[动物个体发育的多选择性在电离辐射后果评估中的作用]。

E B Grigorkina, G V Olenev
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引用次数: 0

摘要

考虑了小型哺乳动物个体发育的多替代性(个体在个体发育的不同途径中的归属)在电离辐射效应估计中的作用。结果表明,急性(实验室实验)和慢性(居住在乌拉尔东部放射性痕量区)电离辐射对啮齿动物的生物学影响显著取决于个体在个体发生途径中的归属。揭示了人群对急性和慢性辐照反应的特异性。结论是,在对局部技术污染区小型啮齿动物的任何生物学参数进行分析时,有必要在广泛的调查中考虑个体在个体发育途径中的归属。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
[Role of polyalternativeness of animals' ontogeny development in the estimation of ionizing radiation consequences].

The role of polyalternativeness of small mammals' ontogeny development (belongings of individuals to alternative pathways of the ontogeny development) in the estimation of effects of ionizing radiation is considered. It is shown that biological consequences of acute (laboratory experiment) and chronic (inhabiting the Eastern Urals Radioactive Trace zone) ionizing radiation in rodents significantly depend on the belonging of individuals to the pathway of ontogeny. Specificity of the response of the population to acute and chronic irradiation is revealed. It is concluded that it is necessary to take into account the belonging of individuals to the pathway of ontogeny development in a wide spectrum of investigations at the analysis of any biological parameters in small rodents in the zones of local technogenic contamination.

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