Slebe Romy, Splinter Jane J, Schoonmade Linda J, Blondin Denis P, Campbell David J T, Carpentier André C, Després Jean-Pierre, Hoeks Joris, Kalsbeek Andries, Raina Parminder, Schrauwen Patrick, Serlie Mireille J, Stenvers Dirk Jan, Yi Chun-Xia, de Mutsert Renée, Beulens Joline W J, Rutters Femke
Epidemiology and Data Science, Amsterdam UMC, location Vrije Universiteit Amsterdam, Amsterdam, The Netherlands.
Health Behaviours & Chronic Diseases, Amsterdam Public Health, Amsterdam, The Netherlands.
Diabetes Obes Metab. 2025 Mar;27(3):1172-1183. doi: 10.1111/dom.16104. Epub 2024 Nov 28.
Alterations in sleep timing can lead to disturbances in glycaemic control, although the evidence is inconsistent. Therefore, this systematic review summarizes results from human intervention studies of altered sleep timing on glycaemic outcomes.
As part of a broader search on the effect of altering timing of sleep, physical activity and dietary intake, Medline and Embase were searched from inception to February 2023, and subsequent reference searches were done. With the help of a machine learning-aided program 'ASReview', we selected any type of intervention study in the general adult population, which acutely delayed sleep by ≥2 h for at least one night, while the total time in bed was the same between early and late sleep. Quality assessment was done using the quality assessment tool for quantitative studies.
In total, 14 studies (159 adults with normal or increased weight) were identified. Methodological quality was high (n = 4), moderate (n = 7) or low (n = 3). Acute delays of sleep onset showed unfavourable effects in 10 out of 27 measured glycaemic outcomes (one-six studies reported on each outcome) with outcomes mostly measured in the postprandial period, compared to (early) nighttime sleep.
Acutely delaying sleep timing might have unfavourable effects on glycaemic outcomes, compared to (early) nighttime sleep. Future research does however need better controlled trials, also measuring and controlling sleep quantity, sleep quality, physical activity and dietary intake, with longer follow-up periods, consistent outcomes and designs and more diverse populations to provide targeted advice regarding the optimal timing for sleep.
This review is part of a larger search 'The effect of altering timing of physical activity, sleep and energy intake on glycaemia and Type 2 Diabetes risk in humans', of which the protocol was registered in the PROSPERO database on 27 November 2021 under number: CRD42021287828.
睡眠时间的改变会导致血糖控制紊乱,尽管证据并不一致。因此,本系统综述总结了关于改变睡眠时对血糖结果影响的人体干预研究结果。
作为对改变睡眠时间、身体活动和饮食摄入影响的更广泛搜索的一部分,检索了从创刊到2023年2月的Medline和Embase数据库,并进行了后续的参考文献检索。借助机器学习辅助程序“ASReview”,我们选择了一般成年人群中的任何类型的干预研究,其中至少有一晚将睡眠急性延迟≥2小时,而早睡和晚睡期间的总卧床时间相同。使用定量研究的质量评估工具进行质量评估。
共确定了14项研究(159名体重正常或超重的成年人)。方法学质量高(n = 4)、中等(n = 7)或低(n = 3)。与(早期)夜间睡眠相比,在27项测量的血糖结果中有10项显示睡眠开始急性延迟有不利影响(每项结果有1-6项研究报告),结果大多在餐后测量。
与(早期)夜间睡眠相比,急性延迟睡眠时间可能对血糖结果有不利影响。然而,未来的研究需要更好的对照试验,同时测量和控制睡眠量、睡眠质量、身体活动和饮食摄入,随访期更长,结果和设计一致,人群更多样化,以便就最佳睡眠时间提供针对性建议。
本综述是“改变身体活动、睡眠和能量摄入时间对人类血糖和2型糖尿病风险的影响”这一更大搜索的一部分,其方案于2021年11月27日在PROSPERO数据库中注册,编号为:CRD42021287828。