nrem

The value of correlation dimension can reflect sleep stages after analyzing and simulating the sleep EEG , and then simulation forecast for NREM sleep stage was made which accorded with actual result .

以长程睡眠脑电数据分析和仿真为例，分析结果表明关联维的高低能够反映出睡眠的阶段，据此对非快速眼动睡眠期的仿真预测与实际结果相符。

While we all do it , it is very complex in its own nature , being classified into four stages and two types , REM sleep and NREM sleep .

我们对睡眠看似熟悉，其实不然，睡眠的本质十分复杂，它包含四个阶段，可以划分成两种类型，即快速眼动睡眠和非快速眼动期睡眠。

The epileptic discharge were mainly seen in NREM ⅰ - ⅱ phase .

痫样放电多见于NREMⅠ~Ⅱ期。

Local epileptic electric activity was much more in NREM and REM term than in consciousness .

睡眠状态下NREM期和REM期局灶性放电较清醒期明显增加。

NREM sleep is also when your body repairs itself and releases hormones , including growth hormones .

NREM睡眠状态中人的身体同时也在做自我恢复以及分泌激素，包括生长激素。

The epileptiform discharges were mainly found in the I - II stages of NREM sleep .

样放电主要出现于NREM睡眠Ⅰ－Ⅱ期。

The results showed that : 1.Abnormal sleep prolonged the wakening time and latency of NREM .

结果表明：1.睡眠进程异常：醒觉次数增多，醒觉时间延长，NREM睡眠潜伏期延长。

Results Compared with control , the ratio of non-rapid eye movement ( NREM ) sleep and its delta wave decreased after restriction ;

结果与对照组比较，限制型制动模型大鼠造模后觉醒时间增加、非快眼动（NREM）睡眠时间和δ波减少；

There are two kinds of sleep , Rapid Eye Movement ( REM ) sleep and Non-REM ( NREM ) sleep .

睡眠有两种形式，分别是快速眼动（REM）睡眠和非快速眼动（NREM）睡眠。

In group of severe patients , the duration of apnea events in REM was significantly longer than that in NREM ( P < 0.01 ) .

呼吸事件持续时间，重度组REM期明显长于NREM期（P<0.01）。

During sleep the appearence of abnormal discharge in epileptic patients was more frequent than that in suspected cases , especially in NREM ⅰ,ⅱ .

儿童癫痫在睡眠监测中比可疑癫痫更易出现异常放电，并以NREMⅠ、Ⅱ期最常见；

Conclusions : NREM can induce the seizure attack in children confirmed epilepsy , the type of focal epilepsy were more easily induced during NREM than others .

结论：非快速动眼睡眠期睡眠可诱发儿童癫痫发作，部分局灶性癫痫更易在非快速动眼睡眠期诱发。

This shows the control group can apparently increase NREM sleep time . In addition , after treatment there was significant difference between REM sleep time of the two groups ( p < 0.01 ) .

睡眠结构的比较，两组患者治疗后NREM期时间比较有极显著性差异（P<0.01），表明对照组可以明显延长失眠患者的NREM期睡眠；

Results The maximal tolerance pressure of post-operations on 40 patients were all decreased during non-rapid eye movement ( NREM ) and rapid eye movement ( REM ) .

结果40例手术后患者在NREM及REM睡眠期的最大耐受压力均降低。

CONCLUSION : REM sleeping time of patients with SAS decreased , apnea time prolonged , SaO2 decreased and heart rate increased during REM are more significantly than those during NREM .

结论：SAS患者的REM期减少，且在REM期中呼吸暂停时间延长、SaO2降低及心率增快较非REM期更显著。

There are two kinds of sleep , Rapid Eye Movement ( REM ) sleep and Non-REM ( NREM ) sleep . Both of which are necessary for the body to go through its restorative process .

睡眠有两种形式，分别是快速眼动（REM）睡眠和非快速眼动（NREM）睡眠。这两种睡眠对于处于恢复过程中的身体来说都十分必要。

The fluctuated range of WE value of the four basal rhythm bands was obviously larger during S1 , S2 , S3 and S4 sleep stage than resting conscious stage and NREM sleep stage .

在S1、S2、S3、S4期小波熵均值在4个节律带的波动幅度要明显大于清醒期和快速眼动睡眠期。

The apnea time prolonged more significantly and SaO2 decreased more significantly during REM than those during nonrapid eye movement ( NREM ) in the OSAS patients of severe and moderate groups ( P 0.05 ) .

在中、重度组的阻塞型SAS患者中REM期中的呼吸暂停时间延长及SaO2下降较非REM期明显（P0.05）。

Conclusions Sleep has significant influence on respiratory regulation in normal people . The respiratory drive ( P0.1 ) in both NREM and REM sleep stages could maintain the awake level due to an effective compensation to the increase of upper airway resistance .

结论睡眠时，正常人呼吸中枢对上气道阻力增加可产生较有效的代偿，呼吸驱动穴P0.1雪维持在清醒时水平鸦在NREM睡眠期，呼吸中枢的化学敏感性降低不明显；

Results : The positive rate of epileptiform discharges in patients with epilepsy was 59 % , and it was 3 % in the doubtful epilepsy group . The epileptiform discharges were mainly found in the ⅰ - ⅱ stages of NREM sleep .

结果：临床癫癎组癎样放电总发生率为59%，，可疑癫癎组总发生率为3%，癫癎样放电主要出现于NREM睡眠Ⅰ-Ⅱ期。

Methods The appropriation to CPAP therapy pressure and the tolerance to CPAP pressure of two group patients were tested during sleep CPAP titration . These statistics were separately collected during non-rapid eye movement ( NREM ) and rapid eye movement ( REM ) .

方法两组患者的最适持续气道正压通气（CPAP）治疗压力及压力耐受性均在患者睡眠时测定，于非快动眼睡眠（NREM）及快动眼睡眠（REM）期分别进行。

CONCLUSION : DPR plays a crucial role in mediating the prostaglandin D_2-induced sleep . Deficiency of DPR results in the low intensity and fragmented diurnal NREM sleep and the high vigilance REM sleep , with the normal circadian rhythm of sleep in mice .

结论：DPR在介导前列腺素D2诱导的睡眠中起着关键性调节作用，缺乏DPR将导致小鼠呈现低强度片段化的NREM睡眠和高警戒状态的REM睡眠。