Moskvitin E V, Vaulina E N
Institute of General Genetics, USSR Academy of Sciences, Moscow, USSR.
Life Sci Space Res. 1974;12:113-8. doi: 10.1016/b978-0-08-021783-3.50019-2.
The biological effects of vibrational and linear acceleration on the alga Chlorella vulgaris were studied. Periodic vibration in the frequency range of 4-4000 Hz with vibrational acceleration up to 16 g did not affect the survival and mutability of Chlorella cells and did not modify the effects of acute gamma-radiation. However, random vibration similar to that occurring during launch of spaceships, combined with linear acceleration increased the radiation damage to algae produced by acute gamma-radiation at a dose of 10000 r. This effect is seen only in cells at the beginning of the G1 stage, which precedes DNA synthesis.
研究了振动和线性加速度对小球藻的生物学效应。频率范围为4 - 4000 Hz、振动加速度高达16 g的周期性振动不会影响小球藻细胞的存活和突变性,也不会改变急性γ辐射的效应。然而,类似于宇宙飞船发射期间发生的随机振动,与线性加速度相结合,增加了剂量为10000 r的急性γ辐射对藻类产生的辐射损伤。这种效应仅在DNA合成之前的G1期开始阶段的细胞中可见。