Yanaura S, Mineo K, Abe Y
Nihon Yakurigaku Zasshi. 1976 Mar;72(2):237-48.
An attempt was made to induce conflict behavior in rabbits by conditioning under hypothalamic electrical stimulation. Behavioral analysis was performed using our newly devised technique which employs the use of a vibration apparatus fixed to head and waist, and a recording of various behavior. Conditioning was carried out by sensory stimuli flight behavior. Reinforcement was as follows: the CS used was flickering light photic (10 Hz, 10 musec.,) and acoustic (250 Hz, 15 dB) and UCS electrical stimulation (100 Hz, 1 msec., not exceeding 2 v) in the medial hypothalamic area and peri-fornix. The restrained animals were placed on a table in an acoustically isolated room with a discrete monotonous background noise. CRs were obtained within a short time as were responses: (1) During the autonomicsomatic responses, (2) continuous run and (3) non-continuous run. Data obtained during the non-continuous run represent a conflict-induced type of behavior which may be applied in studies related to the psychopharmacological actions of drugs.
尝试通过下丘脑电刺激条件反射诱导兔子出现冲突行为。使用我们新设计的技术进行行为分析，该技术采用固定在头部和腰部的振动装置，并记录各种行为。通过感觉刺激逃避行为进行条件反射。强化如下：所使用的条件刺激（CS）为闪烁光（10赫兹，10微秒）和声音（250赫兹，15分贝），非条件刺激（UCS）为下丘脑内侧区域和穹窿周围的电刺激（100赫兹，1毫秒，不超过2伏）。将受约束的动物放置在隔音室内的桌子上，背景噪音离散且单调。在短时间内获得了条件反应（CRs）以及如下反应：（1）自主神经 - 躯体反应期间，（2）持续奔跑和（3）非持续奔跑。在非持续奔跑期间获得的数据代表一种冲突诱导的行为类型，可应用于与药物心理药理学作用相关的研究。
