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交通噪音对睡眠周期性的影响。

Effect of traffic noise on the cyclical nature of sleep.

作者信息

Thiessen G J

机构信息

Division of Physics, National Research Council of Canada, Ottawa, Ontario, Canada.

出版信息

J Acoust Soc Am. 1988 Nov;84(5):1741-3. doi: 10.1121/1.397189.

Abstract

Sleep changes from shallow to deep and back again in a cyclical manner with a period of around 90 min. The sleep of 12 subjects, each sleeping for 24 nights, was monitored by EEG. The results indicate that the cyclical nature may be somewhat disturbed by continuous free-flowing traffic noise, at a level of 60 dB, if, for instance, waking is always considered as the end of one cycle. However, if a cycle is judged from a bird's-eye view of the sleep record, then it appears that the average subject persists in his normal cycle and the effect of noise is negligible. But individual differences are great and may even be in opposite directions [G. J. Thiessen and A.C. Lapointe, J. Acoust. Soc. Am. 64, 1078-1080 (1978)], which may result in obscuring real effects when data are averaged over a number of individuals. Defining a "sleep cycle" is of importance in view of reports [M. Herbert and R.T. Wilkinson, Proc. of Congress on Biological Effects on Noise, Dubrovnik, Yugoslavia (1973)] that the disturbance of the sleep rhythm has an effect on performance during the following day.

摘要

睡眠以周期性方式从浅睡眠转变为深睡眠,然后再转变回浅睡眠,周期约为90分钟。通过脑电图对12名受试者的睡眠进行了监测,每名受试者均睡了24个晚上。结果表明,如果将醒来始终视为一个周期的结束,那么60分贝的持续自由流动交通噪音可能会在一定程度上扰乱这种周期性。然而,如果从睡眠记录的全景角度来判断一个周期,那么似乎普通受试者仍保持其正常周期,噪音的影响可以忽略不计。但个体差异很大,甚至可能方向相反[G. J. 蒂森和A. C. 拉波因特,《美国声学学会杂志》64, 1078 - 1080 (1978)],这可能导致在对多个个体的数据进行平均时掩盖真实效果。鉴于有报告称[M. 赫伯特和R. T. 威尔金森,《关于噪声对生物影响的大会论文集》,南斯拉夫杜布罗夫尼克(1973)]睡眠节律的紊乱会对次日的表现产生影响,因此定义“睡眠周期”很重要。

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