https://www.selleckchem.com/pr....oducts/NVP-AEW541.ht
001), with an increasing difference as work rate increased (P .001). Neither cycle rate nor work per cycle differed between inclines when compared at identical submaximal work rate (P .16). The longer poling times utilized in uphill XC sit-skiing enable more work per cycle and better gross efficiency, thereby allowing skiers to achieve a higher WRpeak compared to flat XC sit-skiing. However, the similar values of peak oxygen uptake between inclines indicate that XC sit-skiers can tax their cardiorespiratory capacity similar
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