低地磁环境对生物体的生物效应。

V I Kopanev, G D Efimenko, A V Shakula
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引用次数: 0

摘要

在科技革命的时代,当许多操作员在屏蔽地磁场(GMF) 100倍以上的结构中工作时,这个问题的紧迫性就显现出来了。为了研究低地磁环境对温血生物的影响,研究人员对经过整个胚胎发育并生长到一个月大的兔子进行了一系列实验,这些兔子被置于屏蔽室中,其中GMF减少了600倍。所获得的结果证实,转基因食品的作用是生物体正常发育所必需的。在GMF减少的环境中饲养的动物出现肝脏、心肌和胃肠道的退行性紊乱。结构和能量代谢受到干扰,除了糖酵解外,所研究的酶系统的活性明显受到抑制。实验动物的运动活动发生变化,神经肌肉器官功能不全。实验动物的死亡率在统计学上高于对照组。作者提出了一个问题,即需要对已确定的次地磁环境的影响进行进一步的全面调查。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Biological effect of a hypogeomagnetic environment on an organism.

In an age of a scientific and technical revolution, when many operators work in structures shielding the geomagnetic field (GMF) by a factor of 100 or more, the urgency of this problem is shown. To study the effect of a hypogeomagnetic environment on warm-blooded organisms, series of experiments were conducted on rabbits that passed through entire embryogenesis and grew to an age of one month in a shielded chamber where the GMF was reduced by a factor of 600. The results obtained confirm that the effect of the GMF is needed for normal development of the organism. Degenerative disturbances in the liver, myocardium, and gastrointestinal tract were noted in animals reared in a reduced GMF. Structural and energy metabolism are disturbed, and the marked inhibition of activity of the investigated enzymatic systems, except the glycolytic, is shown. Changes in the motor activity of the experimental animals and insufficiency of the neuromuscular apparatus were revealed. The mortality rate among the experimental animals was statistically higher than for the controls. The authors raise the question of the need for further comprehensive investigations of the established effects of the hypogeomagnetic environment.

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