex in closed conformation (model py48S-AUC-2.2)	8s8h PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer F2Z602; P09064; P20459; P27069; P32481; P33285; P38912; P69061; Q6CIM1; Q6CJK0; Q6CKL3; Q6CKV4; Q6CLU4; Q6CM04; Q6CM18; Q6CMG3; Q6CN12; Q6CNI7; Q6CNL2; Q6CPG3; Q6CRA3; Q6CRK7; Q6CS01; Q6CTD6; Q6CU44; Q6CUH5; Q6CVZ5; Q6CW21; Q6CW78; Q6CWJ2; Q6CWT9; Q6CWU3; Q6CX80; Q6CXM0; Q6CXT6; Q875N2;	2-233	100.0	116×MG; 3×ZN; 1×GCP; 1×MET;
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Structure of a yeast 48S-AUC preinitiation complex in closed conformation (model py48S-AUC-eIF1)	8s8i PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer F2Z602; P09064; P20459; P27069; P32481; P32911; P33285; P38912; P69061; Q6CIM1; Q6CJK0; Q6CKL3; Q6CKV4; Q6CLU4; Q6CM04; Q6CM18; Q6CMG3; Q6CN12; Q6CNI7; Q6CNL2; Q6CPG3; Q6CRA3; Q6CRK7; Q6CS01; Q6CTD6; Q6CU44; Q6CUH5; Q6CVZ5; Q6CW21; Q6CW78; Q6CWJ2; Q6CWT9; Q6CWU3; Q6CX80; Q6CXM0; Q6CXT6; Q875N2;	2-233	100.0	117×MG; 4×ZN; 1×GCP; 1×MET;
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Yeast 40S-eIF4B - partially open conformation of the 40S head	8i7j PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer F2Z602; P0CX86; P27069; P33285; P69061; Q6CIM1; Q6CJK0; Q6CKL3; Q6CKV4; Q6CLU4; Q6CM04; Q6CM18; Q6CMG3; Q6CN12; Q6CNI7; Q6CNL2; Q6CPG3; Q6CRA3; Q6CRK7; Q6CS01; Q6CTD6; Q6CU44; Q6CUH5; Q6CVZ5; Q6CW21; Q6CW78; Q6CWJ2; Q6CWT9; Q6CWU3; Q6CX80; Q6CXM0; Q6CXT6; Q875N2;	2-233	100.0	2×MG; 3×ZN;
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Structure of a yeast 48S-AUC preinitiation complex in closed conformation (model py48S-AUC-eIF5)	8s8j PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer F2Z602; P09064; P20459; P27069; P32481; P33285; P38431; P38912; P69061; Q6CIM1; Q6CJK0; Q6CKL3; Q6CKV4; Q6CLU4; Q6CM04; Q6CM18; Q6CMG3; Q6CN12; Q6CNI7; Q6CNL2; Q6CPG3; Q6CRA3; Q6CRK7; Q6CS01; Q6CTD6; Q6CU44; Q6CUH5; Q6CVZ5; Q6CW21; Q6CW78; Q6CWJ2; Q6CWT9; Q6CWU3; Q6CX80; Q6CXM0; Q6CXT6; Q875N2;	2-233	100.0	115×MG; 4×ZN; 1×MET; 1×GCP;
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Structure of a yeast 48S-AUC preinitiation complex in swivelled conformation (model py48S-AUC-swiv-…	8s8k PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer F2Z602; P09064; P20459; P27069; P32481; P32497; P32911; P33285; P38912; P69061; Q6CIM1; Q6CJK0; Q6CKL3; Q6CKV4; Q6CLU4; Q6CM04; Q6CM18; Q6CMG3; Q6CN12; Q6CNI7; Q6CNL2; Q6CPG3; Q6CRA3; Q6CRK7; Q6CS01; Q6CTD6; Q6CU44; Q6CUH5; Q6CVZ5; Q6CW21; Q6CW78; Q6CWJ2; Q6CWT9; Q6CWU3; Q6CX80; Q6CXM0; Q6CXT6; Q875N2;	2-233	100.0	96×MG; 4×ZN; 1×GCP; 1×MET;
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CryoEM structure of 40S-eIF1A-eIF1 complex from yeast	3jam PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer F2Z602; P0CX86; P27069; P32911; P33285; P38912; P69061; Q6CIM1; Q6CJK0; Q6CKL3; Q6CKV4; Q6CLU4; Q6CM04; Q6CM18; Q6CMG3; Q6CN12; Q6CNI7; Q6CNL2; Q6CPG3; Q6CRA3; Q6CRK7; Q6CS01; Q6CTD6; Q6CU44; Q6CUH5; Q6CVZ5; Q6CW21; Q6CW78; Q6CWJ2; Q6CWT9; Q6CWU3; Q6CX80; Q6CXM0; Q6CXT6; Q875N2;	2-233	100.0	80×MG; 3×ZN;
