Shepherd R E, Gollnick P D
Pflugers Arch. 1976 Apr 6;362(3):219-22. doi: 10.1007/BF00581173.
An adaptation of a standard activity wheel has been used to determine oxygen uptake of rats prior to and during exercise at 7 different speeds (16-67 m/min). Pre-exercise oxygen uptake was 2.42 +/- 0.10 (S.E.) ml (100 g x min)-1. Oxygen uptake increased linearly with work intensity (running speed). At 16m/min oxygen uptake was 6.44 +/- 0.16 ml (100 g x min)-1 and it increased to a maximal value of 9.51 +/- 0.14 ml (100 g x min)-1 at a running speed of 53.6 m/min. Increasing running speed to 67 m/min did not produce any further increase in oxygen uptake. Some comparisons of exercise intensity between rats of various studies and rats and man can be made from these data.
一种标准活动轮的改良装置已被用于测定大鼠在7种不同速度(16 - 67米/分钟)运动前及运动过程中的摄氧量。运动前的摄氧量为2.42±0.10(标准误)毫升/(100克×分钟)。摄氧量随工作强度(跑步速度)呈线性增加。在16米/分钟时,摄氧量为6.44±0.16毫升/(100克×分钟),在跑步速度为53.6米/分钟时,摄氧量增加到最大值9.51±0.14毫升/(100克×分钟)。将跑步速度提高到67米/分钟并没有使摄氧量进一步增加。从这些数据中可以对不同研究中的大鼠之间以及大鼠与人类之间的运动强度进行一些比较。