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    • 16. 发明授权
    • Systems and methods for acquiring endocardially or epicardially paced
electrocardiograms
    • 获得心内膜或心外膜心电图的系统和方法
    • US5711305A
    • 1998-01-27
    • US393158
    • 1995-02-17
    • David K. SwansonJames G. WhayneDorin Panescu
    • David K. SwansonJames G. WhayneDorin Panescu
    • A61B1/005A61B5/042A61B5/0452A61B18/14A61N1/05G06F17/00G06F19/00A61B5/0402A61N1/36
    • G06F19/3406A61B5/0422A61B5/04525A61B5/6855A61B5/6858A61N1/056G06F19/3487A61B1/0051A61B18/1492
    • Systems and methods acquire electrocardiograms using a first electrode associated with a region of heart tissue and a second body surface electrode. An analog or digital processing element is coupled to the first and second electrodes for conditioning the first electrode to emit a pacing signal and for conditioning the second electrode to sense paced electrocardiograms occurring as a result of the pacing signal. The systems and methods also employ a template of an electrocardiogram of a cardiac event of known diagnosis; for example an arrhythmia that the physician seeks to treat. This event-specific template comprises a plot of biopotentials over time and not a spacial distribution of endocardial surface activation. The systems and methods compare this event-specific template to a sample of a paced electrocardiogram. The paced electrocardiogram sample comprises a plot of biopotentials over time and not a spacial distribution of endocardial surface activation. The comparison yields a matching coefficient indicating how alike the input sample is to the input template. The matching coefficient can be used by the physician, for example, to aid in the location of sites that are potentially appropriate for ablation.
    • 系统和方法使用与心脏组织区域和第二体表电极相关联的第一电极获取心电图。 模拟或数字处理元件耦合到第一和第二电极,用于调节第一电极以发出起搏信号并调节第二电极以感测由于起搏信号而产生的起搏心电图。 系统和方法还采用已知诊断的心脏事件的心电图的模板; 例如医师寻求治疗的心律失常。 该事件特定模板包括随时间的生物电势图,而不是心内膜表面活化的空间分布。 系统和方法将此事件特定的模板与起搏心电图的样本进行比较。 起搏心电图样本包括随时间的生物电势图,而不是心内膜表面活化的空间分布。 比较产生一个表示输入样本与输入模板相似的匹配系数。 例如,医生可以使用匹配系数来帮助可能适合于消融的部位的位置。