1. The time of epileptiform discharges were mainly during sleeping (83. 3%).
痫样放电时间以睡眠期为主，占83、3%。
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2. The cooling control epileptiform discharge researches were reviewed here.
本文对冷却处理控制样放电的研究进展予以综述。
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3. OBJECTIVE: to analyze and discuss the mechanism and influencing factors associated with epileptiform seizure induced by penicillin.
目的：探讨青霉素诱发癫痫样发作的作用机制及影响因素。
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4. Conclusions: the frequency of clinical seizures and the epileptiform discharges during wakefulness and sleep were basically identical.
结论：颞叶癫痫的临床发作频率和痫样放电频率在清醒和睡眠时期基本相等。
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5. Conclusion the sleep EEG may be very efficient in improving the obtained rate of epileptiform wave and further defining the seizure type.
结论睡眠脑电图对提高样放电的检出率和进一步明确癫发作类型有重要意义。
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6. Objectives to investigate the clinical features and the related risk factors of subclinical epileptiform discharges in children with cerebral palsy.
目的探讨脑性瘫痪患儿伴发临床下癫样放电的临床特征及相关危险因素。
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7. The abnormal EEGs mainly showed diffuse slow waves in 22 patients, slow waves localized in one hemi - sphere in 34, epileptiform discharges in 49 patients.
8. RESULTS: the amplitude of the evoked potential and the frequency and amplitude of the epileptiform discharges in cerebral cortex were partially restrained.
9. Objective To observe the effects of epileptiform discharge and its influence on humpwave sleep spindles after sleep deprivation(SD)in children with epilepsy.
目的探讨癫患儿在睡眠剥夺（SD）诱发试验中波检出率及波发放对睡眠中顶尖波、睡眠纺锤波的影响。
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10. Methods: Sphenoidal electrodes and HV were done and the epileptiform discharges recording were analysed in 33 children who with normal or non-specific change EEG.
11. Objective This study is to determine the effect of long time EEG (AEEG) monitoring on localization and lateralization of epileptiform focus before surgical therapy.
目的本研究为了确定长程脑电监测在癫痫外科术前定位、定侧作用。
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12. Objectives: To observe the effect of transcranial impulse magnetic stimulation (TIMS) on the cerebral cortex epileptiform discharges induced by penicillin sodium in rats.
目的：观察经颅脉冲磁刺激(TIMS)大鼠对青霉素所致大脑皮层样放电的作用。
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13. A novel method of EEG signals compression representation and epileptiform spikes recognition based on wavelet neural network and its algorithm is presented in this paper.
本文在对小波神经网络及其算法研究的基础上，提出了一种对脑电信号压缩表达和痫样脑电棘波识别的新方法。
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14. The pattern of epileptiform activity in this model included:spike waves, sharp waves, spike (or sharp)slow wave complex, high amplitude irregular epileptiform discharges.
癫痫放电的主要型式有：棘波、尖波、棘（尖）慢波综合、高幅失律等。
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15. RESULTS & CONCLUSION: Among the 18 cases of epileptiform seizure induced by penicillin, epilepsy history, renal inadequacy, old age, infants, excessive dosage were main risk factors.
16. Objective To explore the effect of clonazepam (CZP) on background EEG activities and epileptiform discharges, and the relationship between the effects and the serum drug concentration.
目的了解氯硝西潘对脑电背景活动、样放电的影响，及其与氯硝西潘血清浓度的关系。
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17. Head ct or magnetic resonance imaging revealed brain dysplasia, encephalomalacia and abnormal white matter signal, and electroencephalography displayed slow wave or epileptiform activity.
头颅CT或磁共振成像显示脑发育不良、脑软化、脑白质异常信号，脑电图显示慢波或样活动。
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18. Objective To explore the localization of epileptogenic foci and the characteristics in 86 patients with lazy waves in one side of hemisphere and epileptiform waves in the other side hemisphere.
目的探讨86例脑电图一侧懒波、另一侧痫样放电癫痫患者的病史特点及痫灶定位。
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19. The EEG in 94 patients with phenylketonuria was analyzed. The abnormality rate of EEG was 65%, mainly showing epileptiform discharges (80%), partly showing background activity abnormality (20%).
20. Methods: The EEG of undergoing multichannel, various types and combined with image data were analyzed in 15 patients with LGS. Epileptiform waves were also analyzed by dipole localization method.
21. Methods: VEEG was carried out in 225 patients (devided into clinical diagnosed epilepsy group and doubtful epilepsy group) with no epileptiform discharges in routine EEG and findings were analyzed.
方法：225例常规脑电(EEG)无痫样放电患者分为癫癎组和可疑癫癎组进行VEEG监测并分析结果。
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22. Methods: VEEG was carried out in 225 patients (devided into clinical diagnosed epilepsy group and doubtful epilepsy group) with no epileptiform discharges in routine EEG and findings were analyzed.
