首页> 外国专利> COMPUTATIONAL CARDIAC DEPOLARIZATION AND REPOLARIZATION SIMULATION LIBRARY MAPPING FOR NON-INVASIVE ARRHYTHMIA RISK STRATIFICATION

COMPUTATIONAL CARDIAC DEPOLARIZATION AND REPOLARIZATION SIMULATION LIBRARY MAPPING FOR NON-INVASIVE ARRHYTHMIA RISK STRATIFICATION

机译:计算心脏去极化和复极模拟库映射用于无创性心律失常风险分层

摘要

A non-invasive method for cardiac arrhythmia risk stratification may include identifying, based at least on an electrical recording of a patient, a cardiac depolarization simulation and a cardiac repolarization simulation corresponding to an electrical recording of a patient. One or more regions of increased spatial repolarization gradient in which a first area of a myocardium of the patient exhibits a first repolarization rate that differs from a second repolarization rate of a second area of the myocardium by an amount then divided by the spatial distance between the two regions, by a threshold value may be determined based on the cardiac depolarization simulation and the cardiac repolarization simulation. A risk of cardiac arrhythmia for the patient may be determined based a magnitude of the increased spatial repolarization gradient. Moreover, a treatment plan for the patient may be determined based on the magnitude and/or location of the increased spatial repolarization gradient.
机译:用于心律失常风险分层的非侵入性方法可包括至少基于患者的电记录,识别与患者的电记录相对应的心脏去极化模拟和心脏复极模拟。空间复极梯度增大的一个或多个区域,其中患者心肌的第一区域显示出与心肌的第二区域的第二复极率不同的第一复极率,然后除以两个区域之间的空间距离,阈值可以基于心脏去极化模拟和心脏复极模拟来确定。可根据空间复极梯度增加的幅度确定患者发生心律失常的风险。此外,可以基于增加的空间复极梯度的大小和/或位置来确定患者的治疗计划。

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