Halász Péter, Szûcs Anna
Országos Mentális Ideggyógyászati és Idegsebészeti Intézet, Budapest.
Semmelweis Egyetem, Magatartástudományi Intézet, Budapest.
Ideggyogy Sz. 2022 Mar 31;75(3-04):79-97. doi: 10.18071/isz.75.0079.
To examine the ways of epileptogenesis closely linked to the system epilepsies' concept.
We follow the ways of epileptic transformation in the declarative memory-system, in the sleep/arousal twin-systems, in the perisylvian neuronal network and in postinjury epilepsy, which we consider a general model of the epileptic transformation.
In the presented systems, epileptogenesis shares a similar mechanism in the form of augmentation and derailment of plasticity and sleep-related synaptic homeo-stasis. This highlights the central role of NREM sleep in those epilepsies.
We try to characterize the concept of system epilepsies and suggest a shared mechanism of epileptogenesis.
探讨与系统性癫痫概念密切相关的癫痫发生方式。
我们追踪了陈述性记忆系统、睡眠/觉醒双系统、外侧裂周围神经网络以及损伤后癫痫中的癫痫转化方式,我们将损伤后癫痫视为癫痫转化的一般模型。
在所呈现的系统中,癫痫发生以可塑性增强和偏离以及与睡眠相关的突触稳态的形式共享相似机制。这突出了非快速眼动睡眠在这些癫痫中的核心作用。
我们试图描述系统性癫痫的概念,并提出癫痫发生的共同机制。