首页> 外文期刊>Revista Brasileira de Educacao Fisica e Esporte >Estimativa das contribui??es dos sistemas anaeróbio lático e alático durante exercícios de cargas constantes em intensidades abaixo do VO2max
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Estimativa das contribui??es dos sistemas anaeróbio lático e alático durante exercícios de cargas constantes em intensidades abaixo do VO2max

机译:在低于VO2max的强度下进行恒定负荷运动时,乳酸和乳酸厌氧系统的贡献估算

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The purpose this study was that estimated contributions of the anaerobic lactic (MAL) and alactic (MAA) metabolism during constant load exercises at intensities below the maximal oxygen capacity uptake (VO2max). Ten males (23 ± 4 years, 176.4 ± 6.8 cm, 72.4 ± 8.2 kg, 12.0 ± 4.5 % of fat body) performed in the first visit a progressive test until exhaustion to identification of VO2max, power output corresponding to the VO2max (WVO2max) and second ventilatory threshold (LV2). On the second and third visit, the participants performed six constant workload tests (3 per session) with intensities below VO2max. There was a predominance of MAL about MAA during the exercises sub-maximal from intensity corresponding to the LV2, being significantly higher at 90% VO2max (p < 0.05). Thus, these results may help coaches to implement training loads appropriate to their athletes, according to the metabolic demand of the competition.
机译:这项研究的目的是,在低于最大摄氧量(VO2max)的强度下进行恒定负荷运动时,估计厌氧乳酸(MAL)和乳酸(MAA)代谢的贡献。第一次拜访时进行了十只雄性(23±4岁,176.4±6.8 cm,72.4±8.2 kg,12.0±4.5%的脂肪体),进行累进试验,直到用尽确定VO2max,对应的VO2max(WVO2max)第二通气阈值(LV2)。在第二次和第三次访问中,参与者进行了六次恒定的工作量测试(每节3次),其强度低于VO2max。在运动过程中,相对于LV2强度,亚MA占主导地位的是MAL占最大,在最大VO2max为90%时更高(p <0.05)。因此,根据比赛的新陈代谢需求,这些结果可以帮助教练实施适合其运动员的训练负荷。

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