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脑内注射戊四氮与电点燃的双向转移

Bidirectional transfer of intracerebrally administered pentylenetetrazol and electrical kindling.

作者信息

Cain D P

出版信息

Pharmacol Biochem Behav. 1982 Dec;17(6):1111-3. doi: 10.1016/0091-3057(82)90103-4.

Abstract

Rats were kindled using electrical stimulation or the infusion of pentylenetetrazol (PTZ) in one amygdala, and subsequently rekindled using infusion of PTZ or electrical stimulation, respectively, in the contralateral amygdala. Control rats received infusions of saline into one amygdala, and were subsequently electrically kindled in the contralateral amygdala. The rats that previously had been kindled using one agent kindled significantly more rapidly and displayed significantly stronger generalized seizures when rekindled using the other agent. The results demonstrate that intracerebrally administered PTZ can effectively kindle seizures, and thus that a peripheral change in response to PTZ is not crucial for seizure development. The results also demonstrate that this form of kindling transfers bidirectionally to electrical kindling.

摘要

通过对一侧杏仁核进行电刺激或注入戊四氮(PTZ)使大鼠产生点燃效应,随后分别通过向对侧杏仁核注入PTZ或进行电刺激来再次引发点燃效应。对照大鼠一侧杏仁核注入生理盐水,随后对侧杏仁核进行电刺激点燃。先前用一种方法点燃的大鼠,在用另一种方法再次点燃时,点燃速度明显更快,全身性癫痫发作也明显更强。结果表明,脑内注射PTZ可有效引发癫痫发作,因此,对PTZ反应的外周变化对癫痫发作的发展并非至关重要。结果还表明,这种点燃形式可双向转移至电刺激点燃。

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