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海兔反射的习惯化:外周和中枢神经系统的作用

Habituation of reflexes in Aplysia: contribution of the peripheral and central nervous systems.

作者信息

Peretz B, Jacklet J W, Lukowi K

出版信息

Science. 1976 Jan 30;191(4225):396-9. doi: 10.1126/science.1246622.

Abstract

We studied the contribution of the Aplysia peripheral nervous system, in the siphon and gill, to habituation of the gill withdrawal reflex. After removal of one central ganglion, the parietovisceral, repeated stimulation of the siphon caused habituation of the reflex as it had with the ganglion intact, showing that there is a peripheral pathway between the siphon and gill with competence to mediate habituation. Repeated electrical stimulation of two efferent nerves to the gill, after removal of the parietovisceral ganglion, resulted in habituation of withdrawal movements, which shows that the terminals of the ganglion neurons in the gill are a site of habituation. Also, stimulation of one nerve dishabituates the withdrawal movements elicited by the other. These identify two sites of habituation in the gill in addition to sites in the parietovisceral ganglion.

摘要

我们研究了海兔虹吸管和鳃中的外周神经系统对鳃收缩反射习惯化的作用。去除一个中枢神经节,即内脏神经节后,重复刺激虹吸管会使反射产生习惯化,就如同神经节完整时一样,这表明虹吸管和鳃之间存在一条能够介导习惯化的外周通路。在内脏神经节被去除后,对两条支配鳃的传出神经进行重复电刺激,会导致收缩运动产生习惯化,这表明神经节神经元在鳃中的末梢是习惯化的一个位点。此外,刺激一条神经会使由另一条神经引发的收缩运动去习惯化。这些结果确定了除内脏神经节中的位点外,鳃中还有两个习惯化位点。

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