Methods Ictal AEEG monitoring was performed on 53 infants with paroxysmal events during clinical episodes.
方法应用动态脑电图监测仪，对53例婴儿发作性事件进行发作期脑电监测分析。
Methods 11 surgical cases of children with intractable epilepsy and with ictal SPECT were retrospectively investigated.
方法对11例曾经癫痫外科治疗前行发作期SPECT检查的患儿进行了回顾性分析。
Statistically high ei values corresponded to structures involved early in the ictal process and producing rapid discharges at seizure onset.
统计发现，高致癫指数与发作过程早期及发作开始时产生快速放电的结构区有相关性。
Conclusion Seizure could result in the neuronal apoptosis in ictal location and distant area. It might relate to the cause of refractory epilepsy.
结论痫性发作可使痫灶局部和远隔痫灶的神经元凋亡，此可能与顽固性癫痫的成因有关。
Objective The study is to evaluate clinical features, ictal and interictal EEG characteristics in the patients diagnosed as frontal lobe epilepsy.
目的通过录像脑电图观察额叶癫痫的临床特征、发作期及发作间歇期的脑电图特点。
Conclusions Ictal AEEG monitoring has important values for the diagnosis and differential diagnosis in epilepsy and non_epileptic seizures in infant.
结论应用AEEG对发作期脑电活动进行监测分析，有助于婴儿发作性事件的诊断与鉴别诊断。
Conclusion Practically the frontal lobe epilepsy is not so uncommon. Ictal monitoring using video-EEG might be helpful for its diagnosis and treatment.
结论额叶癫痫是一组较为特征性的癫痫综合征，临床并不少见，录像脑电图有助于正确的诊断，以便及时治疗。
Conclusion Practically the frontal lobe epilepsy is not so uncommon. Ictal monitoring using video-EEG might be helpful for its diagnosis and treatment.
结论额叶癫痫是一组较为特征性的癫痫综合征，临床并不少见，录像脑电图有助于正确的诊断，以便及时治疗。
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