作者: H. Reul , N. Talukder , E.W. Mu¨ller
DOI: 10.1016/0021-9290(81)90046-4
关键词: Ventricular contraction 、 Mitral valve 、 Cardiology 、 Anatomy 、 Adverse pressure gradient 、 Aortic valve 、 Fluid mechanics 、 Medicine 、 Mitral flow 、 Internal medicine
摘要: Abstract The closure mechanism of the natural mitral valve is analysed in light pressure-flow relationship across valve. It shown that closes much same way as aortic during flow deceleration under a strong adverse pressure gradient caused by ventricular contraction. vortices appear to play no significant role actual closure, though they might be contributing mid-diastolic partial closure. was demonstrated model experiments that, if pulsatility maintained, remains unaffected even absence large behind leaflets.