Why the study?
Kinetics analysis following workload transitions provides important physiological information, but has not been performed on mean arterial pressure despite its clear clinical importance.
Does kinetic modeling of mean arterial pressure during exercise provide insight into cardiovascular health status?
Does kinetic modeling of mean arterial pressure during exercise provide insight into cardiovascular health status?
Kinetic modeling of mean arterial pressure during exercise transitions is a practical and repeatable tool that may help assess cardiovascular health.
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MAP kinetics modeling is feasible post-exercise; hypothesis-generating for hypertension differences and requires validation before clinical consideration.
Kinetics analysis of physiological variables following workload transitions provides important information, but this has not been performed on mean arterial pressure (MAP), despite the clear clinical importance of this variable. This investigation reveals that kinetic modeling of MAP following unloaded-to-loaded knee-extensor exercise is practical and repeatable. Additional preliminary findings in hypertensive and, age-matched, normotensive subjects suggest that MAP kinetics may provide insight into cardiovascular health and the effect of aging.
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Craig et al. (2021) studied this question.
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