Oxygen uptakr reserve
VO2 max.
Sinead Walsh has written: 'Validation of the PWC170 sub-maximal cycle ergometer test to predict maximal oxygen uptake'
In healthy persons oxygen uptake is about 10 ml per watt during cycling exercise. The resting oxygen uptake is 3.5 ml/kg body weight, and unloaded cycling appr 400-500 ml. So when you are doing an incremental test till exhaustion on a bicycle ergometer your peak power could be estimated into maximal oxygen uptake. So you'll have to multiply body weight by 3.5 and add 400-500 ml and add your peak power multiplied by 10.
Claire Henderson has written: 'Development of an on-court badminton test for prediction of maximal oxygen uptake'
Christopher G Ruta has written: 'The influence of varying combinations of arm and leg work on maximal oxygen uptake' -- subject(s): Exercise, Oxygen in the body, Physiological aspects, Physiological aspects of Exercise
ratio between oxygen usage to oxygen uptake is called as Oxygen extraction ratio
calcium is
Claudia Jayne Brahler has written: 'VersaClimber exercise elicits higher maximal oxygen uptake in women rowers than does treadmill exercise or rowing ergometry' -- subject(s): Women athletes, Training, Rowers, Oxygen in the body, Testing, Physiology, Physical fitness for women
Lu-Ann Marie Fletcher has written: 'The relation of maximal oxygen uptake and hyperoxia to reaction and movement times in older men and women' -- subject(s): Ability, Influence of age on, Influence of age on Ability, Oxygen in the body, Physical fitness for older people, Reaction time
James Allen Davis has written: 'A comparison of maximal oxygen uptake and associated measurements in middle-aged males obtained on a bicycle ergometer and treadmill' -- subject(s): Exercise, Oxygen in the body, Physical fitness, Physiological aspects, Physiological aspects of Exercise, Testing, Treadmill exercise tests
The choice that does not describe how recovery oxygen uptake oxygen deficit restores metabolic conditions is "by decreasing the heart rate." Recovery oxygen uptake oxygen deficit restores metabolic conditions by increasing oxygen consumption and restoring oxygen debt through increased respiration and blood circulation, not by decreasing heart rate.
increases the level of lactic acid in the muscle