Sleep and epilepsy

Introduction
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By Bradley V Vaughn MD

The dynamic state of sleep offers unique diagnostic and therapeutic opportunities for diseases of the central nervous system, such as epilepsy. Sleep encompasses neurophysiological states that may reveal aspects of epilepsy that are not readily apparent in wakefulness. Sleep deprivation is accepted as a provocative agent for seizures and epileptiform activity. In addition, the treatment of sleep disorders may provide beneficial effects to the brain to improve the control of seizures and quality of life. Beyond sleep, the circadian rhythm may influence the timing of seizures and medication pharmacokinetics and effect. Epilepsy and its treatment may also influence sleep. Epileptic discharges can change the brain’s sleep regulatory mechanisms, increasing shifts in sleep stages and arousals. Moreover, the treatment of epilepsy may alter the brain’s sleep regulation.

Key Points

  • Patients with epilepsy frequently complain of sleep issues.
  • Daytime sleepiness may be related to sleep deprivation, sleep disorder, epilepsy-related sleep disruption, or effect of medication.
  • Insomnia may be related to poor sleep hygiene, a comorbid sleep disorder, epilepsy-related sleep disruption, or effect of medication.
  • Ictal and interictal discharges may disrupt sleep and the regulatory processes associated with sleep.
  • Treatment of sleep disorders may improve epilepsy, and epilepsy may improve sleep.

In This Article

Introduction
Historical note and nomenclature
Clinical manifestations
Clinical vignette
Etiology
Pathogenesis and pathophysiology
Epidemiology
Prevention
Differential diagnosis
Diagnostic workup
Prognosis and complications
Management
Pregnancy
Anesthesia
References cited
Contributors