Bacterial pathogens survive under two entirely different conditions, namely, their natural
environment and in their hosts. Response of these pathogens to stresses encountered …

Alkaline phosphatase (APase) of Vibrio cholerae is the first monomeric alkaline
phosphatase reported [Roy, NK, Ghosh, RK, Das, J., 1982a. Monomeric alkaline …

Sixteen heat shock proteins (Hsps) have been identified in the hypertoxinogenic strain 569B
of Vibrio cholerae which are synthesized in response to small and large elevations of …

The unprecedented genesis of a novel non-O1 Vibrio cholerae strain belonging to
serogroup O139, which caused an epidemic in late 1992 in the Indian subcontinent, and its …

The multiplication of bacteria in the largely undefined and changing environment of host
tissues is an essential feature of any infection. Bacterial behaviour is determined both by …

A combined physical and genetic map of the genome of the classical O1 hypertoxinogenic
strain 569B of Vibrio cholerae has been constructed. The enzymes NotI, SfiI and CeuI …

Two spontaneous phase variants of Bordetella avium were isolated at a frequency of 2 x 10 (-
4) by colony immunoblot assay of B. avium with antibody against B. avium dermonecrotic …

Choleraphage phi 149 adsorbed irreversibly to Vibrio cholerae biotype el tor cells, and 50%
of the injected phage DNA bound to the cell membrane. Although no infectious centers were …

The intron-encoded enzyme I-Ceu I provides an excellent tool for rapidly examining the
organization of genomes of related species of bacteria. Vibrio cholerae strains belonging to …

The lack of an efficient transformation system in Vibrio cholerae was a handicap in the
genetic manipulation of this important human pathogen. Since V. cholerae cells secrete …