STABILIZATION OF PHOTICALLY EVOKED AFTER-DISCHARGE ACTIVITY - CONTROL PROCEDURES AND EFFECTS OF CLASSICAL TRACE CONDITIONING
STABILIZATION OF PHOTICALLY EVOKED AFTER-DISCHARGE ACTIVITY - CONTROL PROCEDURES AND EFFECTS OF CLASSICAL TRACE CONDITIONING
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DOI：
10.1016/s0091-6773(76)91587-x
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发表时间：
1976-01-01
期刊：
影响因子：
--
通讯作者：
SHEARER, DE
中科院分区：
文献类型：
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作者：
BIGLER, ED;FLEMING, DE;SHEARER, DE
在未麻醉清醒大鼠的控制程序进行了量化的稳定化的光诱发后放电（PhAD）在最大化的水平，PhAD的反应进行了比较与其他组件的视觉诱发反应（VER），和习惯化和经典的跟踪条件反射稳定的PhAD活动的影响进行了记录。至少3天的暴露于实验条件是必要的稳定的PhAD爆发的发展。稳定的PhAD反应与其他VER组分的稳定相关。预处理习惯化和后处理习惯化程序（大规模试验消退）导致PhAD振幅随时间增加，随后降低。与跟踪条件反射的尾巴翻转响应，PhAD振幅稳定的条件试验，但随着灭绝。可能有一个最佳水平的唤醒唤起PhAD，显着的激活或放松排除其发生。
In unanesthetized awake rats control procedures were quantified for the stabilization of photically evoked after-discharge (PhAD) at maximized levels, the PhAD response was compared with other components of the visually evoked response (VER), and the effects of habituation and classical trace conditioning on stabilized PhAD activity were documented. At least 3 days of exposure to experimental conditions were necessary for the development of stabilized PhAD bursting. Stabilized PhAD responding was associated with a stabilization in the other VER components. Preconditioning habituation and postconditioning habituation procedures (massed-trial extinction) resulted in an increase followed by a decrease in PhAD amplitude as a function of time. With trace conditioning of a tail-flip response, PhAD amplitude was stabilized over conditioning trials but decreased with extinction. There may be an optimal level of arousal for the evocation of PhAD, with marked activation or relaxation precluding its occurrence.