Changes in ATPase activity of tissues induced by combined irradiation of an organism in a state of thermal stress. [/sup 85/Kr, x radiation, rats]
V. B. Matyushichev, V.R. Taratukhin, В. Г. Шамратова, L.N. Kraeva
Abstract
V. B. Matyushichev, V.R. Taratukhin, В. Г. Шамратова, L.N. Kraeva
Abstract
Rats were exposed to /sup 85/Kr beta radiation, x radiation, and hyperthermia. The rats were killed at intervals up to 26 days later, and the ATPase activity of the brain and liver was assayed. The tabulated results show that there was organ specificity of the ATPase activity in response to effects of radiation and heat. (HLW)
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Rats were exposed to /sup 85/Kr beta radiation, x radiation, and hyperthermia. The rats were killed at intervals up to 26 days later, and the ATPase activity of the brain and liver was assayed. The tabulated results show that there was organ specificity of the ATPase activity in response to effects of radiation and heat. (HLW)
Key concepts: Irradiation, Hyperthermia, Radiation, Radiochemistry, Chemistry, ATPase, Ionizing radiation, Heat stress