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[交变磁场对大鼠条件反应形成与消退的影响]

[Effect of an alternating magnetic field on development and extinction of conditioned responses in rats].

作者信息

Gerth C, Schlykowa L, Thoss F, Drischel H

出版信息

Biomed Biochim Acta. 1983;42(9):1199-204.

PMID:6671004
Abstract

This paper deals with the problem whether there is an effect of extremely low frequency electromagnetic fields on simple learning processes. The conditioned reaction upon an electromagnetic fields on simple learning processes. The conditioned reaction upon an acoustic stimulus (1000 Hz) reinforced by an electric painful stimulus was used. During the conditioning and extinction process 28 adult albino rats were put in a 10 Hz, 0,3 G magnetic field. Their learning and extinction behaviour was compared with that of a control group of 28 rats trained under normal laboratory conditions. The extinction schedule differs significantly between the experimental and control group: The extinction develops faster in the experimental group (p less than 0.05). In connection with the results of other authors our findings are discussed as a general amount of adaptability by the influence of the 10 Hz field.

摘要

本文探讨极低频电磁场对简单学习过程是否存在影响这一问题。采用由电痛刺激强化的对听觉刺激(1000赫兹)的条件反应来研究电磁场对简单学习过程的影响。在条件反射和消退过程中,将28只成年白化大鼠置于10赫兹、0.3高斯的磁场中。将它们的学习和消退行为与在正常实验室条件下训练的28只大鼠组成的对照组进行比较。实验组和对照组的消退时间表存在显著差异:实验组的消退速度更快(p小于0.05)。结合其他作者的研究结果,我们的发现被作为10赫兹磁场影响下的一般适应能力进行了讨论。

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