Key result
Olympic competition imposes varying degrees of psychological and physiological stress on the cardiovascular system, with systolic blood pressure increasing across all forms of exercise.
The cardiovascular effects of Olympic competition vary by event type, with psychological stress peaking before performance and isometric exercises specifically elevating mean systemic pressure.
The nature and extent of the stresses imposed upon the heart and circulation by Olympic competition varies markedly with the type of event. It is thus helpful to make an arbitrary classification of some of the main Olympic contests on the basis of the dominant physiological requirements (Table 1). The atmosphere of competition imposes an intense psychological stress upon all contestants, and this necessarily acts upon the cardiovascular system. However, psychological stress is greater during anticipation of exercise than during actual performance. Other factors being equal, the cardiovasular effects of psychological stress are thus likely to be greatest in brief repetitive events (categories 4 and 1 of Table 1). All forms of exercise tend to increase the systolic blood pressure. However, certain types of circulatory strain seem related to the mean rather than to the systolic pressure. Elevation of the mean systemic pressure is a particular feature of sustained isometric
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Roy J. Shephard (1968) conducted a review in Cardiovascular stress during Olympic competition. Olympic competition and exercise stress was evaluated. Olympic competition imposes varying degrees of psychological and physiological stress on the cardiovascular system, with systolic blood pressure increasing across all forms of exercise.
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