Why the study?
Does a reduced-order model accurately calculate fractional flow reserve (FFR) for evaluating haemodynamically significant stenoses?
Does a reduced-order model accurately calculate fractional flow reserve (FFR) for evaluating haemodynamically significant stenoses?
A reduced-order model for FFR calculation may help increase the diagnostic yield of cardiac catheterization for evaluating hemodynamically significant stenoses.
Stenosis and boundary condition optimization needed in reduced-order FFR models; leaves open prospective clinical validation before diagnostic use.
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Boileau et al. (2017) studied this question.
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