Objective:To evaluate the diagnostic value of serum neuron specific enolase and Video EEG in Febrile Convulsion of childen. Method:Serum NSE was detected by RIA on the first day and the seventh day after seizure in 40...Objective:To evaluate the diagnostic value of serum neuron specific enolase and Video EEG in Febrile Convulsion of childen. Method:Serum NSE was detected by RIA on the first day and the seventh day after seizure in 40 children with simple febrile convulsion and 18 with complex febrile convulsion. Video EEG was performed at 1st, 7th and 30th day in all the patients. Results: There were significant differences between NSE levels at 24th hour and on 7th day after convulsion (P＜0.01). NSE concentrations in patients with SFC and CFC were also different (P ＜ 0.01). The more slowly NSE restored, the higher the abnormal ratio of EGG was . Conclusion: NSE increased in patients within 24hours after seizure, especially in CFC patients. The abnormal ratio of VideoEEG was related to the change of NSE concentration.展开更多
文摘Objective:To evaluate the diagnostic value of serum neuron specific enolase and Video EEG in Febrile Convulsion of childen. Method:Serum NSE was detected by RIA on the first day and the seventh day after seizure in 40 children with simple febrile convulsion and 18 with complex febrile convulsion. Video EEG was performed at 1st, 7th and 30th day in all the patients. Results: There were significant differences between NSE levels at 24th hour and on 7th day after convulsion (P＜0.01). NSE concentrations in patients with SFC and CFC were also different (P ＜ 0.01). The more slowly NSE restored, the higher the abnormal ratio of EGG was . Conclusion: NSE increased in patients within 24hours after seizure, especially in CFC patients. The abnormal ratio of VideoEEG was related to the change of NSE concentration.
