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1概述如果从1958年第一个心脏起搏器植入人体算起,心脏起搏技术的发展已34年,它是工程技术和心脏电生理相结合,生物医学工程在临床应用中最成功,但又在进一步迅速发展中的技术。特别是近10多年来,从工程技术方面讲,由于微电子和微处理器技术的进一步应用、软件代替某些(?)传感某些生理参数并构成闭环电路,以及新能源、新材料、电极等方面应用于心脏起搏技术,使心脏起搏技术更合乎生理要求,心脏起搏的适应症更扩大,除治疗心脏传导系统障碍引起的心动过缓外,
1 Overview If from the first cardiac pacemaker implanted in humans in 1958, the development of cardiac pacing technology has been 34 years, it is a combination of engineering and cardiac electrophysiology, biomedical engineering the most successful in clinical applications, But again in the rapidly developing technology. Especially in the past 10 years, from the aspect of engineering technology, due to the further application of microelectronics and microprocessor technology, software replaces some (?) Sensing certain physiological parameters and forms a closed-loop circuit, as well as new energy sources, new materials, Electrodes and other aspects of cardiac pacing technology, cardiac pacing technology is more physiological requirements, the indications of cardiac pacing more expansion, in addition to the treatment of cardiac conduction disorders caused by bradycardia,