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[重负荷引起适应障碍时动物体内铁、铜和锰含量的变化]

[Changes in the content of iron, copper and manganese in animals during disadaptation caused by heavy loads].

作者信息

Rusin V Ia, Nasolodin V V, Vorob'ev V A, Khrustaleva T N, Gladkikh I P

出版信息

Nauchnye Doki Vyss Shkoly Biol Nauki. 1989(2):51-5.

PMID:2730935
Abstract

The exchange of microelements in the animal organisms under the influence of overtraining with static loads has been studied. In chronic experiments on 11 male dogs of impure-breed by the method of emission spectral analysis it has been established that the heavy physical loads cause the decrease of iron content in blood and a simultaneous reduction of the iron content and, partially, copper and manganese content in the internal organs of animals. The addition of microelements to the usual food allowance promotes the faster restoring of the violated microelement balance and animals' capacity for work.

摘要

研究了在静态负荷过度训练影响下动物机体中微量元素的交换情况。通过发射光谱分析方法,对11只杂种雄性犬进行的慢性实验表明,高强度体力负荷会导致血液中铁含量降低,同时动物内脏中铁含量以及部分铜和锰含量也会减少。在常规食物配给中添加微量元素有助于更快恢复被破坏的微量元素平衡以及动物的工作能力。

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