Dosimetric support of biological experiments on an example of lettuce seeds exposed on Bion-M1 biological satellite

O. A. Ivanova, Natalya G. Platova, R. Tolochek, V. Shurshakov
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Abstract

The cytogenetic characteristics of Lactuca sativa lettuce seeds exposed in a package located inside the Bion-M1 biosatellite were studied. The absorbed dose according to solid-state dosimeters placed inside the package was 58 ± 3 mGy. There was a significant (p ≤ 0,001) increase in the percentage of cells with chromosome aberrations, cells with multiple aberrations, as well as the percentage of chromosomal bridges and fragments; the percentage of chromatid bridges and fragments was not significantly increased. At the same time, the seed vigor and germinating ability of the flight samples remain at the control level of 99–100 %.
以Bion-M1生物卫星上暴露的生菜种子为例进行生物实验的剂量学支持
研究了Bion-M1生物卫星内包埋莴苣种子的细胞遗传学特性。根据包装内放置的固体剂量计测定的吸收剂量为58±3 mGy。染色体畸变细胞百分比、多重畸变细胞百分比、染色体桥和染色体片段百分比显著(p≤0.001)增加;染色单体桥和片段的比例没有显著增加。同时,飞行样品的种子活力和发芽能力保持在99 ~ 100%的对照水平。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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