Hutten H, Schreier G, Kastner P, Grasser B, Iberer F, Tscheliessnigg K H
Institut für Elektro- und Biomedizinische Technik Technische Universität Graz.
Biomed Tech (Berl). 1996 Jun;41(6):158-65. doi: 10.1515/bmte.1996.41.6.158.
Modern pacemakers and electrodes are equipped with supplementary features that can be utilized for many problems related to cardiac diagnosis and therapy management. Especially the recording and computer-assisted analysis of intramyocardial electrograms (IEGM), particularly of ventricular evoked responses (VER), supplies important information. The IEGMs are transmitted with large bandwidth from the implanted pacemaker to an extracorporeal receiver and from there via Internet to a central data processing station, where a specially designed software for IEGM processing is available. An individual password secured account is installed for each user. After signal processing is completed, a comprehensive patient report including trend courses and relevant clinical data is provided and can be utilized by the user for further decisions. Using this basic structure, CHARM (Computerized Heart Acute Rejection Monitoring), a system for non-invasive rejection monitoring after heart transplantation, has been developed and successfully evaluated in a clinical environment.
现代起搏器和电极配备了辅助功能,可用于许多与心脏诊断和治疗管理相关的问题。特别是心肌电图(IEGM)的记录和计算机辅助分析,尤其是心室诱发反应(VER),能提供重要信息。IEGM通过大带宽从植入的起搏器传输到体外接收器,再从那里通过互联网传输到中央数据处理站,在该站有专门设计的用于IEGM处理的软件。为每个用户设置了一个有个人密码保护的账户。信号处理完成后,会提供一份包括趋势过程和相关临床数据的全面患者报告,用户可利用该报告做出进一步决策。利用这一基本结构,已经开发出了CHARM(计算机化心脏急性排斥监测)系统,用于心脏移植后的非侵入性排斥监测,并已在临床环境中成功评估。