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Structure of a yeast 48S-AUC preinitiation complex in closed conformation	8rw1 PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer F2Z602; P09064; P20459; P27069; P32481; P33285; P38912; P69061; Q6CIM1; Q6CJK0; Q6CKL3; Q6CKV4; Q6CLU4; Q6CM04; Q6CM18; Q6CMG3; Q6CN12; Q6CNI7; Q6CNL2; Q6CPG3; Q6CRA3; Q6CRK7; Q6CS01; Q6CTD6; Q6CU44; Q6CUH5; Q6CVZ5; Q6CW21; Q6CW78; Q6CWJ2; Q6CWT9; Q6CWU3; Q6CX80; Q6CXM0; Q6CXT6; Q875N2;	2-233	100.0	115×MG; 3×ZN; 1×GCP; 1×MET;
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Structure of a partial yeast 48S preinitiation complex with eIF5 N-terminal domain (model C2)	6fyy PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer A6ZMK5; A6ZZ25; F2Z602; P06103; P09064; P0CX86; P20459; P27069; P32481; P32497; P33285; P38249; P38431; P38912; P69061; Q6CIM1; Q6CJK0; Q6CKL3; Q6CKV4; Q6CLU4; Q6CM04; Q6CM18; Q6CMG3; Q6CN12; Q6CNI7; Q6CNL2; Q6CPG3; Q6CRA3; Q6CRK7; Q6CS01; Q6CTD6; Q6CU44; Q6CUH5; Q6CVZ5; Q6CW21; Q6CW78; Q6CWJ2; Q6CWT9; Q6CWU3; Q6CX80; Q6CXM0; Q6CXT6; Q875N2;	2-233	100.0	117×MG; 5×ZN; 1×MET; 1×GCP;
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Structure of a partial yeast 48S preinitiation complex with eIF5 N-terminal domain (model C1)	6fyx PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer A6ZZ25; F2Z602; P06103; P09064; P0CX86; P20459; P27069; P32481; P32497; P33285; P38249; P38431; P38912; P40217; P69061; Q6CIM1; Q6CJK0; Q6CKL3; Q6CKV4; Q6CLU4; Q6CM04; Q6CM18; Q6CMG3; Q6CN12; Q6CNI7; Q6CNL2; Q6CPG3; Q6CRA3; Q6CRK7; Q6CS01; Q6CTD6; Q6CU44; Q6CUH5; Q6CVZ5; Q6CW21; Q6CW78; Q6CWJ2; Q6CWT9; Q6CWU3; Q6CX80; Q6CXM0; Q6CXT6; Q875N2;	2-233	100.0	117×MG; 5×ZN; 1×MET; 1×GCP;
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Structure of a partial yeast 48S preinitiation complex in closed conformation	6gsn PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer A6ZZ25; P06103; P09064; P0CX86; P20459; P27069; P32481; P32497; P32911; P33285; P38249; P38912; P40217; P69061; Q6CIM1; Q6CJK0; Q6CKL3; Q6CKV4; Q6CLU4; Q6CM04; Q6CM18; Q6CMG3; Q6CN12; Q6CNI7; Q6CNL2; Q6CPG3; Q6CRA3; Q6CRK7; Q6CS01; Q6CTD6; Q6CU44; Q6CUH5; Q6CVZ5; Q6CW21; Q6CW78; Q6CWJ2; Q6CWT9; Q6CWU3; Q6CX80; Q6CXM0; Q6CXT6; Q875M3; Q875N2;	3-233	100.0	81×MG; 4×ZN; 1×GCP; 1×MET;
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Structure of a partial yeast 48S preinitiation complex in closed conformation	3jap PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer A6ZZ25; F2Z602; P06103; P09064; P0CX86; P20459; P27069; P32481; P32497; P32911; P33285; P38249; P38912; P40217; P69061; Q6CIM1; Q6CJK0; Q6CKL3; Q6CKV4; Q6CLU4; Q6CM04; Q6CM18; Q6CMG3; Q6CN12; Q6CNI7; Q6CNL2; Q6CPG3; Q6CRA3; Q6CRK7; Q6CS01; Q6CTD6; Q6CU44; Q6CUH5; Q6CVZ5; Q6CW21; Q6CW78; Q6CWJ2; Q6CWT9; Q6CWU3; Q6CX80; Q6CXM0; Q6CXT6; Q875N2;	3-233	100.0	81×MG; 4×ZN; 1×MET; 1×GCP;
