The outer-membrane protein OmpW of Vibrio cholerae was studied with respect to its
structure, functional properties and regulation of expression. On SDS-PAGE, the membrane …

The outer membrane protein OmpU of Vibrio cholerae O1 strain 86B3 was characterized
with reference to colonization of the intestine by the organism. The purified OmpU exhibited …

Vibrio cholerae O1 organisms belonging to different biotypes and serotypes were shown to
express major outer membrane proteins (MOMPs) with subunit molecular masses of 48 to …

Expression of the OmpU outer membrane protein of Vibrio cholerae is positively regulated
by toxR, which also regulates critical virulence factors such as cholera toxin and the toxin …

The OmpU outer membrane protein is a member of the ToxR regulon of Vibrio cholerae and
has recently been shown to be a potential adherence factor for this species. Using PCR and …

Vibrio cholerae causes a severe disease that kills thousands of people annually. The outer
membrane protein OmpU is the most abundant outer membrane protein in V. cholerae, and …

The outer membrane proteins (Omps) are key factors for bacterial survival and virulence.
Among the Omps that have been structurally characterized either by X-ray crystallography or …

The 25‐kDa peptidoglycan‐associated outer‐membrane protein and most likely porin of
Vibrio cholerae is a major immunogenic species. It has been purified by ion‐exchange …

The distribution of genes for an outer membrane protein (OmpW) and a regulatory protein
(ToxR) in Vibrio cholerae and other organisms was studied using respective primers and …

ToxR, the transmembrane regulatory protein required for expression of virulence factors in
the human diarrheal pathogen Vibrio cholerae, directly activates and represses the …