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[鲤鱼嗅球次级神经元的电紧张性相互作用]

[Electrotonic interaction of secondary neurons of the carp olfactory bulb].

作者信息

Potapov A A, Gusel'nikova A A

出版信息

Neirofiziologiia. 1976;8(5):490-6.

PMID:980170
Abstract

Responses of the olfactory bulb secondary neurons provoked by olfactory tract electrical stimulation were studied in carp, using the intracellular recording technique. Spike responses in most neurons were identified as antidromic. Values of their latent periods ranged from 2.5 to 55 msec. In addition, two kinds of responses with a constant latent period were revealed: pseudoantidromic spikes and low-amplitude fast depolarizing potentials. It is supposed that both kinds of responses are generated by an antidromic spike of the neighbouring secondary neuron electrotonically coupled with the neuron recorded.

摘要

运用细胞内记录技术,研究了鲤鱼嗅球次级神经元对嗅束电刺激的反应。大多数神经元的锋电位反应被确定为逆向冲动。其潜伏期值范围为2.5至55毫秒。此外,还发现了两种潜伏期恒定的反应:假逆向锋电位和低幅快速去极化电位。据推测,这两种反应都是由与记录的神经元电耦合的相邻次级神经元的逆向锋电位产生的。

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