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Structure of a partial yeast 48S preinitiation complex in open conformation.	6gsm PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer F2Z602; P06103; P09064; P0CX86; P20459; P27069; P32481; P32497; P32911; P33285; P38249; P38912; P40217; P69061; Q04067; Q6CIM1; Q6CJK0; Q6CKL3; Q6CKV4; Q6CLU4; Q6CM04; Q6CM18; Q6CMG3; Q6CN12; Q6CNI7; Q6CNL2; Q6CPG3; Q6CRA3; Q6CRK7; Q6CS01; Q6CTD6; Q6CU44; Q6CUH5; Q6CVZ5; Q6CW21; Q6CW78; Q6CWJ2; Q6CWT9; Q6CWU3; Q6CX80; Q6CXM0; Q6CXT6; Q875N2;	3-233	100.0	1×7NO; 82×MG; 4×ZN; 1×GCP;
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CryoEM structure of a partial yeast 48S preinitiation complex	3j81 PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer F2Z602; P09064; P0CX86; P20459; P27069; P32481; P32911; P33285; P38912; P69061; Q6CIM1; Q6CJK0; Q6CKL3; Q6CKV4; Q6CLU4; Q6CM04; Q6CM18; Q6CMG3; Q6CN12; Q6CNI7; Q6CNL2; Q6CPG3; Q6CRA3; Q6CRK7; Q6CS01; Q6CTD6; Q6CU44; Q6CUH5; Q6CVZ5; Q6CW21; Q6CW78; Q6CWJ2; Q6CWT9; Q6CWU3; Q6CX80; Q6CXM0; Q6CXT6; Q875N2;	19-233	100	81×MG; 3×ZN; 1×MET;
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CryoEM structure of 40S-eIF1-eIF1A preinitiation complex	3j80 PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer F2Z602; P0CX86; P27069; P32911; P33285; P38912; P69061; Q6CIM1; Q6CJK0; Q6CKL3; Q6CKV4; Q6CLU4; Q6CM04; Q6CM18; Q6CMG3; Q6CN12; Q6CNI7; Q6CNL2; Q6CPG3; Q6CRA3; Q6CRK7; Q6CS01; Q6CTD6; Q6CU44; Q6CUH5; Q6CVZ5; Q6CW21; Q6CW78; Q6CWJ2; Q6CWT9; Q6CWU3; Q6CX80; Q6CXM0; Q6CXT6; Q875N2;	20-233	100	67×MG; 3×ZN;
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Structure of the yeast Kluyveromyces lactis small ribosomal subunit in complex with the cricket par…	5it9 PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer P27069; P33285; P69061; Q6CIM1; Q6CJK0; Q6CKL3; Q6CKV4; Q6CLU4; Q6CM04; Q6CM18; Q6CMG3; Q6CN12; Q6CNI7; Q6CNL2; Q6CPG3; Q6CRA3; Q6CRK7; Q6CS01; Q6CTD6; Q6CU44; Q6CUH5; Q6CVZ5; Q6CW21; Q6CW78; Q6CWJ2; Q6CWT9; Q6CWU3; Q6CX80; Q6CXM0; Q6CXT6; Q875M3; Q875N2;	20-233	100	80×MG; 3×ZN;
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1 SWISS-MODEL model

	Template	Oligo-state	QMEANDisCo	Range	Ligands	Trg-Tpl Seq id (%)
	8cah.1.K	monomer	0.79	2-233		92.16
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	Model ID	Oligo-state	Avg pLDDT	Range	Trg-Mdl Seq Id (%)

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

Q6CWD0 (RS3A_KLULA) Kluyveromyces lactis (strain ATCC 8585 / CBS 2359 / DSM 70799 / NBRC 1267 /NRRL Y-1140 / WM37) (Yeast) (Candida sphaerica)

Small ribosomal subunit protein eS1 UniProtKBInterProSTRINGInteractive Modelling

Available Structures

19 Experimental Structures

1 SWISS-MODEL model

Alignments

Background

Resolution

Small ribosomal subunit protein eS1 UniProtKB InterPro STRING Interactive Modelling