Search Results - "Varvashevich, T N"

Various approaches to studying molecular-genetic mechanisms of low-temperature adaptation of microbial populations by Kovtun, G Iu, Varvashevich, T N, Nikiforova, L S

“…The effect of biologically low temperature (12 degrees C) on the parameters of microbial population such as survival, catalase activity and its isoenzyme…”
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Fermentative mechanisms of the psychrophilicity of Yersinia tuberculosis by Somov, G P, Varvashevich, T N

“…The specific activity of urease, nitrogenase, hialuronidase and neuraminidase in Y. pseudotuberculosis grown in different culture media and at different…”
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The effect of low temperature on the virulence of pathogenic bacteria by Somov, G P, Varvashevich, T N

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Phenotypic variability of the causative agent of pseudotuberculosis and its reflection in the immune response by Besednova, N N, Varvashevich, T N, Dzadzieva, M F

“…The avirulent rough form of Y. pseudotuberculosis has been shown to be a weak antigen, not stimulating antibody formation, quickly destroyed in phagocytes and…”
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Determination of serum ammonia and urea in Far Eastern scarlatina-like fever as an auxiliary method of early diagnosis by Varvashevich, T N, Matiiash, V V

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A method of determining the catalase activity of bacteria by Varvashevich, T N, Nikiforova, L S, Bogomazova, T V

“…An iodine-starch method has been developed for the detection of catalase in bacteria and for measuring this enzyme's activity. The method is based on potassium…”
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Heterogeneity of the population of pseudotuberculosis microbe cultures by Varvashevich, T N, Dzadzieva, M F, Somov, G P

“…Use of the method of oblique illumination of the colonies permitted to detect four variants of pseudotuberculosis microbe differing by the character of…”
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Exoenzymes of Yersinia pseudotuberculosis by Sidorova, V E, Varvashevich, T N, Timchenko, N F

“…Pseudotuberculous microbe produced (in natural medium, at 10-14 degrees) toxins and exoenzymes, pathogenic effect of which was studied in experimental…”
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The possible mechanisms of the adaptation of microbial populations to low positive temperatures by Varvashevich, T N, Kovtun, G Iu, Nikiforova, L S, Sidorova, V E, Bogomazova, T V

“…Biologically low temperature was studied for its effect on the survival of populations and their biochemical and molecular-genetical state. The research was…”
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Characteristics of the dissociation variability of pseudotuberculosis bacterium by Varvashevich, T N, Dzadzieva, M F, Somov, G P

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Selection of antigens for constructing immunoenzyme test systems for pseudotuberculosis by Sidorova, V E, Bagriantsev, V N, Shubin, F N, Varvashevich, T N

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