Search Results - "Ziuzina, V P"

Endotoxin tolerance of mice to the effect of lipopolysaccharide and lipopolysaccharide-mice toxin complex of virulent strain Yersinia pestis 231 by Ziuzina, V P, Demidova, G V, Sokolova, E P, Psiukova, N I, Bespalova, I A, Borodina, T N, Tynianova, V I

“…Comparative study of the effect of endotoxin tolerance of mice to the effect of lipopolysaccharide (LPS37) and complex of lipopolysaccharide with mice toxin…”
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Effect of Yersinia pestis EV 76 lypopolysaccharides with different levels of toxicity on dynamics of TNF-alpha and INF-gamma synthesis by human monocytes by Sokolova, E P, Demidova, G V, Ziuzina, V P, Alekseeva, L P, Bespalova, I A, Tynianova, V I

“…AIM. To study dynamics of synthesis of TNF-alpha and INF-gamma by cell line U-937 human monocytes under the effect of Yersinia pestis EV 76 lypopolysaccharides…”
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Toxicity and cytokine-inducing activity of lipopolysaccharide of virulent Yersinia pestis 231 strain by Sokolova, E P, Demidova, G V, Ziuzina, V P, Borodina, T N, Bespalova, I A, Alekseeva, L P, Tynianova, V I

“…Determine correlation between toxicity and cytokine inducing activity of parent and conformation modified forms of lipopolysaccharides (LPS) of virulent…”
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Toxicity of Yersinia pestis EV76 lipopolysaccharides for mice sensitized by D-galactosamine by Demidova, G V, Ziuzina, V P, Sokolova, E P, Borodina, T N, Bespalova, I A, Pasiukova, N I, Tyn'ianova, V I

“…To study toxicity of lipopolysaccharides (LPS28 and LPS 37) of Yersinia pestis for mice sensitized by D-galactosamine (D-GalN). LPS were obtained by the…”
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An increase in the virulence of Yersinia pestis bacteria when the cells are incubated in hemolyzed human erythrocytes by Kravtsov, A N, Tynianova, V I, Ziuzina, V P

“…The incubation of Y. pestis, the causative agent of plague, in hemolyzed human red blood cells at 37 degrees C for 3 hours enhanced the virulence of vaccine…”
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The utilization of heme iron by Yersinia pestis in human blood and blood sera by Kravtsov, A N, Ziuzina, V P, Tynianova, V I

“…Y. pestis, the causative agents of plague, have been found to be incapable of using heme iron bound to haptoglobin and hemopexin complexes in human blood and…”
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Utilization of hemoglobin by the plague microbe by Kravtsov, A N, Ziuzina, V P, Tynianova, V I

“…Hemin and hemoglobin are found to be adequate sources of iron for growth of Yersinia pestis. The mechanism of their assimilation is similar and consists of…”
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The activation of Yersinia pestis "murine" toxin and endotoxin by hemolyzed erythrocytes from mammalian blood by Tynianova, V I, Demidova, G V, Ziuzina, V P, Bespalova, I A, Kubantseva, E P, Goncharov, E K, Pasiukova, N I

“…Y. pestis "mouse" toxin and endotoxin have been found to be capable of being activated with hemolyzed mammalian red blood cells. The LD50 of the activated…”
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Attempt at detecting the systems of host specificity in the bacterial causative agents of plague by Demidova, G V, Ziuzina, V P, Tynianova, V I

“…An attempt at revealing the system of host specificity in Y. pestis by the methods of transformation and conjugation has been made. No endonuclease restriction…”
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Characteristics of the process of transferrin iron utilization by Yersinia pestis at various incubation temperatures by Tianianova, V I, Ziuzina, V P, Demidova, G V, Kravtsov, A N

“…The study has revealed that for the utilization of iron contained in transferrin the direct contact of Y. pestis with this metalloprotein is necessary. At 28…”
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Role of iron in Yersinia pestis multiplication in normal mammalian blood sera by Kravtsov, A N, Khodova, V A, Ziuzina, V P, Tynianova, V I, Rublev, B D

“…Y. pestis multiply in normal blood sera of susceptible and nonsusceptible animals at 28 degrees C, while at 37 degrees C bacteriostasis has been registered…”
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The modifying action of normal human blood serum on vaccinal EV76 and virulent 363(1/1479) strains of Yersinia pestis by Ziuzina, V P, Tynianova, V I, Kravtsov, A N, Khodova, V A

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DNA-methyltransferase of the plague microbe by Demidova, G V, Skopich, A A, Ziuzina, V P, Tynianova, V I

“…DNA-methyltransferases of Yersinia pestis EV, plague agent bacteria were isolated by P-II phosphocellulose chromatography. The methylating activity is eluated…”
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The utilization of iron of various substrates by Yersinia pestis by Kravtsov, A N, Rublev, B D, Khodova, V A, Ziuzina, V P, Tynianova, V I

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