Laboratory of Pharmacology, Faculty of Medicine, University of Sfax , Sfax, Tunisia.
Research Laboratory, Education, Motricité, Sport Et Santé, LR19JS01, High Institute of Sport and Physical Education, University of Sfax , Sfax, Tunisia.
J Sports Sci. 2020 Nov;38(22):2553-2561. doi: 10.1080/02640414.2020.1793651. Epub 2020 Jul 31.
This study evaluated the effects of partial-sleep-deprivation (SDN) and a 30 min nap opportunity on physical and cognitive performances and mood states. Fourteen physically active students (BMI = 232.8 ± 0.4 kg/m) performed the reaction time, the number cancellation (., assessing vigilance) and the 5-m shuttle run tests and responded to the Profile of Mood States (POMS-f) questionnaire at 18h00 after a normal-sleep (NSN) and a SDN) and after two nap conditions (Nap and no-Nap) realized between 13h00 and 13h30. Vigilance and the reaction time were better after Nap compared to no-Nap opportunity following NSN and SDN and during NSN compared to SDN only during no-Nap. Total and peak distance during the 5-m shuttle run test were higher and the fatigue index was lower during Nap compared to no-Nap condition after NSN and SDN and during NSN compared to SDN during Nap and no-Nnap. Anxiety, fatigue, confusion, and depression were lower and vigour was higher during Nap compared to no-Nap after NSN and SDN and during NSN compared to SDN during Nap and no-Nap. In conclusion, a 30-min of nap opportunity helps to overcome the negative effect of SDN on mood states as well as physical and cognitive performances.
这项研究评估了部分睡眠剥夺(SDN)和 30 分钟小睡机会对身体和认知表现以及情绪状态的影响。14 名身体活跃的学生(BMI=232.8±0.4kg/m)在 18 点完成了反应时间、数字删除(., 评估警觉性)和 5 米穿梭跑测试,并在正常睡眠(NSN)和 SDN 后以及在 13 点至 13 点 30 分之间进行的两次小睡条件(小睡和无小睡)后对心境状态问卷(POMS-f)进行了回答。与 NSN 和 SDN 后的无小睡机会相比,小睡后警觉性和反应时间更好,而仅在无小睡时 NSN 比 SDN 更好。与 NSN 和 SDN 后的无小睡条件相比,与 NSN 和 SDN 后的无小睡条件相比,5 米穿梭跑测试的总距离和峰值距离更高,疲劳指数更低,而在小睡和无小睡期间,与 NSN 和 SDN 后的无小睡条件相比,焦虑、疲劳、困惑和抑郁程度更低,而活力更高。综上所述,30 分钟的小睡机会有助于克服 SDN 对情绪状态以及身体和认知表现的负面影响。