Why the study?
Does blocking blood flow to the legs during exercise alter respiratory and circulatory functions through neurogenic mechanisms?
Population
Subjects performing uninterrupted work on a bicycle ergometer
Comparison
Sudden interruption of blood flow to the legs by… vs Uninterrupted work on the bicycle ergometer…
Design
Other
Authors
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Neurogenic ventilatory and pressor responses during ischemic exercise merit consideration; leaves open translation to clinical ischemia or exercise testing.
Does blocking blood flow to the legs during exercise alter respiratory and circulatory functions through neurogenic mechanisms?
Blocking blood flow to exercising muscles induces neurogenic increases in ventilation, pulse rate, and blood pressure, likely driven by increasing anaerobiosis.
Asmussen et al. (1964) studied this question.
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