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3D Computational Fluid-Structure Interaction Model of Canine Heart with Different Patch Materials for Optimal Myocardium Regeneration

机译:用不同贴片材料进行犬心脏的3D计算流体结构相互作用模型,以实现最佳心肌再生

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Myocardial tissue regeneration techniques are being developed for the potential that viable myocardium may be regenerated to replace scar tissues in the heart or used as patch material in heart surgery [1]. The material property of the patch on which myocardium cells are placed has important impact on cell adhesion and multiplication [2]. Fluid-structure interaction (FSI) models for canine heart with patch was introduced to quantify regional flow and mechanical conditions in the patch area and investigate the influence of the different patch materials on myocardium regeneration.
机译:正在开发心肌组织再生技术,以便可以再生可行的心肌以取代心脏中的瘢痕组织或用作心脏手术中的贴剂材料[1]。置入心肌细胞的贴剂的材料特性对细胞粘附和倍增产生了重要影响[2]。引入了犬齿心脏的流体结构相互作用(FSI)模型与贴片的型号,以量化斑块区域中的区域流动和机械条件,并调查不同贴剂材料对心肌再生的影响。

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