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Effect of seasonal training on maximal cardiac output

Effect of seasonal training on maximal cardiac output PHYSIOLOGY Vol. ‘25, No. 5, November Printed in U.S.A. seasal car iac F. G. V. DOUGLAS AND MARGARET Cardiorespiratory Service, Royal Victoria Hospital McGill University , Man treal, Canada R. BECKLAKE and R. BECKLAKE . Efect DOUGLAS, F. G. V., AND MARGARET . Physiol. seasal *PP~. 25(5) : 600-605. 1968.-Four university hockey players were exercised up to work capacity a bicycle ergometer seas and again after 4 mths before the start their trainin g. Measu rements were made heart rate (HR), caroxygen uptake (Voz), and minute ventiladiac (Qc), ti (9) at several increasing sub work loads as well as in the range capacity, both in the untrained and trained states. Although each subject increased his work capacity after , HR, Qc, 902, and V showed no csistent or significant change. An explanati for this finding is afforded by the observati ,that, after , subjects performed any given work load with less increase in HR, 0, and %Q i.e., there was less stress circulati and respirati than before . Thus, a greater work capacity was possible after even though no increase in circulatory capacity was demstrable. J- athletic . The purpose the present study was to define the seasal http://www.deepdyve.com/assets/images/DeepDyve-Logo-lg.png Journal of Applied Physiology The American Physiological Society

Effect of seasonal training on maximal cardiac output

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Publisher
The American Physiological Society
Copyright
Copyright © 1968 the American Physiological Society
ISSN
8750-7587
eISSN
1522-1601
Publisher site
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Abstract

PHYSIOLOGY Vol. ‘25, No. 5, November Printed in U.S.A. seasal car iac F. G. V. DOUGLAS AND MARGARET Cardiorespiratory Service, Royal Victoria Hospital McGill University , Man treal, Canada R. BECKLAKE and R. BECKLAKE . Efect DOUGLAS, F. G. V., AND MARGARET . Physiol. seasal *PP~. 25(5) : 600-605. 1968.-Four university hockey players were exercised up to work capacity a bicycle ergometer seas and again after 4 mths before the start their trainin g. Measu rements were made heart rate (HR), caroxygen uptake (Voz), and minute ventiladiac (Qc), ti (9) at several increasing sub work loads as well as in the range capacity, both in the untrained and trained states. Although each subject increased his work capacity after , HR, Qc, 902, and V showed no csistent or significant change. An explanati for this finding is afforded by the observati ,that, after , subjects performed any given work load with less increase in HR, 0, and %Q i.e., there was less stress circulati and respirati than before . Thus, a greater work capacity was possible after even though no increase in circulatory capacity was demstrable. J- athletic . The purpose the present study was to define the seasal

Journal

Journal of Applied Physiology – The American Physiological Society

Published: Nov 1, 1968

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