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7SAZ

Structure of gldlm, the proton-powered motor that drives type ix protein secretion and gliding motility in capnocytophaga canimorsus

PDB DOI: 10.2210/pdb7saz/pdb

Classification: MOTOR PROTEIN
Organism(s): Actinidia Deliciosa

Deposited: 2021-09-23
Deposition Author(s): Deme, J.C. , Hennell James, R. , Lea, S.M.

Experimental Data Snapshot

Method: ELECTRON MICROSCOPY
Resolution: 3.0 Å

Literature

Structure of gldlm, the proton-powered motor that drives type ix protein secretion and gliding motility in capnocytophaga canimorsus

Deme, J.C. , Hennell James, R. , Lea, S.M.

Primary Citation of Related Structures: 7SAZ


Proteins
Molecule Chains Sequence Length Organism Sequence
GldM A 369 Actinidia Deliciosa MAGGNSPRQKMINLMYLVFISMLALNMGKEVLSAFGLMNEKLEASNEKANNANINAIQALEQNNAENPDQFAEAFQKSKKVKELSDSFYNYIEGIKGEVMNQVGEDKKDYQVMDKSDYLDQKFFVGDNYKPEGEEFVRQINDYKTQLVELLGGKEGTYGELVGKIDGNFNTNDVVDREGVTRKWLNYNFEGFPYIASVAKLSMMQSDIRATEQEVYAEMLKGQLKSQISMTNYTTLLEQSKGAYYQGESFDGAIVLGRKDASTRPNEVELMLDGRKLSASEFQIEDGKVKLKVGAGNAGEHKITGNLYFDQDGKRIAVPVSQVFSTIPKPENLYFQGQFGSWSHPQFEKGGGSGGGSGGGSWSHPQFEK
GldM B 369 Actinidia Deliciosa MAGGNSPRQKMINLMYLVFISMLALNMGKEVLSAFGLMNEKLEASNEKANNANINAIQALEQNNAENPDQFAEAFQKSKKVKELSDSFYNYIEGIKGEVMNQVGEDKKDYQVMDKSDYLDQKFFVGDNYKPEGEEFVRQINDYKTQLVELLGGKEGTYGELVGKIDGNFNTNDVVDREGVTRKWLNYNFEGFPYIASVAKLSMMQSDIRATEQEVYAEMLKGQLKSQISMTNYTTLLEQSKGAYYQGESFDGAIVLGRKDASTRPNEVELMLDGRKLSASEFQIEDGKVKLKVGAGNAGEHKITGNLYFDQDGKRIAVPVSQVFSTIPKPENLYFQGQFGSWSHPQFEKGGGSGGGSGGGSWSHPQFEK
GldL C 228 Actinidia Deliciosa MAQSNKTTKKIFQMAYGIGASIVILGALFKILHWEIDFGGFKLGGGFLLAFGLITEAIIFFISAFEPVEEGYDWSLVYPELVGGEARQNQLVGRGVVSQLSEEDKAIKESLSEKLDNLLAEAQIDANLMHSLSASIQNFAGAAKEIAPVTDAMVSTHKYGEELSMAAAHLESLNSLYKLQLERTENQVSAQAGVVDNLNSLNEQMMSFKDNLKSLNSVYGGMLSAMGK
GldL D 228 Actinidia Deliciosa MAQSNKTTKKIFQMAYGIGASIVILGALFKILHWEIDFGGFKLGGGFLLAFGLITEAIIFFISAFEPVEEGYDWSLVYPELVGGEARQNQLVGRGVVSQLSEEDKAIKESLSEKLDNLLAEAQIDANLMHSLSASIQNFAGAAKEIAPVTDAMVSTHKYGEELSMAAAHLESLNSLYKLQLERTENQVSAQAGVVDNLNSLNEQMMSFKDNLKSLNSVYGGMLSAMGK
GldL E 228 Actinidia Deliciosa MAQSNKTTKKIFQMAYGIGASIVILGALFKILHWEIDFGGFKLGGGFLLAFGLITEAIIFFISAFEPVEEGYDWSLVYPELVGGEARQNQLVGRGVVSQLSEEDKAIKESLSEKLDNLLAEAQIDANLMHSLSASIQNFAGAAKEIAPVTDAMVSTHKYGEELSMAAAHLESLNSLYKLQLERTENQVSAQAGVVDNLNSLNEQMMSFKDNLKSLNSVYGGMLSAMGK
GldL F 228 Actinidia Deliciosa MAQSNKTTKKIFQMAYGIGASIVILGALFKILHWEIDFGGFKLGGGFLLAFGLITEAIIFFISAFEPVEEGYDWSLVYPELVGGEARQNQLVGRGVVSQLSEEDKAIKESLSEKLDNLLAEAQIDANLMHSLSASIQNFAGAAKEIAPVTDAMVSTHKYGEELSMAAAHLESLNSLYKLQLERTENQVSAQAGVVDNLNSLNEQMMSFKDNLKSLNSVYGGMLSAMGK
GldL G 228 Actinidia Deliciosa MAQSNKTTKKIFQMAYGIGASIVILGALFKILHWEIDFGGFKLGGGFLLAFGLITEAIIFFISAFEPVEEGYDWSLVYPELVGGEARQNQLVGRGVVSQLSEEDKAIKESLSEKLDNLLAEAQIDANLMHSLSASIQNFAGAAKEIAPVTDAMVSTHKYGEELSMAAAHLESLNSLYKLQLERTENQVSAQAGVVDNLNSLNEQMMSFKDNLKSLNSVYGGMLSAMGK
Experimental Data

Method: ELECTRON MICROSCOPY

Deposited Date: 2021-09-23
Deposition Author(s): Deme, J.C. , Hennell James, R. , Lea, S.M.