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农药和药物对大鼠工作记忆的影响:连续非匹配任务

Effects of pesticides and drugs on working memory in rats: continuous non-match.

作者信息

Heise G A, Hudson J D

出版信息

Pharmacol Biochem Behav. 1985 Oct;23(4):599-605. doi: 10.1016/0091-3057(85)90424-1.

Abstract

Effects of four pesticides (carbaryl, propoxur, chlordimeform, and deltamethrin) and two reference drugs, physostigmine and chlordiazepoxide, were measured on the performance of rats trained on a continuous non-match (CNM) delayed comparison, working memory procedure. These same compounds were also tested in analogous, large and small stimulus difference discrimination (i.e., non working-memory) procedures. The effects of the pesticides and physostigmine on CNM performance were qualitatively similar, and also similar to their effects on discrimination performance. As dosage of these compounds increased, only small effects on accuracy were observed, followed at still larger doses by an abrupt and non-selective decrease in all responding. The pesticides and physostigmine did not selectively affect working memory: the magnitude of their effects did not increase with intertrial interval, and the compounds were equally effective in disrupting discrimination and CNM performance. Effects of chlordiazepoxide on performance in the CNM and discrimination control procedures differed qualitatively from those of the pesticides and physostigmine.

摘要

研究了四种农药(西维因、残杀威、杀虫脒和溴氰菊酯)以及两种参比药物毒扁豆碱和氯氮卓对经连续不匹配(CNM)延迟比较工作记忆程序训练的大鼠行为表现的影响。这些化合物也在类似的、刺激差异大小不同的辨别(即非工作记忆)程序中进行了测试。农药和毒扁豆碱对CNM行为表现的影响在性质上相似,并且与它们对辨别行为表现的影响也相似。随着这些化合物剂量的增加,仅观察到对准确性的微小影响,在剂量进一步增大时,所有反应会突然且非选择性地减少。农药和毒扁豆碱并未选择性地影响工作记忆:其影响程度并未随着试验间隔的增加而增大,并且这些化合物在破坏辨别和CNM行为表现方面同样有效。氯氮卓对CNM和辨别控制程序中行为表现的影响在性质上与农药和毒扁豆碱的影响不同。

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