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无氧阈的标准及预测值。

Standards and predicted values of anaerobic threshold.

作者信息

Pałka M J, Rogoziński A

出版信息

Eur J Appl Physiol Occup Physiol. 1986;54(6):643-6. doi: 10.1007/BF00943354.

Abstract

Mean values for body size, body composition and endurance indices have been obtained from a homogeneous group of 125 physically active men to find predicted values of AT (age 23.4 +/- 4.3 years; height 175.9 +/- 6.5 cm; weight 72.2 +/- 8.9 kg; body fat 17.9 +/- 4.7% body weight, muscularity index 19.0 +/- 1.5 kg fat-free mass/cm2 X 10(-4) height; forced vital lung capacity 5667 +/- 815 cm3; VO2max 48.5 +/- 6.0 cm3 X kg-1 X min-1; anaerobic threshold 61.0 +/- 7.8% VO2max). Endurance performance and fitness indices were a little higher than average, but about 10% lower than in endurance-trained athletes. The authors suggest that standards of anaerobic threshold (AT) for ergonomics and endurance training should be about 55-65% VO2max, but not lower than 1800 cm3 O2 X min-1. The coefficients of correlation of AT relating to VO2max, PFO2 and submaximal load were significant at the 0.01 level. Using regression analysis, predicted values of AT were developed. A predicted value of AT can be obtained from the regression line of AT on Lsubmax used as a nomogram, during a simple PWC170 exercise test without blood or gas analysis.

摘要

已从125名身体活跃的男性组成的同质群体中获得了身体尺寸、身体成分和耐力指标的平均值,以确定无氧阈(AT)的预测值(年龄23.4±4.3岁;身高175.9±6.5厘米;体重72.2±8.9千克;体脂占体重的17.9±4.7%,肌肉量指数为19.0±1.5千克去脂体重/厘米²×10⁻⁴身高;用力肺活量5667±815立方厘米;最大摄氧量48.5±6.0立方厘米·千克⁻¹·分钟⁻¹;无氧阈为最大摄氧量的61.0±7.8%)。耐力表现和体能指标略高于平均水平,但比耐力训练的运动员低约10%。作者建议,人体工程学和耐力训练的无氧阈(AT)标准应为最大摄氧量的55 - 65%,但不低于1800立方厘米氧气·分钟⁻¹。无氧阈与最大摄氧量、脉搏血氧饱和度和亚极量负荷的相关系数在0.01水平上具有显著性。通过回归分析得出了无氧阈的预测值。在简单的PWC170运动测试中,无需进行血液或气体分析,就可以从以最大摄氧量为横坐标的无氧阈回归线上获得无氧阈的预测值,该回归线可作为一种列线图使用。

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