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海马点燃的发育研究。

Developmental study of hippocampal kindling.

作者信息

Lee S S, Murata R, Matsuura S

机构信息

Department of Pediatrics, Osaka City Perinatal Center, Japan.

出版信息

Epilepsia. 1989 May-Jun;30(3):266-70. doi: 10.1111/j.1528-1157.1989.tb05297.x.

Abstract

The critical susceptibility to seizure in immature hippocampus of rat brain was investigated using the kindling model of epilepsy. Hourly electrical low-intensity stimulations applied to the left dorsal hippocampus of suckling rats induced longer initial AD duration (p less than 0.01) with faster development of kindling seizure than in that of adult rats. In contrast to the marked reduction of wet dog shakes (WDS) in adult rats, in suckling rats persistent and prolonged WDS were observed as kindling progressed. The faster development of hippocampal kindling in suckling rats than in adult rats was explained by the different excitability of the stimulated brain site and the different extent of neural connections in many brain structures, which participate in generalization of seizures arising from a stimulated site.

摘要

利用癫痫点燃模型研究了大鼠脑未成熟海马对癫痫发作的临界易感性。对乳鼠左背侧海马进行每小时一次的低强度电刺激,与成年大鼠相比,诱发的初始后放电持续时间更长(p<0.01),点燃性癫痫发作发展更快。与成年大鼠中湿狗样抖动(WDS)明显减少相反,在乳鼠中,随着点燃的进展观察到持续且延长的WDS。乳鼠海马点燃比成年大鼠发展更快的原因是受刺激脑区的兴奋性不同以及许多参与刺激部位癫痫发作泛化的脑结构中神经连接程度不同。

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