Effects of eliminating wave reflections on developed pressure and flow: a model based study

D. S. Berger, J.K. Li, W. Laskey, A. Noordergaaf
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Abstract

Absrrocr-The effects of wave reflections on the pressure and flow developed by the left ventricle were studied using an arterial svstem model coupled to a time-varying compliance simulation of the left ventricle. With this model. reflections could be reduced or eliminated while retaining the dc characteristics of the system. This allowed for the stud! of the effects of wave reflections on the dynamically beating left ventricle, without the influence of changes i n peripheral resistance. Reduction of wave reflections yields increases in peak systolic. diastolic. and mean aortic pressures and stroke volume. Stroke volume and mean pressure increased only in the range where strong reflection occurs.
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消除波反射对发展压力和流动的影响:基于模型的研究
摘要:采用左心室顺应性随时间变化的动脉系统模型,研究了波反射对左心室压力和血流的影响。用这个模型。反射可以减少或消除,同时保持系统的直流特性。这允许种马!在不受外周阻力变化影响的情况下,波反射对动态跳动左心室的影响。波反射的减少使收缩压峰值增加。舒张压。平均主动脉压和中风量。冲程体积和平均压力仅在发生强烈反射的范围内增加。
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