Clinical Evaluation of Noninvasive ECGI Epi-Endocardial Mapping Accuracy

M. Chmelevsky, M. Budanova, S. Zubarev, D. Potyagaylo, T. Treshkur, D. Lebedev
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引用次数: 9

Abstract

Although ECG imaging technology has been in development for many years, the clinical validation of epi-endocardial ECGI mapping has been conducted only on relatively small groups of patients. This study was performed to evaluate epi-endocardial ECGI mapping accuracy for the pacings from implanted pacemakers in a single center single-blind cross-sectional study. Thirty patients with previously implanted pacemakers underwent epi-endocardial ECGI mapping using “Amycard 01C EP Lab” system (EP Solutions SA, Switzerland). The median (25-75% IQR) geodesic distance between noninvasively reconstructed and the reference pacing sites was 8 (5–11) mm for the LV epicardial and 4 (2–6) mm for the RV endocardial pacings. This study showed sufficient accuracy of epi-endocarial ECGI technology to use it in a routine clinical practice for identification of focal arrhythmia sources.
无创ECGI心内膜外标精度的临床评价
尽管心电成像技术已经发展多年,但心内膜外ECGI制图的临床验证仅在相对较小的患者群体中进行。本研究在单中心单盲横断面研究中评估植入心脏起搏器起搏器的ECGI定位准确性。30例先前植入起搏器的患者使用“Amycard 01C EP Lab”系统(EP Solutions SA,瑞士)进行了心内膜外ECGI制图。无创重建起搏点与参考起搏点之间的中位(25-75% IQR)测地线距离,左室心外膜为8 (5-11)mm,右室心内膜起搏为4 (2-6)mm。本研究表明,ECGI技术具有足够的准确性,可用于常规临床实践中识别局灶性心律失常的来源。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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