Kryzhanovskiĭ G N, Shandra A A, Godlevskiĭ L S
Biull Eksp Biol Med. 1988 Aug;106(8):146-9.
Cerebrospinal fluid (CSF) was obtained after 30-40 sessions of daily electrical stimulation of the cat cerebellum vermis. The intraventricular injection of CSF (10 microliters) to Wistar rats increased the latent period of initial seizure manifestations, significantly reduced the number of animals with seizures and reduced the severity of seizures induced by korazol injection (40 mg/kg). Analogous seizure changes were observed in rats after intraventricular injection of CSF (10 microliters) from cats subject to 3-10 electroshock seizure fits. Intraventricular injection of CSF (250 microliters) obtained from cats after electroshock to cats with strychnine-induced epileptic foci in the brain cortex led to the suppression of the epileptic activity. The conclusion was made that different ways of antiepileptic system activation cause the accumulation of endogenous antiepileptic substances in CSF.
在对猫的小脑蚓部进行30 - 40次每日电刺激后获取脑脊液(CSF)。向Wistar大鼠脑室内注射脑脊液(10微升)可延长首次癫痫发作表现的潜伏期,显著减少出现癫痫发作的动物数量,并减轻由注射氯氮卓(40毫克/千克)诱发的癫痫发作的严重程度。在对经历3 - 10次电击癫痫发作的猫注射脑脊液(10微升)后,在大鼠身上观察到类似的癫痫发作变化。向大脑皮层有士的宁诱发癫痫病灶的猫脑室内注射电击后从猫身上获取的脑脊液(250微升),可导致癫痫活动受到抑制。得出的结论是,不同的抗癫痫系统激活方式会导致脑脊液中内源性抗癫痫物质的积累。