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 …

Three strains of Vibrio cholerae differing in biotype, serotype and/or toxinogenicity were
studied. The capability for dark repair of DNA and stability of alkaline phosphatase …

Choleraphage phi 149 differentiates the two biotypes, classical and el tor, of Vibrio cholerae.
This phage cannot replicate in V. cholerae biotype el tor cells because the concatemeric …

Choleraphage φ149 DNA is a linear double-stranded molecule 69× 10 6 Da or 104 kilobase
pairs (kbp). From restriction enzyme analysis, it has been concluded that the DNA is …

A library containing more than 80% of the Vibrio cholerae genome was constructed by
cloning Bam H1 restriction fragments into pBR322. Using interspecific complementation of …

Choleraphage phi 138 contains a linear, double-stranded, circularly permuted DNA
molecule of 30 X 10 (6) daltons or 45 kilobase pairs. Upon infection, the host DNA is …

The mutL and mutS genes of Vibrio cholerae have been identified using interspecific
complementation of Escherichia coli mutL and mutS mutants with plasmids containing the …

A radiation-sensitive mutant of the hypertoxinogenic strain 569B of Vibriocholerae was
isolated and characterized. The mutant, designated V. cholerae 569B s, lacks both excision …

A synthetic medium for choleraphage φ149 growth, in which the concentration of phosphate
ions plays a significant role, has been defined. Upon infection, choleraphage φ149 DNA …

The synthesis of alkaline phosphatase by two strains of Vibrio cholerae belonging to the
Inaba and Ogawa serotypes has been examined in relation to the phosphate concentration …