Goslin B R, Graham T E
Can J Appl Sport Sci. 1985 Sep;10(3):134-40.
This study compared measurements which were considered traditionally to reflect alactacid and lactacid components of anaerobic metabolism. Subjects (men (N = 9) and women (N = 5)) on one occasion performed an exhaustive cycle ergometer ride at VO2 max and had peak lactate and O2 debt (fast and slow components) determined. On a second occasion, they performed a Wingate test. All data were normalized for body weight. Very few correlations were found between O2 debt or peak lactate and the peak power, mean power and power decrease of the Wingate test. In particular, both peak lactate and the fast O2 debt component had low, nonsignificant correlations with either peak or mean power. The study failed to support the traditional assumptions that both tests are quantifying the same anaerobic energy systems.
本研究比较了传统上被认为可反映无氧代谢中无乳酸和乳酸成分的测量指标。受试者(男性(N = 9)和女性(N = 5))在一次测试中以最大摄氧量进行了力竭性的自行车测力计骑行,并测定了峰值乳酸和氧债(快速和慢速成分)。在另一次测试中,他们进行了温盖特测试。所有数据均按体重进行了标准化处理。在氧债或峰值乳酸与温盖特测试的峰值功率、平均功率和功率下降之间,几乎未发现相关性。特别是,峰值乳酸和快速氧债成分与峰值功率或平均功率的相关性均较低且无统计学意义。该研究未能支持两项测试都在量化相同无氧能量系统的传统假设。