Reactive properties of the cardiorespiratory system in the process and after of the tense physical loading
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Abstract
The changes inthe reactivity of the cardiorespiratory system skilled athletes when performing prolonged physical loads (temporary rectangular increase the powerof work, short-term hypoxic and hypercapnic stimuli) when performing prolonged physical work.
It is found that the development of fatigue during exercise marked reduction of peak values of reaction and speed of their deployment. The importance of the background support fatigue sensitivity reactions of the respiratory system to CO2-H+-stimulus for more efficient respiratory compensation of metabolic acidosis is substantiated, thus ensuring the stability and mobility of functional responses to high physical performance in specific competitive activities.
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