Search Results - "Petin, V G"

Survival and Genetic Instability of Yeast Cells of Various Genotypes after UV Irradiation by Evstratova, E. S., Korolev, V. G., Petin, V. G., Tolkaeva, M. S.

“…Study of the genetic instability patterns of cells after exposure to UV radiation is an urgent task, since this effect may precede cancer. New experimental…”
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Synergistic ideas in oncology: prospects for practical implementation by Evstratova, E. S., Petin, V. G.

“…The review is devoted to the analysis of the problem of synergistic ideas application in oncology after simultaneous combined application of agents. An example…”
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Patterns of Synergic Interaction Display after Heavy Metals Combined with Hyperthermia or Ionizing Radiation by Tolkaeva, M. S., Filimonova, A. N., Vorobey, O. A., Evstratova, E. S., Petin, V. G.

“…—The objective of this study was to identify the general patterns of synergism display after the simultaneous action of heavy metal salts with ionizing…”
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Involvement of Recovery Processes in the Effects of Radioprotectors at the Cellular and Organismal Levels by Filimonova, M. V., Evstratova, E. S., Makarchuk, V. M., Shevchenko, L. I., Filimonov, A. S., Petin, V. G.

“…A correlation between the effectiveness of the radioprotective action of cysteamine with the radiosensitivity of cells and their ability to recover from…”
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Radiation quality and the shape of dose–effect curves at low doses of ionizing radiation for eukaryotic cells by Petin, V.G., Kapultcevich, Yu.G.

“…•We supposed that cell target structure depends on the stage of cell growth.•Various versions of mathematical model were considered theoretically.•Different…”
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The action of osmolytes on the destructive effect of ionizing radiation, hyperthermia, microwave radiation, and ultrasound by Morozov, I. I., Petin, V. G., Khryachkova, A. V.

“…New data on the influence of osmolytes (NaCl, glycerol) on the destructive effect of ionizing radiation, hyperthermia, microwave radiation and ultrasound were…”
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Optimization and Prognosis of Cell Radiosensitivity Enhancement in vitro and in vivo after Sequential Thermoradiactive Action by Belkina, S V, Petin, V G

“…Previously developed mathematical model of simultaneous action of two inactivating agents has been adapted and tested to describe the results of sequential…”
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INCREASE IN CELL RADIOSENSITIVITY AFTER INHIBITION OF CELL ABILITY TO RECOVER FROM POTENTIALLY LETHAL RADIATION DAMAGE by Evstratova, E S, Petin, V G

“…The paper presents new experimental results demonstrating the recovery of irradiated cells on a nutrient medium, which usually occurs at a delay of cell…”
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Some general regularities of synergistic interaction of hyperthermia with various physical and chemical inactivating agents by Petin, V G, Kim, J K, Zhurakovskaya, G P, Dergacheva, I P

“…Various cellular systems have been analysed for synergistic interactions of the simultaneous action of hyperthermia with physical agents including ionizing…”
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Respiratory mutant and liquid holding recovery inhibition in yeast cells by Evstratova, E.S., Petin, V.G., Pronkevich, M.D.

“…Background: Cell ability to recover from radiation damage is of great relevance in cancer treatment. It is often believed that the inhibition of cell ability…”
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Quantitative evaluation of the parameters of bacterial photoreactivation after exposure to ultraviolet light and ionizing radiation by Kim, JK, Petin, VG, Morozov, II

“…The purpose was to compare quantitatively the parameters of photoreactivation of an ultraviolet (UV) light hypersensitive strain of Escherichia coli Bs-1…”
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Mathematical description of synergistic interaction of hyperthermia and ionizing radiation by Petin, V G, Komarov, V P

“…A simple mathematical model of simultaneous combined action of ionizing radiation and hyperthermia has been proposed. The model suggests that the synergistic…”
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Influence of tonicity and chloramphenicol on hyperthermic cytotoxicity and cell permeability under various heating rates by Morozov, I I, Petin, V G, Dubovick, B V

“…The cell lethality and permeability induced in Escherichia coli B/r, Escherichia coli Bs-1 and Zygosaccharomyces bailii cells by high temperature (52 degrees…”
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Some peculiarities of the sequential action of heat and ionizing radiation on yeast cells by Petin, V G, Kim, J K, Zhurakovskaya, G P, Kim, S H

“…The dependence of the thermal enhancement ratio after a sequential action of heat and ionizing radiation on the dose and dose rate of ionizing radiation as…”
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Quantitative estimation of recovery parameters after combined action of ionizing radiation and chemical agents by Petin, V G, Kim, J K, Evstratova, E S, Komarova, L N

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Phenomenon of Escherichia coli viability reactivation during late periods of culture in salt buffer after ionizing irradiation by Morozov, I I, Petin, V G

“…The experimental showing, that reactivation viability phenomenon of E. coli B/r bacteria in phosphate buffer takes place only after irradiation under certain…”
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The influence of cyclic heating and cooling on Escherichia coli survival by Morozov, I. I., Petin, V. G.

“…Repeated heating and cooling in lethal (2-52 degree C) and nonlethal (2-37 degree C) temperature ranges resulted in cell death of Escherichia coli B/r and E…”
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The recovery parameters of DNA strand breaks of Ehrlich ascites cells after the combined action of ionizing radiation and hyperthermia by Komarova, L N, Petin, V G, Saenko, A S

“…A mathematical model of DNA strand breaks postirradiation repair and the methodology allowing to differentiate the mechanism of inhibition of DNA strand breaks…”
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DNA Repair Does Not Trigger the Genetic Instability of Yeast Cells by Evstratova, E. S., Petin, V. G., Geraskin, S. A.

“…The dependence of the delayed formation of colonies on the dose of ionizing radiation (gamma rays of 60 Co, dose rate of 10 Gy/min) is obtained for six strains…”
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Effect of ionizing irradiation of low intensity on the viability of Escherichia coli bacteria, cultivated in the salt buffer by Morozov, I I, Petin, V G

“…The influence of 60Co gamma-ray irradiation of low intensity (0.35 Gy/min) on the viability of Escherichia coli B/r and Escherichia coli BS-1 bacteria…”
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