-transparent.png){kind=logo}
The method for the determination of the number of cells synthetizing antibodies to S. flexneri VI O-antigen in the spleen of mice has been developed. Primary immune response to this antigen has been studied with the use of the new method. Immune response to the optimum immunogenic dose of O-antigen has a manifest variable character. The intensity of primary immune response has been shown to rise with the increase of the dose of O-antigen from 0.004 to 50 micrograms. The preliminary injection of 200 micrograms of O-antigen, followed by the injection of cyclophosphamide 2 days later, leads to the development of specific immunological tolerance to O-antigen in experimental animals.
E I Rubakova, and
G P Ermakov, and
L N Fontalin, and
V G Nesterenko, and
Iu A Belaia
July 2013,
Zhonghua liu xing bing xue za zhi = Zhonghua liuxingbingxue zazhi,
E I Rubakova, and
G P Ermakov, and
L N Fontalin, and
V G Nesterenko, and
Iu A Belaia
April 2022,
Journal of bacteriology,
E I Rubakova, and
G P Ermakov, and
L N Fontalin, and
V G Nesterenko, and
Iu A Belaia
January 2000,
Trends in microbiology,
E I Rubakova, and
G P Ermakov, and
L N Fontalin, and
V G Nesterenko, and
Iu A Belaia
January 2002,
Journal of applied microbiology,
E I Rubakova, and
G P Ermakov, and
L N Fontalin, and
V G Nesterenko, and
Iu A Belaia
June 1998,
Molecular microbiology,
E I Rubakova, and
G P Ermakov, and
L N Fontalin, and
V G Nesterenko, and
Iu A Belaia
April 2003,
FEMS microbiology letters,
E I Rubakova, and
G P Ermakov, and
L N Fontalin, and
V G Nesterenko, and
Iu A Belaia
July 2023,
Oman medical journal,
E I Rubakova, and
G P Ermakov, and
L N Fontalin, and
V G Nesterenko, and
Iu A Belaia
February 1970,
Biochimica et biophysica acta,
E I Rubakova, and
G P Ermakov, and
L N Fontalin, and
V G Nesterenko, and
Iu A Belaia
February 1970,
Biochimica et biophysica acta,
E I Rubakova, and
G P Ermakov, and
L N Fontalin, and
V G Nesterenko, and
Iu A Belaia
November 2012,
Microbiology (Reading, England),
