Titlebook: Respiratory Control; A Modeling Perspecti George D. Swanson,Fred S. Grodins,Richard L. Hughs Book 1989 Plenum Press, New York 1989 Multivar

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Interrelation of Respiratory Responses to ,co,, Pedal Rate and Loading Force During Cycle Exercise Dejours. in which both speed and force were varied. Recently, Casaburi et al.. systematically studied the influences of speed and force on the ..-.co. relationship in sinusoidal exercise on a cycle ergometer and found that the dynamic interrelation of .. and .co. was independent of the speed and force imposed during exercise.

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Lactate Balance During Low Levels of Exercisell at low levels of exercise and did not attain resting values until work rates exceeded 40% of maximal oxygen uptake. Under these conditions it was found that a quadratic function offered the most consistent description of the lactate-oxygen uptake (La/O.) relationship (Mortimore & Reed, 1982).

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Regulation of Alveolar Ventilation and Arterial Blood Gases During Exerciseifferent theories each supported by impressive evidence. Wasserman et al. (43) have concluded that their studies “strongly point to the existence of a sensitive chemoreceptive mechanism which causes ventilation to increase in proportion to CO. flow thus maintaining PaCO. essentially constant.” On th

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Neurogenic and Cardiodynamic Drives in the Early Phase of Exercise Hyperpnea in Manption. Therefore, concerning this rapid hyperpnea, defined as Phase 1 of exercise hyperpnea by Wasserman et al.., it has long been considered that neurogenic stimuli for ventilation may be involved. The neurogenic stimuli include two entities, a reflex activity from the exercising limbs. and suprasp

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