首页> 外文会议>International Conference on Life System Modeling and Simulation(LSMS 2007); 20070914-17; Shanghai(CN) >How to Ensure Safety Factors in the Development of Artificial Heart: Verified by the Usage of 'Modeling and Simulation' Technology
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How to Ensure Safety Factors in the Development of Artificial Heart: Verified by the Usage of 'Modeling and Simulation' Technology

机译:如何确保人造心脏发育中的安全因素:通过“建模与仿真”技术的验证

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摘要

The author has involved in two types of clinically available artificial hearts in Japan for these 30 years. Firstly, Toyobo auxiliary pulsatile ventricular assist pump was commercialized in 1991 and over 700 clinical cases are reported in Japanese market. Secondly, an implantable non-pulsatile ventricular assist pump (EVAHEART, Sunmedical Tech. Res. Co.) has been implanted into 11 patients in Japan. The author has been establishing a methodology to eliminate considerable risk factors through a development of hydrodynamic performance test, durability test and biocompatibility test. These in vitro tests are all effective to ensure a safety of the system and also in vitro tests have a contribution to reduce a number of animal experiments.
机译:在过去的30年中,作者参与了日本两种类型的临床上可获得的人造心脏的研究。首先,Toyobo辅助搏动性心室辅助泵于1991年商业化,在日本市场报道了700多例临床病例。其次,在日本的11名患者中已经植入了可植入的非搏动性心室辅助泵(EVAHEART,Sunmedical Tech。Res。Co.)。作者一直在通过开发水动力性能测试,耐久性测试和生物相容性测试来建立消除大量风险因素的方法。这些体外测试均可有效确保系统的安全性,而且体外测试有助于减少许多动物实验。

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