Key result
Numerical CABG simulation estimates coronary hemodynamics in a biomechanical model of multivessel disease.
A biomechanical model of human coronary arteries with multivessel disease was developed to simulate hemodynamics following coronary artery bypass grafting.
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Provides a computational framework for post-CABG hemodynamics in multivessel disease; leaves open clinical translation pending validation studies.
The biomechanical model of human coronary arteries was modified for improving the quality of diagnosis and surgical treatment for coronary heart disease. The problem of hemodynamics in the left coronary artery with multivessel bed disease - 45% stenosis of the anterior descending branch and 75% stenosis of the circumflex branch - was particularly considered. Numerical simulation of the coronary arterial bypass of the main trunk was carried out to estimate the functional condition of the coronary arteries after restoring myocardial blood supply by surgery.
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Grishina et al. (2015) studied Coronary heart disease with multivessel bed disease. Numerical simulation of coronary arterial bypass grafting was evaluated on Functional condition of the coronary arteries after restoring myocardial blood supply. Numerical simulation of coronary arterial bypass grafting was utilized to estimate the functional condition of coronary arteries in a biomechanical model of multivessel disease.
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