National Institute of Clinical Neuroscience, Budapest, Hungary.
National Institute of Clinical Neuroscience, Budapest, Hungary.
Seizure. 2019 Feb;65:31-41. doi: 10.1016/j.seizure.2018.12.003. Epub 2018 Dec 21.
We overview here the new data about the epileptic spectrum disorders within the frame of perisylvian epileptic network since our first trial to synthetize knowledge about this system epilepsy (Halász et al., 2005). We found evidences for a continual features relating together syndromes constituting this spectrum disorder in several fields: in sharing genetic origin, in common perisylvian human communication circuitry, in NREM sleep related potentiation of interictal epileptiform discharges of the centro-temporal spike phenomenon and in the discharge related cognitive impairment, reflecting functional deficits in human communication abilities. The transformation of a part of the children to develop into a malignant course with different degree of residual cognitive loss, through compromising sleep plastic functions, by the epileptic discharges during sleep, beside pure genetic origin, is still under research. Both factual data and new conceptual approaches helps understand better the developmental childhood epilepsies.
我们在这里综述了关于脑旁回癫痫网络范围内癫痫谱障碍的新数据,这是我们首次尝试综合该癫痫系统的相关知识(Halász 等人,2005 年)。我们在多个领域发现了与构成该谱障碍的综合征相关的连续特征的证据:在遗传起源、共同的脑旁回人类通讯回路、非快速眼动(NREM)睡眠相关的中颞部棘波现象的间发性癫痫样放电增强以及与放电相关的认知障碍中,反映了人类通讯能力的功能缺陷。一部分儿童的病情发展为恶性病程,伴有不同程度的认知残留损失,这是通过睡眠期间癫痫放电对睡眠可塑性功能的损害,除了纯粹的遗传起源之外,这仍在研究之中。实际数据和新的概念方法有助于更好地理解儿童癫痫的发展。