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首页> 外文期刊>Journal of Thermal Biology >Acute responses of heat acclimatised cyclists to intermittent sprints in temperate and warm conditions
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Acute responses of heat acclimatised cyclists to intermittent sprints in temperate and warm conditions

机译:在温度和温暖的条件下,热适应骑自行车的人对间歇性冲刺的急性反应

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摘要

(1) This study describes the performance and the acute physiological responses of heat acclimatised cyclists during three sets of 5 x 20 s sprints followed by a final sprint to exhaustion in temperate (mean +/- standard deviation 20.2 +/-0.4 degreesC; 46 +/-2% humidity, 108.5 +/-1.4 kPa water vapour pressure) and in warm conditions (30.5 +/-0.4 degreesC; 47 +/- 10% humidity, 206.8 +/-6.4 kPa water vapour pressure). (2) Oxygen consumption was greater in the warm condition and there was no evidence of an increased reliance on anaerobic metabolism as has been reported for submaximal exercise in the heat. (3) Subjects lost 2.1 +/-0.2% of body mass in 53.8 +/-0.2 min during the warm condition. While the duration of the time to exhaustion final sprint was 50 +/- 13 s during the warm condition it was 60 +/-7 s for the temperate condition (p = 0.020).
机译:(1)这项研究描述了三组5 x 20 s短跑,随后的最后一个短跑在温带疲惫(平均+/-标准偏差20.2 +/- 0.4摄氏度; 46摄氏度)时热适应的自行车运动员的表现和急性生理反应湿度为+/- 2%,水蒸气压为108.5 +/- 1.4 kPa),并且在温暖的条件下(30.5 +/- 0.4摄氏度;湿度为47 +/- 10%,水蒸气压为206.8 +/- 6.4 kPa)。 (2)在温暖的条件下耗氧量更大,并且没有证据表明对厌氧代谢的依赖性增加,因为据报道在高温下进行了最大程度的运动。 (3)在温暖的条件下,受试者在53.8 +/- 0.2分钟内失去了2.1 +/- 0.2%的体重。在温暖状态下,最终精疲力尽的持续时间为50 +/- 13 s,而在温带条件下为60 +/- 7 s(p = 0.020)。

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