General secretion pathway protein
From Proteopedia
Revision as of 07:25, 5 May 2020 by Jaime Prilusky (talk | contribs)
FunctionGeneral secretion pathway proteins (Eps) are used by gram-negative pathogenic bacteria to transport their virulence factors outside of the cell via type II secretion system or T2SS. Examples are the transport of cholera toxin by Vibrio cholerae and exotoxin A by Pseudomonas aeruginosa[1]. In Pseudomonas aeruginosa the Eps are named Xcp. EpsG,H,I,J,K are named PulG, PulH, PulI, PulJ, PulK. See Pseudopilin. Structural highlightsThe 3D structure of the bacterial core shows a 15-fold rotationally symmetric PulD called secretin which inserts into the cell membrane and enables conductance of substrate intothe external environment[2].
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3D structures of general secretion pathway protein
Updated on 05-May-2020
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- General secretion pathway protein AB
- Pseudopilin - VvEpsD residues 326-584 - Vibrio vulnificus
- Pseudopilin - VvEpsD residues 326-584 - Vibrio vulnificus
- General secretion pathway protein B
- 4wfw - DdEpsB residues 112-201 - Dickeya dadantii
- 4wfw - DdEpsB residues 112-201 - Dickeya dadantii
- General secretion pathway protein C
- General secretion pathway protein C+D+S
- 6hcg - KpEpsC + EpsD + EpsS - Klebsiella pneumoniae - Cryo EM
- 6hcg - KpEpsC + EpsD + EpsS - Klebsiella pneumoniae - Cryo EM
- General secretion pathway protein D
- General secretion pathway protein E
- General secretion pathway protein E+L
- 2bh1 - VcEpsE residues 1-96 + VcEpsL residues 5-246
- 2bh1 - VcEpsE residues 1-96 + VcEpsL residues 5-246
- General secretion pathway protein F
- General secretion pathway protein L
- General secretion pathway protein M
- 1uv7 - VcEpsM periplasmic domain 65-165
- 1uv7 - VcEpsM periplasmic domain 65-165
- General secretion pathway protein G,H,I,J,K see Pseudopilin