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首页> 外文期刊>Sports medicine >Interval training for performance: a scientific and empirical practice. Special recommendations for middle- and long-distance running. Part II: anaerobic interval training.
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Interval training for performance: a scientific and empirical practice. Special recommendations for middle- and long-distance running. Part II: anaerobic interval training.

机译:间隔时间进行绩效训练:科学和经验实践。对中长跑的特别建议。第二部分:无氧间歇训练。

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摘要

Studies of anaerobic interval training can be divided into 2 categories. The first category (the older studies) examined interval training at a fixed work-rate. They measured the time limit or the number of repetitions the individual was able to sustain for different pause durations. The intensities used in these studies were not maximal but were at about 130 to 160% of maximal oxygen uptake (VO2max). Moreover, they used work periods of 10 to 15 seconds interrupted by short rest intervals (15 to 40 seconds). The second category (the more recent studies) asked the participants to repeat maximal bouts with different pause durations (30 seconds to 4 to 5 minutes). These studies examined the changes in maximal dynamic power during successive exercise periods and characterised the associated metabolic changes in muscle. Using short-interval training, it seems to be very difficult to elicit exclusively anaerobic metabolism. However, these studies have clearly demonstrated that the contribution of glycogenolysis to the total energy demand was considerably less than that if work of a similar intensity was performed continuously. However, the latter studies used exercise intensities that cannot be described as maximal. This is the main characteristic of the second category of interval training performed above the minimal velocity associated with VO2max determined in an incremental test (vVO2max). Many studies on the long term physiological effect of supramaximal intermittent exercise have demonstrated an improvement in VO2max or running economy.
机译:无氧间歇训练的研究可分为两类。第一类(较早的研究)以固定的工作率检查间歇训练。他们测量了时间限制或个人在不同的停顿持续时间内能够维持的重复次数。这些研究中使用的强度不是最大,但约为最大摄氧量(VO2max)的130%至160%。此外,他们使用10到15秒的工作时间,并被短暂的休息间隔(15到40秒)打断。第二类(较新的研究)要求参与者以不同的暂停时间(30秒至4至5分钟)重复进行最大的动作。这些研究检查了连续运动期间最大动能的变化,并表征了相关的肌肉代谢变化。使用短时间隔训练,似乎很难引起仅厌氧代谢。但是,这些研究清楚地表明,与连续进行类似强度的工作相比,糖原分解对总能量需求的贡献要小得多。但是,后面的研究使用的运动强度不能被描述为最大。这是在增量测试中确定的与VO2max相关的最小速度之上进行的第二次间歇训练的主要特征。关于最大间歇运动的长期生理效应的许多研究表明,最大摄氧量或跑步经济性得到改善。

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