Canafoglia Laura, Meletti Stefano, Bisulli Francesca, Alvisi Lara, Assenza Giovanni, d'Orsi Giuseppe, Dubbioso Raffaele, Ferlazzo Edoardo, Ferri Lorenzo, Franceschetti Silvana, Gambardella Antonio, Granvillano Alice, Licchetta Laura, Nucera Bruna, Panzica Ferruccio, Perulli Marco, Provini Federica, Rubboli Guido, Strigaro Gionata, Suppa Antonio, Tartara Elena, Cantalupo Gaetano
Department of Diagnostic and Technology, full member of the European Reference Network EpiCARE, Fondazione IRCCS Istituto Neurologico Carlo Besta, Milano, Italy.
Department of Biomedical, Metabolic and Neural Sciences University of Modena and Reggio Emilia, Director of Neurophysiology Unit & Epilepsy Centre, AOU Modena.
Clin Neurophysiol Pract. 2024 Oct 22;9:266-278. doi: 10.1016/j.cnp.2024.10.001. eCollection 2024.
Myoclonus has multiple clinical manifestations and heterogeneous generators and etiologies, encompassing a spectrum of disorders and even physiological events. This paper, developed from a teaching course conducted by the Neurophysiology Commission of the Italian League against Epilepsy, aims to delineate the main types of myoclonus, identify potential underlying neurological disorders, outline diagnostic procedures, elucidate pathophysiological mechanisms, and discuss appropriate treatments. Neurophysiological techniques play a crucial role in accurately classifying myoclonic phenomena, by means of simple methods such as EEG plus polymyography (EEG + Polymyography), evoked potentials, examination of long-loop reflexes, and often more complex protocols to study intra-cortical inhibition-facilitation In clinical practice, EEG + Polymyography often represents the first step to identify myoclonus, acquire signals for off-line studies and plan the diagnostic work-up.
肌阵挛有多种临床表现、不同的起源和病因,涵盖一系列疾病甚至生理事件。本文源自意大利癫痫防治联盟神经生理学委员会举办的一次教学课程,旨在阐述肌阵挛的主要类型,识别潜在的神经系统疾病,概述诊断程序,阐明病理生理机制,并讨论适当的治疗方法。神经生理学技术通过脑电图加肌电图(EEG + 肌电图)、诱发电位、长环反射检查等简单方法,以及通常更为复杂的研究皮质内抑制 - 易化的方案,在准确分类肌阵挛现象方面发挥着关键作用。在临床实践中,EEG + 肌电图通常是识别肌阵挛、获取用于离线研究的信号以及规划诊断检查的第一步。