Kryzhanovskiĭ G N, Ruseev V V, Ivanov V I
Biull Eksp Biol Med. 1976 Dec;82(12):1413-6.
It was shown in experiments on cats under nembutal anesthesia that a lesion of the medial forebrain bundle (MFB) and partly of the preoptic region at the side of local penicillin application on the cerebral cortex (g. suprasylvius medius) results in depression of the epileptiform activity in the penicillin-induced focus, as well as in the secondary "mirror" focus, which appeared in the symmetrical cortex area of the other hemisphere. The MFB lesion at the "mirror" focus side led to depression of the seizure spike potentials in this focus only and did not change the activity in the primary epileptiform one. The described effects are considered from the aspect of the conception on the role of the determinant dispatch station (DDS) in the central nervous system: the primary epileptiform focus plays the role of the hyperactive DDS which induces the secondary focus and determines the character of its activity. The results of the study substantiate a suggestion that the MFB can take part in the modulation of the cortical epileptiform activity.
在戊巴比妥麻醉的猫身上进行的实验表明,在内侧前脑束(MFB)以及在大脑皮层(中薛氏回)局部应用青霉素一侧的部分视前区受损时,会导致青霉素诱发灶以及在另一半球对称皮层区域出现的继发性“镜像”灶中的癫痫样活动受到抑制。“镜像”灶一侧的MFB损伤仅导致该灶癫痫发作尖峰电位受到抑制,而未改变原发性癫痫样灶的活动。从关于中枢神经系统中决定性调度站(DDS)作用的概念角度来考虑所描述的这些效应:原发性癫痫样灶起着过度活跃的DDS的作用,它诱发继发性灶并决定其活动特征。该研究结果证实了MFB可参与皮层癫痫样活动调节的这一推测。