在科学界有一个专业词汇叫“REM Rebound Effect”（译名：快速眼动睡眠反弹效应），也就是我们在当晚睡...
在科学界有一个专业词汇叫“REM Rebound Effect”（译名：快速眼动睡眠反弹效应），也就是我们在当晚睡...
The standardized mean difference (SMD) is 0.90 [95% CI 0.59, 1.22], representing a large magnitude of effect. In studies reporting REM rebound, the REM sleep duration increased by 57% during the first CPAP titration night compared to the baseline sleep study. The prevalence of REM rebound ...
Subjects deprived of REM sleep \\ a. attempted to dream less frequently after several nights. b. showed a REM rebound effect when allowed to sleep normally. c. showed no signs of distress during the day. d. did not dream for two or three nights. ...
These results can be interpreted as an effect of slow wave sleep rebound, which is associated with reduced dream recall and less fragmented sleep. The positively toned dreams, especially those found after 3 months and after 2 years of CPAP treatment, might be explained by the continuity ...
Subjects deprived of REM sleep \\ a. attempted to dream less frequently after several nights. b. showed a REM rebound effect when allowed to sleep normally. c. showed no signs of distress during the day. d. d...
Subjects deprived of REM sleep \\ a. attempted to dream less frequently after several nights. b. showed a REM rebound effect when allowed to sleep normally. c. showed no signs of distress during the day. d. did not dream for two or ...
Regarding the rebound (REB) period, we observed the occurrence of a sustained antidepressant effect, indicated mainly by the swimming and climbing times which could be explained by the maintenance of the increased nigral BDNF expression. Hence, hippocampal 5-HT levels remained enhanced in the OBX ...
In contrast, a proportion of the LH melanin-concentrating hormone (MCH) neurons also innervated the SLD, and they exhibited similar c-Fos expression level to that of the total MCH population after the REM sleep rebound (Supplementary Fig. 3a–d). Moreover, the abundant expression of OXRs in...
Although sleep homeostasis— especially as measured by a rebound in cortical slow-wave power during non-REM sleep — and circadian regulation are together considered key regulatory features of sleep in adult mammals and birds [27,68], they also exhibit complex developmental profiles. For example, ...