蓝光会影响睡眠质量或表现吗?-基于医学生和医生匿名调查的实证研究

Kinga Grużewska-Piotrowska, Agnieszka Grużewska, Monika Pająk
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引用次数: 0

摘要

如今,越来越多的人使用电子设备。随着使用手机的时间增加,睡眠质量也随之提高。人们睡得晚了,入睡的过程就被推迟了。此外,睡眠时间减少,这转化为睡眠剥夺。许多人认为蓝光只是从数字屏幕发出的,但这并不是什么新鲜事——它是发出的光的一部分。光是调节人体昼夜节律的最重要因素。所有类型的可见光都能影响昼夜节律,但蓝光的影响最大。研究目的:该研究的目的是通过对医学生和医生的匿名调查,通过实证研究来评估蓝光是否会影响睡眠质量和表现。材料与方法:本研究材料于2023年5月通过匿名在线调查收集。在科学文献的基础上对所得结果进行分析和验证,并使用Microsoft Office Excel进行统计处理。结果:92.3%的受访者睡前使用电子设备,以手机居多,使用时间一般在30分钟至1小时之间。大多数填写问卷的人平均每晚睡眠5-6个小时,其中多达81.7%的人表示他们的睡眠质量不佳。91.3%的受访者知道蓝光是什么,但只有22.1%的受访者在睡觉前采取了防蓝光措施。结论:暴露在蓝光下会影响睡眠、表现和健康。暴露在蓝光下的一个重要负面影响是睡眠质量和时间的减少,这可能会对表现产生负面影响。据信,为了保持健康的昼夜节律,不仅有必要在白天增加人造光中蓝光的比例,而且还需要在晚上和夜间减少这种光的数量。
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Does blue light affect sleep quality or performance? – empirical research based on anonymous surveys among medical students and physicians
Introduction: Nowadays, more and more people use electronic devices. As the amount of time spent using them has increased, so has the quality of sleep. People go to bed later, and the process of falling asleep is delayed. In addition, sleep time is reduced, which translates into sleep deprivation. Many people think that blue light is only emitted from digital screens, but it is nothing new - it is part of the light emitted. Light is the most important factor regulating the circadian rhythms of the human body. All types of visible light can affect circadian rhythms, but blue light has the greatest impact. The aim of the study: The aim of the study was to assess if blue light affects sleep quality and performance by empirical research based on anonymous surveys among medical students and physicians. Materials and methods: The research material was collected using an anonymous online survey in May 2023. The obtained results were analyzed and verified on the basis of scientific literature and statistically processed using Microsoft Office Excel. Results: 92.3% of the respondents use electronic devices before going to bed, mostly the phone, and the time of using usually ranges from 30 minutes to 1 hour. Most of the people filling the questionnaire sleep on average 5-6 hours at night, of which as many as 81.7% declare that their sleep is not of good quality. 91.3% of respondents know what blue light is, but only 22.1% use protection against it before sleep. Conclusion: Exposure to blue light can affect sleep, performance and well-being. An important negative effect of exposure to blue light is a reduction in the quality and length of sleep, which can negatively affect performance. It is believed that in order to maintain a healthy circadian rhythm, it is necessary not only to increase the proportion of blue light in artificial light during the day, but also to reduce the amount of that light in the evening and night hours.
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