[Optimization and Prognosis of Cell Radiosensitivity Enhancement in vitro and in vivo after Sequential Thermoradiactive Action].

S V Belkina, V G Petin
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Abstract

Previously developed mathematical model of simultaneous action of two inactivating agents has been adapted and tested to describe the results of sequential action. The possibility of applying the mathematical model to the interpretation and prognosis of the increase in radio-sensitivity of tumor cells as well as mammalian cells after sequential action of two high temperatures or hyperthermia and ionizing radiation is analyzed. The model predicts the value of the thermal enhancement ratio depending on the duration of thermal exposure, its greatest value, and the condition under which it is achieved.

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[序贯热辐射作用后体外和体内细胞放射敏感性增强的优化和预后]。
先前开发的两种灭活剂同时作用的数学模型已被改编和测试,以描述顺序作用的结果。分析了将数学模型应用于肿瘤细胞和哺乳动物细胞在两次高温或热疗和电离辐射连续作用后放射敏感性增加的解释和预测的可能性。该模型预测热增强比的值取决于热暴露的持续时间、热增强比的最大值和达到热增强比的条件。
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