TY - JOUR
T1 - A Reappraisal on cortical myoclonus and brief Remarks on myoclonus of different Origins
AU - Canafoglia, Laura
AU - Meletti, Stefano
AU - Bisulli, Francesca
AU - Alvisi, Lara
AU - Assenza, Giovanni
AU - d'Orsi, Giuseppe
AU - Dubbioso, Raffaele
AU - Ferlazzo, Edoardo
AU - Ferri, Lorenzo
AU - Franceschetti, Silvana
AU - Gambardella, Antonio
AU - Granvillano, Alice
AU - Licchetta, Laura
AU - Nucera, Bruna
AU - Panzica, Ferruccio
AU - Perulli, Marco
AU - Provini, Federica
AU - Rubboli, Guido
AU - Strigaro, Gionata
AU - Suppa, Antonio
AU - Tartara, Elena
AU - Cantalupo, Gaetano
N1 - Publisher Copyright:
© 2024 International Federation of Clinical Neurophysiology
PY - 2024
Y1 - 2024
N2 - 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.
AB - 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.
KW - Cortical myoclonus
KW - Cortico-subcortical myoclonus
KW - EEG correlates and network evaluation
KW - EEG plus polymyography
KW - Evoked potentials and reflex responses
KW - High-frequency oscillations
KW - Post-hypoxic myoclonus
KW - Subcortical myoclonus
U2 - 10.1016/j.cnp.2024.10.001
DO - 10.1016/j.cnp.2024.10.001
M3 - Review
C2 - 39559741
AN - SCOPUS:85208100364
SN - 2467-981X
VL - 9
SP - 266
EP - 278
JO - Clinical Neurophysiology Practice
JF - Clinical Neurophysiology Practice
ER -