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Response of Animal and Vegetative Cells to the Effect of a Typical Magnetic Storm

机译:动物和营养细胞对典型电磁风暴影响的响应

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摘要

Experimentally reproduced fluctuations of a low-frequency magnetic field in a nanotesla range (magnetic storm) affect the mitosis of animals and vegetative cells. Action of this factor during twenty four hours leads to a significant increase in the proliferative activity of embryo cells in roach (Rutilus rutilus L.) and meristem cells of onion rootlets (Allium cepa). The clastogenic effect statistically confirmed only in the Allium test seems to reflect the species specificity of the response and higher sensitivity of the cell association of the onion meristem to magnetic storm.
机译:实验复制的纳米特斯拉范围内的低频磁场波动(磁暴)会影响动物和营养细胞的有丝分裂。该因子在二十四小时内的作用会导致蟑螂(Rutilus rut​​ilus L.)和洋葱根的分生组织(Allium cepa)中的胚胎细胞的增殖活性显着增加。仅在葱属试验中统计确认的成胶作用似乎反映了响应的物种特异性和洋葱分生组织对磁暴的细胞缔合的更高敏感性。

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