Makulkin R F, Novytskyĭ S A, Korniienko T V
Fiziol Zh (1994). 1994 Mar-Apr;40(2):3-9.
Experiments carried out on rats show that inhibiting influences from striatal electrostimulation on the cortical epileptic activity are removed under conditions of destruction of entopeduncular nucleus (EPN). They decrease under conditions of lesion of substantia nigra pars retieulata (SNR). It is found that both EPN and SNR destruction resulted in antiepileptic effect on the development of the neocortex epileptic activity complexes. Possible mechanisms realizing inhibition of the caudate nucleus effects on the neocortex epileptic activity are discussed.
在大鼠身上进行的实验表明,在内侧缰核(EPN)被破坏的情况下,纹状体电刺激对皮层癫痫活动的抑制作用会消失。在黑质网状部(SNR)受损的情况下,这种抑制作用会减弱。研究发现,EPN和SNR的破坏都会对新皮层癫痫活动复合体的发展产生抗癫痫作用。文中讨论了实现尾状核对新皮层癫痫活动抑制作用的可能机制。