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首页> 外文期刊>International journal of applied electromagnetics and mechanics >Clinical applications and recent progress of therapeutic artificial organ using moving-actuator mechanisms
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Clinical applications and recent progress of therapeutic artificial organ using moving-actuator mechanisms

机译:移动致动器机制的治疗性人工器官的临床应用和最新进展

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Therapeutic Artificial Organs (TAO) are extracorporeal life-saving devices that are used to bridge patients from emergency to surgery and recovery. This paper details the research on TAOs in Korea along with their development as the clinical devices. In the heart and lung area, the artificial heart system (AnyHeart) and the pulsatile heart-lung machine (T-PLS) have been developed. The T-PLS has been used in 400 patients. In the renal replacement area, the portable hemofiltration machine (C-PAK) and its applications in home renal treatment are currently being tested through animal experiments. The multiple applications of the biomaterials, the electromechanical system designs and their control, the telecommunication technology and medical technology have been combined in the research and development of life-saving artificial organs for critically ill patients.
机译:治疗性人工器官(TAO)是一种体外救生设备,用于将患者从紧急情况过渡到手术和康复。本文详细介绍了韩国对TAO的研究及其作为临床设备的发展。在心脏和肺部地区,已经开发了人工心脏系统(AnyHeart)和搏动性心肺机(T-PLS)。 T-PLS已用于400位患者。在肾脏替代领域,便携式血液滤过机(C-PAK)及其在家庭肾脏治疗中的应用目前正在通过动物实验进行测试。生物材料的多种应用,机电系统的设计及其控制,电信技术和医疗技术已被用于危重病人挽救生命的人工器官的研究和开发中。

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