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在诱饵回避范式中,将杏仁核的电刺激作为条件刺激。

Electrical stimulation of the amygdala as a conditioned stimulus in a bait-shyness paradigm.

作者信息

Phillips A G, LePiane F G

出版信息

Science. 1978 Aug 11;201(4355):536-8. doi: 10.1126/science.663673.

Abstract

Animals receiving low-intensity electrical stimulation of the basolateral nucleus of the amygdala while drinking plain tap water were injected with toxic doses of lithium chloride to examine whether brain stimulation can serve as a conditioned stimulus in a bait-shyness paradigm. Subjects receiving this pairing greatly reduced their water intake in a retention test, in a similar manner to a group in which saccharin was paired with poisoning. Pairing lithium chloride with stimulation of the amygdala had no effect on subsequent water intake in the absence of brain stimulation. This effect appears to be locus specific, as caudate stimulation could not serve as a conditioned stimulus.

摘要

在给饮用普通自来水的动物进行杏仁核基底外侧核的低强度电刺激时,注射有毒剂量的氯化锂,以检验脑刺激是否能在诱饵回避范式中作为条件刺激。接受这种配对的实验对象在记忆测试中饮水量大幅减少,其方式与糖精与中毒配对的一组相似。在没有脑刺激的情况下,将氯化锂与杏仁核刺激配对对后续饮水量没有影响。这种效应似乎具有位点特异性,因为尾状核刺激不能作为条件刺激。

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