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Comparative study on metabolic peculiarity in testes and reproductive toxicity induced by different radiators

机译:睾丸的代谢特性与不同辐射源引起的生殖毒性的比较研究

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摘要

The fitted equations to describe the retentions of α radiator ~235U and β ~147Pm as well as γ ~134Cs were obtained respectively. The half life component of ~235U is the longest, T_1/2= 197 d; of ~147Pm is shorter, T_1/2 = 76 d; and of ~134Cs is the shortest, T_1/2 = 5.1 d. For the Rates of sperm abnormality induced by 1 cGy cumulative absorption dose the ration of reproduc- Tive toxicity is α:β:γ= 28:3:1.
机译:得到了拟合方程,分别描述了α辐射体〜235U和β〜147Pm以及γ〜134Cs的保留。 〜235U的半衰期最长,T_1 / 2 = 197 d; 〜147Pm的时间较短,T_1 / 2 = 76 d; 〜134Cs最短,T_1 / 2 = 5.1 d。对于1 cGy累积吸收剂量引起的精子异常发生率,生殖毒性比率为α:β:γ= 28:3:1。

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