Adenosine levels during non- rapideyemovementsleep did not differ from rapideyemovementsleep.
2
The percentage of rapideyemovementsleep was significantly low in two cases and normal in one case.
3
Serotonergic neurons decrease their activity during sleep, especially rapideyemovementsleep, thereby reducing their facilitatory effect on upper airway motoneurons.
4
This was due to an increase in the amount of rapideyemovementsleep (REMS) during the light phase.
5
The molecular and cellular mechanisms that determine the amount of rapideyemovementsleep (REMS) and non-REMS (NREMS) remain unknown.
1
With subsequent microinjections, the effects of 5-HT on REMsleep were similar.
2
Non-cognitive tests included sleepiness, REMsleep behavior disorder, depression and anxiety scales.
3
Both latencies and amplitude increase more in NREM than in REMsleep.
4
Systemic atropine created a syndrome of REMsleep without thalamocortical EEG desynchronization.
5
The sites where orexins act to suppress REMsleep are incompletely understood.
1
There was no statistically significant change in rapideyemovement (REM) sleep.
2
Behind his closed eyelids, rapideyemovement signified dream sleep.
3
Adenosine levels during non- rapideyemovement sleep did not differ from rapideyemovement sleep.
4
Either event would trigger Saul's dream state, and the rapideyemovement would trigger much more.
5
The percentage of rapideyemovement sleep was significantly low in two cases and normal in one case.
1
With subsequent microinjections, the effects of 5-HT on REM sleep were similar.
2
These friends happened to be the Red Hot Chili Peppers and REM.
3
It is the waking REM state that has to be the trigger.
4
Non-cognitive tests included sleepiness, REM sleep behavior disorder, depression and anxiety scales.
5
Both latencies and amplitude increase more in NREM than in REM sleep.
Ús de paradoxical sleep en anglès
1
The latency to the first occurrence of paradoxicalsleep was also prolonged.
2
Other experiments have focused on the muscle atonia of paradoxicalsleep.
3
Isolated paradoxicalsleep episodes preceded and followed by more than 3 minutes of wakefulness or slow wave sleep were analyzed.
4
Large-amplitude waves recorded in the pontine tegmentum, lateral geniculate body and visual cortex herald the onset and continue throughout paradoxicalsleep.
5
The hypothesis that cats exhibiting paradoxicalsleep (PS) without atonia are more active than normal in wakefulness was tested.
6
The Tco, Tibat, and Tl levels were also assessed during the slow wave sleep that preceded each isolated paradoxicalsleep episode.
7
We tested the hypothesis that the thermal state of the liver is preserved during slow wave sleep but deteriorates during paradoxicalsleep.
8
The enhancement of arousal was accompanied by a marked reduction in paradoxicalsleep and deep slow wave sleep at the highest dose.
9
Either no recovery or else eventual recovery to excessively active periods of paradoxicalsleep while remaining recumbent characterized the sleep of the other four.
10
Studies of large-amplitude waves, which characteristically occur spontaneously just prior to and during paradoxicalsleep, have demonstrated that the waves are signs of alerting.
11
During paradoxicalsleep, however, these 2 temperatures decreased in rats exposed to the cold condition, and the changes observed for Tco were completely inversed.
12
Our studies suggest that paradoxicalsleep is a state in which the brainstem is in a functional mode normally associated with presentations of novel stimuli.
13
These observations indicate that the central nervous system during paradoxicalsleep is in a "peculiar" state of activation which is not behaviorally expressed.
14
Since consolidation of several forms of memory is facilitated by paradoxicalsleep (PS) we ask whether PS modulates the cellular and molecular pathways underlying LTP.
15
These waves, termed ponto-geniculooccipital (PGO) spikes, can be induced during both slow wave and paradoxicalsleep by external stimuli at a threshold below actual arousal.
16
Study objectives: Paradoxicalsleep (PS) has been shown to play an important role in memory, in particular in emotional memory processes.