Laboratory of the Metabolic Adaptations to Exercise under Physiological and Pathological Conditions, (AME2P), UE3533, Clermont Auvergne University, CEDEX 63170 Aubiere, France.
Auvergne Research Center for Human Nutrition (CRNH), CEDEX 63000 Clermont-Ferrand, France.
Nutrients. 2021 Mar 24;13(4):1051. doi: 10.3390/nu13041051.
The aim of this study was to investigate energy expenditure, food intake and appetite feelings in response to water- vs. land-based cycling exercises in healthy young women.
Anthropometric measurements and body composition were assessed among 20 women who performed four experimental sessions in a randomized order: (i) a rest condition (CONT); (ii) a 30-min aqua-cycling exercise session (WAT), (iii) a 30-min land-cycling exercise session at the same rpm (LAND), (iv) a land-cycling session at the same heart rate and isoenergetic to WAT (LAND-Iso). Energy expenditure and substrate oxidation were measured by indirect calorimetry; ad libitum energy intake during subsequent lunch was assessed with appetite feelings recorded at regular intervals.
Energy expenditure was higher during the 30-min WAT than during CONT and LAND ( < 0.001). Carbohydrate oxidation was higher in the WAT session compared to CONT and LAND ( < 0.05). LAND-Iso duration was significantly increased (+14 min) to reach the same energy expenditure as in the WAT condition ( < 0.05). There was no differences in food intake between sessions.
While further studies are needed to optimize the chronic energetic effects of aqua-cycling, the present study suggests that this exercise modality could represent an efficient strategy to induce acute energy deficit.
本研究旨在调查健康年轻女性在水基和陆基骑行运动中能量消耗、食物摄入和食欲感受的变化。
20 名女性参与了本随机交叉试验,共完成 4 次实验:(i)静息状态(CONT);(ii)30 分钟水上骑行运动(WAT);(iii)以相同转速进行 30 分钟陆地骑行运动(LAND);(iv)以相同心率和等能量的方式进行陆地骑行运动(LAND-Iso)。通过间接测热法测量能量消耗和底物氧化;通过记录定期的食欲感受,评估随后午餐时的随意能量摄入。
与 CONT 和 LAND 相比,30 分钟的 WAT 运动使能量消耗更高(<0.001)。与 CONT 和 LAND 相比,WAT 运动时碳水化合物氧化更高(<0.05)。为了达到与 WAT 条件相同的能量消耗,LAND-Iso 运动时间显著增加(+14 分钟)(<0.05)。各运动之间的食物摄入量没有差异。
虽然需要进一步研究以优化水上骑行的慢性能量效应,但本研究表明,这种运动方式可能是诱导急性能量不足的有效策略。