Sentence examples for mean sleep efficiency from inspiring English sources

The results illustrate that the mean nocturnal sleep time (F=4.95, P=0.30, R2=0.91) and the mean sleep efficiency (F=13.50, P=0.19, R2=0.96) also remained constant over the 6-month follow up period.

The results of least square polynomial regression analysis also illustrate that the mean NST (F=4.95, P=0.30, R2=0.91) and the mean sleep efficiency (F=13.50, P=0.19, R2=0.96) remained constant over the 6-month follow up period.

As expected in a sample with a high number of participants with obstructive sleep apnea, the amount of minutes with deep sleep (S3 and S4) and REM sleep as well as the mean sleep efficiency were somewhat low.

The participants with chronic tension-type headache had a mean sleep efficiency of 88.6 (SD 7.5) and a mean arousal index of 12.7 (SD 6.4) which were not significantly different from participants without chronic tension-type headache.

Due to the high number of participants with obstructive sleep apnea, the number of minutes with deep sleep (S3 and S4) and REM sleep were somewhat low and the mean sleep efficiency was below 85%.

Participants were included if they had a mean sleep efficiency of at least 85% during the 3 days of recordings.

At baseline, the subjects had a mean resting time of 521.04 minutes (standard deviation [SD] 81.23) and sleeping time of 390.73 minutes (SD 121.21) at night; average sleep efficiency was 69.9% (SD 18.4).

When compared to age- and sex-stratified normative data for older adults [ 27], mean nighttime sleep efficiency was average for the DLB group (mean z-score = −0.6 ± 1.7) and low average for the AD dementia group (mean z-score = −1.1 ± 1.6).

Mean nighttime sleep efficiency was average when individual scores were compared to published age- and sex-stratified norms [ 27].

Changes in sleep parameter mean scores – sleep efficiency percentage (SE%), total sleep time (TST), number of nocturnal awakenings (NWAK) and sleep onset latency (SOL), between pre– and post actigraphy sleep report data in the intervention care group (ICG).

In our study of Chilean children with autism and other disabilities, the median of actigraphy-measured sleep latency was 27 min, WASO was 88 min, and the mean of sleep efficiency was 80%, which were similar to previous research findings.