Key result
Interacting neurocirculatory control mechanisms regulate the autonomic cardiovascular response to exercise.
Why the study?
While the cardiovascular consequences of isolated neurocirculatory mechanisms are understood, the circulatory impact of their simultaneous interaction during exercise has only recently been recognized.
This review summarizes the current understanding of how neurocirculatory control mechanisms interact to regulate cardiovascular responses during exercise in healthy individuals.
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Synthesizes neurocirculatory control in healthy exercise; leaves open translation to clinical populations and needs prospective validation.
Wan et al. (2023) conducted a review in Healthy individuals (exercise physiology). Neurocirculatory control mechanisms, including central command, baroreflex, exercise pressor reflex, and chemoreflex, interact to regulate the autonomic cardiovascular response to exercise.
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