太空任务中昼夜节律系统与警戒的模拟。

P Achermann, A A Borbély
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引用次数: 4

摘要

研究了不同空间情景对昼夜节律系统和警觉性的影响。研究不同条件下的昼夜节律系统是很重要的,因为核心体温和许多其他生理参数(如激素水平)表现出显著的昼夜节律变化。昼夜节律系统直接影响睡眠-觉醒行为,从而影响表现。警觉性是一个很容易获得的主观参数,它与认知表现密切相关。模拟不同睡眠-觉醒时间表的警觉性有助于描述任务中的关键阶段并计划应对措施。尽管警觉性水平可以通过昼夜节律和体内平衡过程的结合来解释,但动机或兴奋等其他因素也起着作用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Simulations of circadian system and vigilance during space missions.

The effects of various space scenarios on the circadian system and alertness were investigated. The study of the circadian system under various conditions is important because core body temperature and many other physiological parameters (e.g., hormone levels) exhibit prominent circadian variation. The circadian system has a direct influence on the sleep-wake behavior and thus on performance. Alertness is an easily accessible subjective parameter which is strongly linked to cognitive performance. Simulation of alertness for different sleep-wake schedules may help to delineate crucial phases during missions and to plan counteractions. Although the level of alertness can be accounted for by the combination of circadian and homeostatic processes, additional factors such as motivation or excitement play a role.

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