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在寒冷环境中锻炼。

Exercise in the cold.

作者信息

Nimmo Myra

机构信息

Department of Applied Physiology, University of Strathclyde, Glasgow, UK.

出版信息

J Sports Sci. 2004 Oct;22(10):898-915; discussion 915-6. doi: 10.1080/0264041400005883.

Abstract

Exercising in the cold is not an attractive option for many athletes; however, defining what represents cold is difficult and is not standard for all events. If the exercise is prolonged and undertaken at a moderate intensity, environmental temperatures around 11 degrees C can be an advantage. If the intensity is lower than this value and the individual does not generate sufficient metabolic heat to offset the effects imposed by the cold environment, then temperatures of 11 degrees C can be detrimental to performance. Similarly, when the performance involves dynamic explosive contractions, then a Cold ambient temperature can have a negative influence. Additional factors such as the exercising medium, air or water, and the anthropometric characteristics of the athlete will also make a difference to the strategies that can be adopted to offset any negative impact of a cold environment on performance. To plan for a performance in the cold requires an understanding of the mechanisms underpinning the physiological response. This review attempts to outline these mechanisms and how they can be manipulated to optimize performance.

摘要

对许多运动员来说,在寒冷环境中锻炼并非一个有吸引力的选择;然而,界定什么是寒冷是困难的,而且对所有项目来说也没有统一标准。如果运动持续时间较长且强度适中,环境温度在11摄氏度左右可能会有好处。如果强度低于这个值,且个体产生的代谢热量不足以抵消寒冷环境带来的影响,那么11摄氏度的温度可能会对表现产生不利影响。同样,当表现涉及动态爆发性收缩时,寒冷的环境温度也会产生负面影响。其他因素,如运动介质(空气或水)以及运动员的人体测量特征,也会对为抵消寒冷环境对表现的任何负面影响而可采用的策略产生影响。要为在寒冷环境中的表现制定计划,需要了解支撑生理反应的机制。本综述试图概述这些机制以及如何对其进行调控以优化表现。

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