Sleep and epilepsy have a reciprocal relationship, and have been recognized as bedfellows
since antiquity. However, research on this topic has made a big step forward only in recent …

This targeted review addresses the best accepted and most intriguing recent observations
on the complex relationships between sleep and epilepsy. Ten to 15% of all epilepsies are …

Objective Interictal spikes help localize seizure generators as part of surgical planning for
drug‐resistant epilepsy. However, there are often multiple spike populations whose …

Objective Rapid eye movement (REM) sleep reduces the rate and extent of interictal
epileptiform discharges (IEDs). Breakthrough epileptic activity during REM sleep is therefore …

Sleep and wake are defined through physiological and behavioral criteria and can be
typically separated into non‐rapid eye movement (NREM) sleep stages N1, N2, and N3 …

Brain source localization has been consistently implemented over the recent years to
elucidate complex brain operations, pairing the high temporal resolution of the EEG with the …

Recent evidence shows that identifying and treating epileptiform abnormalities in patients
with Alzheimer's disease could represent a potential avenue to improve clinical outcome …

Objective. This study employs a human head model with real skull to demonstrate the
feasibility of transcranial acoustoelectric brain imaging (tABI) as a new modality for electrical …

The propagating pattern of sleep slow waves (high-amplitude oscillations< 4.5 Hz) serves as
a blueprint of cortical excitability and brain connectivity. Phase-locked auditory stimulation is …

Seizures have sleep–wake and circadian patterns in various epilepsies and, in turn, disrupt
sleep and circadian rhythms. The resultant sleep deprivation (SD) is an exacerbating factor …