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In addition, interictal discharges recorded during NREM sleep have high localizing value.
2
Both latencies and amplitude increase more in NREM than in REM sleep.
3
OR habituated rapidly in W and did not occur in REM and NREM.
4
The high dosage of LY34 in BA significantly suppressed NREM and total sleep.
5
Total NREM was decreased after shock training only in IS mice.
6
Indeed, the increased theta activity during wakefulness predicted delta power in subsequent NREM sleep.
7
The results indicate a role for prolactin in CNA in the control of NREM.
8
TTX increased NREM episode duration, whereas the number and duration of REM episodes were decreased.
9
These results suggest that prominent host defense activation reduces daytime NREM sleep and increases sleepiness.
10
There were no significant reductions in NREM or wakefulness.
11
Conclusions: Impaired subjective sleep quality is associated with decreased NREM stability, together with increased stability of wake.
12
Our understanding of the neural mechanisms of non-rapid eye movement sleep (NREM) is steadily increasing.
13
These findings were confirmed in subjects in which dream reports were obtained following serial awakenings from NREM sleep.
14
CAP measures showed subtle alterations of NREM sleep which could be detected with an appropriate methodology of analysis.
15
During REM sleep, they were less frequently preceded by sighs and by body movements than during NREM sleep.
16
The increased calcium transients associated with bursting during NREM may activate calcium-dependent, cell-signaling pathways for sleep related cellular processes.