[Does a 50-cycle alternating field cause central-nervous effects? (author's transl)].

G Fischer, H Udermann, E Knapp
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Abstract

This project was to provide a further indication for the triggering of central-nervous effects by a 50 - cycle alternating field with a field strength of 5.300 V/m. Previous studies already raised the suspicion of an effector mechanism of this kind: for instance, the nucleus temperature of rats sank under field influence. The same effect is triggered in mice and rats by prescribing centrally stimulating pharmaca. Furthermore, a rise in diastolic blood pressure with a simultaneous drop in heart rate was described for human subjects. We were able to demonstrate the latter effect in laboratory animals (rats). The experiments under consideration resulted in a significant rise in norepinephrine content of the rats' brains following brief exposure of 15 min length. The measured data after 10 d fell highly significantly below those of the untreated controls and remained approximately at this lowered level until the end of field exposure (21 d). Changes in "turn over" of the norepinephrine metabolism of the brain represent an important indicator for the demonstration of the stimulation of central-nervous structures. Our findings therefore substantiate the presented hypothesis of a central-nervous point of attack by electrical energies.

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50周期的交变电场会引起中枢神经效应吗?(作者的transl)]。
本项目旨在进一步说明,以5.300 V/m的50周期交变电场触发中枢神经效应。先前的研究已经提出了这种效应机制的怀疑:例如,大鼠的核温度在电场影响下下降。在小鼠和大鼠身上,同样的效果也可以通过处方中枢刺激药物来触发。此外,人类受试者的舒张压升高同时心率下降。我们能够在实验动物(大鼠)身上证明后一种效果。正在考虑的实验结果是,在短暂暴露15分钟后,大鼠大脑的去甲肾上腺素含量显著上升。10 d后的测量数据显著低于未处理的对照组,并大致保持在这个较低的水平,直到野外暴露结束(21 d)。大脑去甲肾上腺素代谢的“翻转”变化是证明中枢神经结构受到刺激的重要指标。因此,我们的发现证实了电能攻击中枢神经的假设。
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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