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脑刺激强度、自我刺激速率与强化强度:通过连锁反应进行的分析

BRAIN-STIMULATION INTENSITY, RATE OF SELF-STIMULATION, AND REINFORCEMENT STRENGTH: AN ANALYSIS THROUGH CHAINING.

作者信息

HAWKINS T D, PLISKOFF S S

出版信息

J Exp Anal Behav. 1964 Jul;7(4):285-8. doi: 10.1901/jeab.1964.7-285.

Abstract

Reinforcement strengths of different intensities of brain stimulation were assessed by means of a two-member behavioral chain. A variable interval schedule of 30 sec was the first-member, and five lever presses, each rewarded with stimulation, was the second. It was found that response rate on the VI schedule continued to increase beyond the intensity value which produced peak rate on the second-member, self-stimulation lever. It was concluded (1) that brain-stimulation reinforcement strength cannot be assessed adequately by means of self-stimulation rate, and (2) the chaining technique employed in the present experiment appears promising as an analytical tool in brain-stimulation research. Finally, some aspects of the data suggested a fatigue or stimulation-adaptation phenomenon.

摘要

通过双成员行为链评估不同强度脑刺激的强化强度。30秒的可变间隔程序为第一成员,五次杠杆按压(每次按压均给予刺激奖励)为第二成员。结果发现,可变间隔程序上的反应率在超过第二成员(自我刺激杠杆)产生峰值反应率的强度值后仍继续上升。得出的结论是:(1)不能通过自我刺激率充分评估脑刺激强化强度;(2)本实验采用的连锁技术作为脑刺激研究的一种分析工具似乎很有前景。最后,数据的某些方面表明存在疲劳或刺激适应现象。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/e9c1/1404244/2706690a25d5/jeabehav00180-0005-a.jpg

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