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一个已识别的神经元(CPR)在海兔中引发反映食物唤醒的神经元反应。

An identified neuron (CPR) evokes neuronal responses reflecting food arousal in Aplysia.

作者信息

Teyke T, Weiss K R, Kupfermann I

机构信息

Center for Neurobiology and Behavior, College of Physicians and Surgeons, Columbia University, New York, NY 10032.

出版信息

Science. 1990 Jan 5;247(4938):85-7. doi: 10.1126/science.2294596.

Abstract

Feeding behavior of Aplysia is associated with an arousal state characterized by a constellation of maintained behaviors and by a potentiation or depression of responses to specific stimuli. A neuron (the cerebral-pedal regulator or CPR) that has widespread actions on various systems connected with feeding has been identified. CPR excites neurons that modulate or drive (i) body posture, (ii) biting, and (iii) cardiovascular behaviors. CPR also inhibits neurons concerned with defensive responses. Food stimuli, which elicit food arousal in the animal, produce prolonged excitation of the CPR. The results suggest that the CPR may evoke a central motive state representing the neuronal correlate of feeding motivation.

摘要

海兔的进食行为与一种觉醒状态相关,这种觉醒状态的特征是一系列持续的行为以及对特定刺激反应的增强或抑制。已识别出一个对与进食相关的各种系统具有广泛作用的神经元(脑 - 足调节器或CPR)。CPR可兴奋调节或驱动以下方面的神经元:(i)身体姿势,(ii)咬食,以及(iii)心血管行为。CPR还抑制与防御反应相关的神经元。能在动物中引发食物觉醒的食物刺激会使CPR产生长时间的兴奋。结果表明,CPR可能引发一种代表进食动机神经元关联的中枢动机状态。

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