Key result
A novel computational method enables the reconstruction of the left ventricle from electroanatomical data points and allows quantitative analysis of scar areas, border zones, and arrhythmia substrates.
A novel computational method enables the quantitative analysis of electroanatomical mapping data to identify scar border zones and potential arrhythmia substrates in the left ventricle.
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May aid substrate mapping in VT procedures; leaves open prospective validation before clinical adoption.
Kuklik et al. (2004) studied Cardiac arrhythmias / Myocardial infarction. Computational method for heart chamber reconstruction and quantitative analysis was evaluated on Quantitative description of normal muscle, damaged/scar areas, and border zones. A novel computational method enables the reconstruction of the left ventricle from electroanatomical data points and allows quantitative analysis of scar areas, border zones, and arrhythmia substrates.
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