17 research outputs found
Exercise-induced arterial hypoxemia is not different during cycling and running in triathletes
No full textThis study examined the effect of running and cycling on exercise-induced arterial hypoxemia (EIAH) in individuals well trained in each modality. Thirteen male triathletes (X+/-SD: age=36+/-5 years, mass=69+/-8 kg, body fat=12+/-1%) performed progressive exercise to exhaustion during cycle ergometry and treadmill running. Gas exchange was determined, while oxyhemoglobin saturation (SaO(2)) was measured with an ear oximeter. At maximal exercise, the respiratory exchange ratio (1.15+/-0.06 vs. 1.10+/-0.05) and the ventilatory equivalent for oxygen uptake (37.6+/-3.8 vs. 34.2+/-2.7) were greater during cycling vs. running (
Exercise-induced arterial hypoxemia is not different during cycling and running in triathletes
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Constitutive production of extracellular glucose isomerase by an osmophillic Aspergillus sp. under submerged conditions
No full textBlood Lactate Disappearance during Breathing Hyperoxic Gas after Exercise in Two Different Physical Fitness Groups. On The Work Load Fixed at 70%VO2max.
No full textBlood Lactate Changes during Isocapnic Buffering in Sprinters and Long Distance Runners.
No full textEarly adaptations in gas exchange, cardiac function and haematology to prolonged exercise training in man
No full textBlood Lactate Disappearance during Breathing Hyperoxic Gas after Exercise in Two Different Physical Fitness Groups. On The WorkLoad Fixed at 130% AT.
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