Rudkowska A, Gruszka E, Serwacka B, Ejma M, Bilińska M
Samodzielnej Pracowni Neurofizjologii Klinicznej, Katedry Neurologii AM, Wrocławiu.
Neurol Neurochir Pol. 1992 Jul-Aug;26(4):466-72.
The electroencephalograms (EEG) and visual evoked potentials (VEP) were recorded in 100 multiple sclerosis patients treated from 1981 to 1989. In 35 cases the EEG records were pathological and in 12 of them they showed paroxysmal changes. Pathological EEG were mostly seen in young patients, during the first relapse, with high degree of Kurtzke's disability score. Patients with paroxysmal changes showed on physical examination brain stem lesions that could be responsible for paroxysmal activity in EEG. The latencies of P100 wave and amplitudes of P100/N120 complex were analysed in two groups of patients (with and without paroxysmal activity in EEG). There was no statistically important difference between two groups, although in the group with paroxysmal changes in EEG some prolongation of the latency of P100 wave and a little higher amplitude of P100/N120 complex were recorded.
对1981年至1989年期间接受治疗的100例多发性硬化症患者进行了脑电图(EEG)和视觉诱发电位(VEP)记录。35例患者的脑电图记录为病理性,其中12例显示阵发性改变。病理性脑电图多见于年轻患者,首次复发时,库尔特克残疾评分较高。有阵发性改变的患者体格检查显示脑干病变,可能是脑电图阵发性活动的原因。对两组患者(脑电图有或无阵发性活动)的P100波潜伏期和P100/N120复合波振幅进行了分析。两组之间没有统计学上的显著差异,尽管脑电图有阵发性改变的组记录到P100波潜伏期有一些延长,P100/N120复合波振幅略高。