[抗诱变剂的作用机制。I. 离子醇对不同因素诱导的畸变的修饰作用]
[Mechanism of action of antimutagens. I. ionol modification of aberrations induced by different factors].
作者信息
Alekperov U K, Abutalybov M G, Bagirova A D
出版信息
Genetika. 1976;12(7):41-6.
PMID:1001886
Abstract
The capacity of decreasing the frequency of chromosome aberrations, spontaneous and induced by ionizing radiation (gamma-rays) and alkylating compounds (ethylene imine) was established to be inherent in ionole (2,6-di-tretbutyl-4-methylphenole). Crepis capillaris was used as the experimental material. Ionole was particularly efficient with respect to aberrations induced by ethylene imine. The decrease of the frequency of spontaneous and induced aberrations did not affect their spectrum.
摘要
已确定离子醇（2,6 - 二叔丁基 - 4 - 甲基苯酚）具有降低染色体畸变频率的能力，这些畸变包括自发畸变以及由电离辐射（γ射线）和烷基化化合物（乙烯亚胺）诱导产生的畸变。使用了毛茛作为实验材料。离子醇对于由乙烯亚胺诱导产生的畸变特别有效。自发畸变和诱导畸变频率的降低并未影响其谱型。
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