-transparent.png){kind=logo}
V. cholerae strain VT5104 capable of donor activity in conjugation has been constructed by the genetic technique based on plasmid RP4::Mucts62 integration into V. cholerae chromosome due to plasmid homology with Mucts62 inserted into the chromosome. The gene for histidine synthesis has been mobilized and transferred into the recipient cells from VT5104 donor. The conjugants obtained are able to efficiently transfer his+ gene included into the plasmid structure in conjugation with eltor recipient. Thus, the constructed strain VT5104 generates R' plasmids carrying V. cholerae chromosomal genes.
Related Publications
O Iu Rusina, and
I G Tiganova, and
G I Aleshkin, and
I V Andreeva, and
A G Skavronskaia
June 1980,
The Keio journal of medicine,
O Iu Rusina, and
I G Tiganova, and
G I Aleshkin, and
I V Andreeva, and
A G Skavronskaia
January 1983,
Microbiology and immunology,
O Iu Rusina, and
I G Tiganova, and
G I Aleshkin, and
I V Andreeva, and
A G Skavronskaia
May 1975,
Journal of clinical pathology,
O Iu Rusina, and
I G Tiganova, and
G I Aleshkin, and
I V Andreeva, and
A G Skavronskaia
April 1977,
Antimicrobial agents and chemotherapy,
O Iu Rusina, and
I G Tiganova, and
G I Aleshkin, and
I V Andreeva, and
A G Skavronskaia
January 1996,
Tropical gastroenterology : official journal of the Digestive Diseases Foundation,
O Iu Rusina, and
I G Tiganova, and
G I Aleshkin, and
I V Andreeva, and
A G Skavronskaia
September 1974,
Journal of clinical pathology,
O Iu Rusina, and
I G Tiganova, and
G I Aleshkin, and
I V Andreeva, and
A G Skavronskaia
January 1971,
Medecine tropicale : revue du Corps de sante colonial,
O Iu Rusina, and
I G Tiganova, and
G I Aleshkin, and
I V Andreeva, and
A G Skavronskaia
June 1977,
Antimicrobial agents and chemotherapy,
O Iu Rusina, and
I G Tiganova, and
G I Aleshkin, and
I V Andreeva, and
A G Skavronskaia
October 1985,
Journal of general microbiology,
O Iu Rusina, and
I G Tiganova, and
G I Aleshkin, and
I V Andreeva, and
A G Skavronskaia
March 1981,
Nihon saikingaku zasshi. Japanese journal of bacteriology,
