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运动诱发癫痫发作时的夜间睡眠脑电图及脑脊液单胺类物质

Overnight sleep EEG and cerebrospinal fluid monoamines in seizures induced by movement.

作者信息

Fukuyama Y, Ochiai Y, Hayakawa T, Miyagawa F

出版信息

Neuropadiatrie. 1979 May;10(2):138-49. doi: 10.1055/s-0028-1085320.

Abstract

Clinical, electrical and biochemical studies in an eight years old boy with movement-induced seizures were reported. The attack was usually triggered by sudden initiation of movement, but rarely occurred without any apparent movement. Repeated jumping provoked attacks constantly, which was recorded cinematographically. No abnormality was found either in ictal or interictal EEGs. Haloperidol aggravated the condition, but 1-DOPA had no effect, while DPH (100 mg/day) controlled attacks perfectly with the serum DPH concentration of just 2.0 ug/dl. In overnight sleep analysis, sleep rhythms and characters of REM sleep were not differed significantly from the standard. After DPH therapy, stabilization of sleep in general was noticed; that is, total sleep time prolonged, number of sleep stages decreased and interrupting awakening disappeared. Probenecid loading test revealed that 5-HIAA was normal, HVA high, and large amount of octopamine was detected in CSF.

摘要

报告了一名8岁患有运动诱发性癫痫男孩的临床、电生理和生化研究情况。发作通常由突然开始运动引发,但极少在无明显运动时发作。反复跳跃可不断诱发发作,这已通过电影摄影记录下来。发作期和发作间期脑电图均未发现异常。氟哌啶醇会使病情加重,但左旋多巴无效,而苯妥英(100毫克/天)能完美控制发作,血清苯妥英浓度仅为2.0微克/分升。在夜间睡眠分析中,睡眠节律和快速眼动睡眠特征与标准情况无显著差异。苯妥英治疗后,总体睡眠趋于稳定;即总睡眠时间延长,睡眠阶段数量减少,觉醒中断消失。丙磺舒负荷试验显示,脑脊液中5-羟吲哚乙酸正常,高香草酸升高,且检测到大量章鱼胺。

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