[最大摄氧量与1500米跑记录时间的关系。劳埃德模型分析]
[Relation between maximal oxygen consumption and the record time in the 1500-meter run. Analysis of Lloyd's model].
作者信息
Camus G, Thys H, Lhermerout C, Deroanne D
出版信息
J Physiol (Paris). 1985;80(1):3-7.
Lloyd's equation (Lloyd, 1967 b) has been applied to the calculation of record time in the 1 500 meters foot race from VO2 max. Twenty-eight healthy male subjects participated in this investigation. Record times decrease with increasing VO2 max. The theoretical curve plotted from Lloyd's equation is consistent with this trend. Moreover, the relationship between calculated record times (TRc) and measured record times (TRm) is highly significant (TRc = 74.3 + 0.7 TRm; r = 0.883; P less than 0.001). These results validate Lloyd's equation and hypothesis.
劳埃德方程（劳埃德，1967年b）已被用于根据最大摄氧量计算1500米赛跑的记录时间。28名健康男性受试者参与了这项研究。记录时间随着最大摄氧量的增加而减少。根据劳埃德方程绘制的理论曲线与这一趋势一致。此外，计算得出的记录时间（TRc）与测量的记录时间（TRm）之间的关系非常显著（TRc = 74.3 + 0.7TRm；r = 0.883；P < 0.001）。这些结果验证了劳埃德方程和假设。
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