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Analysis of Daily Energy Expenditure of Elite Athletes in Relation to Their Sport, the Measurement Method and Energy Requirement Norms

机译:高水平运动员日常能量消耗与运动,测量方法和能量需求量标准的关系分析

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The purpose of this study was to estimate the daily energy expenditure (DEE) of 30 Polish elite athletes (15 women and 15 men aged 20 to 34 years) representing aerobic-endurance sports and speed-strength sports and to compare the obtained values with energy requirement norms recommended for athletes. Participants’ DEE was measured for seven days using a chronometric-tabular method and a kinematic method. The kinematic method provided significantly lower values of DEE, by 25%. Mean DEEs obtained for female aerobic-endurance and speed-strength athletes were 3042.6 ± 389 and 3255.7 ± 359 kcal/24h (a chronometric-tabular method) and 2230.9 ± 209 and 2346.3 ± 355 (the kinematic method), respectively. The differences between the two groups were not statistically significant (p 0.05). Male athletes’ mean DEEs were significantly higher (p 0.05). While no evidence was found that the type of sport alone could cause significant differences in the overall mean DEE between aerobic endurance athletes and speed-strength athletes, athletes’ sex significantly differentiated women from men in that respect (the latter’s DEE was significantly greater). Such differences were not noted, though, when athletes’ relative DEE (adjusted for body mass and body composition) were compared. The study revealed that the actual energy requirements of individual athletes can vary in a wide range and that they can be different from recommended energy intake.
机译:这项研究的目的是评估30名代表有氧耐力运动和速度强度运动的波兰精英运动员(15名女性和15名男性,年龄在20至34岁之间)的每日能量消耗(DEE),并将获得的价值与能量进行比较建议运动员的要求规范。使用计时表和运动学方法对参与者的DEE进行了7天的测量。运动学方法提供了显着较低的DEE值,降低了25%。女子有氧耐力和速度强度运动员的平均DEE分别为3042.6±389和3255.7±359 kcal / 24h(计时表法)和2230.9±209和2346.3±355(运动学法)。两组之间的差异无统计学意义(p> 0.05)。男运动员的平均DEE明显更高(p 0.05)。尽管没有证据表明仅一项运动的类型会导致有氧耐力运动员和速度力量运动员的整体平均DEE发生显着差异,但在这方面,运动员的性别明显将女性与男性区分开(后者的DEE明显更大)。但是,当比较运动员的相对DEE(根据体重和身体成分进行调整)时,没有注意到这些差异。该研究表明,每个运动员的实际能量需求可能在很大范围内变化,并且可能与建议的能量摄入量不同。

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