Measuring Sleep, Wakefulness, and Circadian Functions in Neurologic Disorders

Neurologic disorders impact the ability of the brain to regulate sleep, wake, and circadian functions, including state generation, components of state (such as rapid eye movement sleep muscle atonia, state transitions) and electroencephalographic microarchitecture. At its most extreme, extensive brain damage may even prevent differentiation of sleep stages from wakefulness (eg, status dissociatus). Given that comorbid sleep-wake-circadian disorders are common and can adversely impact the occurrence, evolution, and management of underlying neurologic conditions, new technologies for long-term monitoring of neurologic patients may potentially usher in new diagnostic strategies and optimization of clinical management.

Source: Sleep Medicine Clinics - October 6, 2021 Category: Sleep Medicine Authors: Markus H. Schmidt, Martijn P.J. Dekkers, S ébastien Baillieul, Jasmine Jendoubi, Marie-Angela Wulf, Elena Wenz, Livia Fregolente, Albrecht Vorster, Oriella Gnarra, Claudio L.A. Bassetti Source Type: research