Key result
A mathematical model of coronary blood flow control provided patient-specific estimates of flow changes between rest and exercise using only heart rate and peak aortic pressure as input.
A novel mathematical model provides patient-specific estimates of coronary blood flow changes during exercise, enhancing the physiological accuracy of hemodynamic simulations.
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May enable simplified coronary flow modeling in simulations; leaves open prospective validation before clinical use.
Arthurs et al. (2016) studied Coronary blood flow control. Mathematical model of coronary blood flow control was evaluated on Patient-specific estimates of coronary blood flow changes between rest and exercise. A mathematical model of coronary blood flow control provided patient-specific estimates of flow changes between rest and exercise using only heart rate and peak aortic pressure as input.
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