Tag: #Hemodynamics
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A Proposal of Risk Indicators for Pathological Development from Hemodynamic Simulation Application to Aortic Dissection
Introduction: Aortic dissection is a dangerous cardiovascular condition that demands precise intervention. This research offers groundbreaking insights into hemodynamic simulations, providing risk indicators for post-operative complications after endovascular treatments. Discover more on the complexities of aortic dissection and how these findings could revolutionize surgical approaches. Visit https://www.cardiologymedjournal.com/jccm for more groundbreaking research in this field. Main…
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Revolutionizing Cardiac Assistance The Hemodynamic Impact of Not-Motorized Implantable Circulatory Assistance NICA
Introduction: Cardiac failure is on the rise, with limited donor availability for transplantation necessitating innovative alternatives. One such breakthrough is the Not-Motorized Implantable Circulatory Assistance (NICA) device, a novel approach to enhancing heart function without external energy dependence. This article delves into the study’s findings on NICA’s hemodynamic advantages and its potential role in cardiac…
