In addition, interictal discharges recorded during NREMsleep have high localizing value.
2
Indeed, the increased theta activity during wakefulness predicted delta power in subsequent NREMsleep.
3
These results suggest that prominent host defense activation reduces daytime NREMsleep and increases sleepiness.
4
These findings were confirmed in subjects in which dream reports were obtained following serial awakenings from NREMsleep.
5
CAP measures showed subtle alterations of NREMsleep which could be detected with an appropriate methodology of analysis.
6
During REM sleep, they were less frequently preceded by sighs and by body movements than during NREMsleep.
7
Early life adversity induced age-dependent disruptions in sleep and behavior, including lifelong spindle decreases and later life NREMsleep fragmentation.
8
Results: NREMsleep and total sleep were increased on days 1 and 2 compared to later days.
9
Optogenetic activation of MCH neurons increased both REM and NREMsleep at night, whereas during the day cycle, only REM sleep was increased.
10
Study objectives: Slow wave EEG activity in NREMsleep decreases by more than 60% between ages 10 and 20 years.