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Operantly conditioned plasticity and circadian rhythm in rat H-reflex are independent phenomena.

机译:大鼠H反射的可操作调节的可塑性和昼夜节律是独立的现象。

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摘要

Recent studies indicate that rats can increase or decrease H-reflex amplitude in response to an operant conditioning paradigm. In addition, rats also display a circadian rhythm in H-reflex amplitude. As part of the development of H-reflex conditioning in the rat as a new model for defining the plasticity underlying a simple form of learning, this study examined the relationship in the rat between operantly conditioned H-reflex change and the H-reflex circadian rhythm. When H-reflex amplitude increased or decreased in response to the operant conditioning program, its circadian rhythm showed no changes in phase and minimal change in amplitude. Furthermore, animals did not alter daily performance schedule so as to use the rhythm to increase reward probability. Thus, in the rat, H-reflex operant conditioning and the H-reflex circadian rhythm appear to be independent phenomena. The circadian rhythm should not be a significant complicating factor in studies of operantly conditioned H-reflex change.
机译:最近的研究表明,大鼠可以根据操作条件范式增加或减少H反射幅度。此外,大鼠的H反射振幅也有昼夜节律。作为大鼠H反射调节条件发展的一部分,作为定义简单学习形式的可塑性的新模型,本研究研究了大鼠条件调节H反射变化与H反射昼夜节律之间的关系。 。当H反射振幅响应于操作条件程序而增加或减小时,其昼夜节律显示相位无变化,振幅变化最小。此外,动物没有改变日常表演时间表,从而利用节奏来增加奖励概率。因此,在大鼠中,H反射操作条件和H反射昼夜节律似乎是独立的现象。在研究条件性H反射变化中,昼夜节律不应成为重要的复杂因素。

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