Challenging the Chronic Perverse Bias in Prosthetic Valve Design: A Pathway Opens for Advanced Mechanical Valves.

LAWRENCE N. SCOTTEN, Dylan Goode, Rolland Siegel, David J. Blundon, James W. Dutton, Hadi Mohammadi
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Abstract

Objective: -In vitro evaluation of several prototype mechanical valves compared to present-day SAVR prosthetic valves. Method: -simulated normal cardiac pressures and flows -gravity pressure head column tester flows -recorded valve hydrodynamics and kinematics Results: -valves superior in performance to clinical controls Conclusions: -Prototype MHV candidates outperform the closing performance of present-day SAVR prosthetic valves, including bioprosthetic control.
挑战人工瓣膜设计中的长期逆向偏差:为先进的机械瓣膜开辟道路。
结果:瓣膜的性能优于临床对照组结论:候选 MHV 原型的关闭性能优于目前的 SAVR 人工瓣膜,包括生物假体控制瓣膜。
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