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迈向真正的单极生物电位记录:心电图的初步结果。

Towards true unipolar bio-potential recording: a preliminary result for ECG.

机构信息

The MARCS Institute, The University of Western Sydney, Sydney, NSW, Australia.

出版信息

Physiol Meas. 2013 Jan;34(1):N1-7. doi: 10.1088/0967-3334/34/1/N1. Epub 2012 Dec 18.

Abstract

We present a bio-potential front-end capable of recording unipolar ECG leads without making use of the Wilson central terminal (WCT). The information contained in the new unipolar recordings may yield unique diagnostic information as it avoids the need to essentially subtract data or make use of the averaging effect imposed by the WCT. The system also allows a direct, real-time software calculation of signals corresponding to standard ECG leads for standard diagnosis. These calculated standard ECG leads have a correlation in excess of 92% with a gold standard ECG recorded in parallel. The circuit is wideband, compatible with both the standard and the dry electrodes, and of low power (requiring less than 20 mW powered at 12 V). It is therefore well suited for long-term applications.

摘要

我们提出了一种生物电位前端,能够记录单极心电图导联,而无需使用威尔逊中心终端(WCT)。新的单极记录中包含的信息可能会提供独特的诊断信息,因为它避免了基本需要减去数据或利用 WCT 施加的平均效应的需要。该系统还允许直接实时软件计算与标准诊断相对应的标准心电图导联的信号。这些计算出的标准心电图导联与并行记录的金标准心电图具有超过 92%的相关性。该电路具有宽带、与标准和干式电极兼容、低功耗(在 12V 时需要小于 20mW)的特点。因此,它非常适合长期应用。

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