Sentence examples for visual sleep from inspiring English sources

This is not surprising given that visual sleep stages are insensitive measures of delta sleep.

Another possible explanation for failing to find reduced delta sleep in PTSD relates to the poor sensitivity of visual sleep staging, or sleep macroarchitecture, in quantifying delta sleep (reviewed in Uchida et al, 1999).

Our results show that the genetic fuzzy classifier (GFC) agreed with visual sleep staging approximately 84.6% of the time in detection of wakefulness (WA), shallow sleep (SS), deep sleep (DS), and rapid eye movement (REM) stages.

The system was designed to emulate visual sleep scoring by using the same basic features of the electroencephalogram (EEG) and electromyogram (EMG), and a similar set of decision-making rules.

This classification was compared to visual sleep scoring by Rechtschaffen & Kales criteria in normal outpatient recordings and ICU recordings to illustrate face validity of the IDOS index.

State-specific power were computed using 12 2.56 s epochs which had overlapping to match the 30 s epochs of visual sleep scoring as described previously [ 43].

Sleep will be assessed using a visual NRS sleep scale where 0 = worst possible sleep and 10 = best possible sleep.

The aim of this study was to adapt the English version of the Visual Analog Sleep Scale (VAS Scale) to Turkish, and to assess the validity and reliability of this Turkish version.

"That's part of the dilemma -- it's a very common disease, but it can be very unknown". Doctors describe Lewy body dementia as "the most common disease you've never heard of," citing symptoms like visual hallucinations, sleep disorder, muscle rigidity and dementia that are easily mistaken for other conditions.

A plausible interpretation of our findings is that in wakefulness, ongoing sensory stimulation interferes with the visual memory; sleep, by sheltering the visual memory from sensory interference, temporarily prevents memory loss, but subsequent wake washes out the effects of sleep, with the result that sleep has no long-lasting impact on retention of face recognition memory.

The secondary outcomes are anxiety measured by a Visual Analogue Scale, total sleep time, sleep efficiency, sleep latency and periods awake measured by actigraphy and changes in cognitive function measured by a neuropsychological test battery.