Key result
Mathematical models of short-term autonomic cardiovascular control highlight the complexity, redundancy, and variability of the system in response to various physiological perturbations.
Design
Review
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Models underscore autonomic variability, warranting cautious clinical metric interpretation; leaves open prospective validation in human cohorts.
Mathematical modeling provides a coherent framework for understanding the complex and redundant mechanisms of short-term autonomic cardiovascular control.
Ursino et al. (2003) conducted a review in Cardiovascular autonomic control. Mathematical models was evaluated. Mathematical models of short-term autonomic cardiovascular control highlight the complexity, redundancy, and variability of the system in response to various physiological perturbations.
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