Lewis Philip, Korf Horst W, Kuffer Liz, Groß J Valérie, Erren Thomas C
Institute and Policlinic for Occupational Medicine, Environmental Medicine and Prevention Research, University Hospital of Cologne, Cologne, Germany.
Institute of Anatomy I, University of Düsseldorf, Düsseldorf, Germany.
BMJ Open Sport Exerc Med. 2018 Dec 5;4(1):e000443. doi: 10.1136/bmjsem-2018-000443. eCollection 2018.
Circadian system time cues (zeitgebers) acting synergistically at the right times can foster chronobiological homeostasis and ultimately health. Modern 24/7 societies are challenging chronobiological homeostasis and public health. Exercise has been discussed as a potential zeitgeber for the human circadian system. Thus, if timed correctly, exercise may help in maintenance of chronobiological homeostasis and foster public health amidst increasingly challenging 24/7 lifestyles.
To test, using a systematic review of the literature, the following hypothesis: exercise is a zeitgeber for the human circadian system.
The PubMed database was systematically searched on 19 October 2017 for relevant scientific studies and reports concerning chronobiology and exercise. Eligibility criteria were defined to include articles considering exercise as a potential zeitgeber for human circadian rhythmicity or chronobiological effects of exercise on health and/or physical performance. Cognitive effects and effects on children were excluded from the synthesis.
Our systematic literature search and synthesis is compatible with the validity of the hypothesis. We report that potential exercise-zeitgeber properties may be used to improve health and performance.
Informed timing of exercise, specific to the circadian rhythm phase and zeitgeber exposure of the individual, must be advocated in performance and disease contexts as an adjunct therapeutic or preventative strategy and physical enhancer.
昼夜节律系统的时间线索(授时因子)在恰当的时间协同作用,可促进生物钟稳态并最终促进健康。现代全天候运转的社会正在挑战生物钟稳态和公众健康。运动已被视为人类昼夜节律系统的一种潜在授时因子。因此,如果时间安排得当,运动可能有助于维持生物钟稳态,并在日益具有挑战性的全天候生活方式中促进公众健康。
通过对文献的系统综述来检验以下假设:运动是人类昼夜节律系统的授时因子。
于2017年10月19日在PubMed数据库中系统检索有关生物钟学和运动的相关科学研究及报告。确定的纳入标准包括将运动视为人类昼夜节律潜在授时因子或运动对健康和/或身体表现的生物钟学效应的文章。认知效应和对儿童的效应被排除在综述之外。
我们的系统文献检索和综述与该假设的有效性相符。我们报告称,运动的潜在授时因子特性可用于改善健康和表现。
在运动表现和疾病背景下,必须提倡根据个体的昼夜节律阶段和授时因子暴露情况进行合理的运动时间安排,作为辅助治疗或预防策略以及身体增强手段。