The general secretion pathway of gram-negative bacteria is responsible for extracellular
secretion of a number of different proteins, including proteases and toxins. This pathway …

Extracellular secretion of proteins via the type II or general secretion pathway in gram-
negative bacteria requires the assistance of at least 12 gene products that are thought to …

Gram-negative bacteria use type II secretion systems for the transport of virulence factors
and hydrolytic enzymes through the outer membrane. These sophisticated multi-protein …

The type II secretion (T2S) system is present in many gram-negative species, both
pathogenic and nonpathogenic, where it supports the delivery of a variety of toxins …

The general secretion pathway (GSP) of Vibrio cholerae is required for secretion of proteins
including chitinase, enterotoxin, and protease through the outer membrane. In this study, we …

Vibrio cholerae causes diarrheal disease through colonization of the small intestine. A
critical aspect of V. cholerae pathogenesis is its ability to actively secrete cholera toxin to the …

The type II secretion system is a multi‐protein complex that spans the cell envelope of Gram‐
negative bacteria and promotes the secretion of proteins, including several virulence factors …

The type II secretion system is a macromolecular assembly that facilitates the extracellular
translocation of folded proteins in gram-negative bacteria. EpsE, a member of this secretion …

The Type 2 Secretion System (T2SS), occurring in many Gram-negative bacteria, is
responsible for the transport of a diversity of proteins from the periplasm across the outer …

The type 2 secretion system (T2SS), a multi-protein machinery that spans both the inner and
the outer membranes of Gram-negative bacteria, is used for the secretion of several critically …