作者: Jung Hee Seo , Vijay Vedula , Theodore Abraham , Albert C. Lardo , Fady Dawoud
DOI: 10.1063/1.4904094
关键词: Ventricle 、 Flow pattern 、 Mitral valve 、 Ventricular function 、 Physics 、 Hemodynamics 、 Cardiology 、 Internal medicine 、 Blood circulation 、 Diastolic flow 、 Circulatory system
摘要: The leaflets of the mitral valve interact with jet and significantly impact diastolic flow patterns, but effect morphology kinematics on its implications for left ventricular function have not been clearly delineated. In present study, we employ computational hemodynamic simulations to understand flow. A model ventricle is constructed based a high-resolution contrast computed-tomography scan, physiological inspired synthesized from morphological echocardiographic data. Simulations are performed diode type as well in order delineate mitral-valve intraventricular study suggests that normal promotes formation circulatory (or “looped”) pattern ventricle. also increase strength apical flow, thereby enhancing washout mixing blood. these findings models discussed.