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[50赫兹电场对大鼠组织中铜、钼、铁和锰代谢的影响]

[Metabolism of copper, molybdenum, iron and manganese in rat tissues as affected by 50 Hz electric field].

作者信息

Gabovich R D, Koziarin I P, Mikhaliuk I A, Fesenko L D

出版信息

Ukr Biokhim Zh (1978). 1978 Mar-Apr;50(2):206-11.

PMID:664033
Abstract

The influence of the electric field of commerical frequency on metabolism and interorgan distribution of copper, molybdenum, iron and manganese was studied in the 4-month experiment on animals with their daily 30-minute exposition. The electric field intensity was 7.12 and 15 kV/m. The electric field effect on the animals is established to decrease excretion of trace elements with excrements and their accumulation in the organism, espically in the executive organs: spleen, brain, myocardium. These changes are considered as adaptive responses of the organism to the effect of the given factor. Changes in distribution of trace elements between the tissues of different organs proved to be a rather sensitive indicator to the electric field effect.

摘要

在一项为期4个月的动物实验中,研究了工频电场对铜、钼、铁和锰代谢及器官间分布的影响,动物每天暴露于电场30分钟。电场强度分别为7.12 kV/m和15 kV/m。已证实电场对动物的影响是减少微量元素随粪便的排泄及其在机体中的积累,尤其是在执行器官:脾脏、大脑、心肌中。这些变化被认为是机体对给定因素作用的适应性反应。不同器官组织间微量元素分布的变化被证明是对电场效应相当敏感的指标。

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