Key result
Finite element method modeling of radiofrequency cardiac ablation was used to develop a lesion size estimator software that predicts lesion dimensions based on target temperature and location.
Why the study?
Does target temperature and location affect lesion size in a computational model of cardiac radiofrequency ablation?
Population
Computational model of a system including blood, myocardium, and an ablation catheter with a thermistor…
Design
Preclinical
Authors
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May inform RF ablation parameter selection; leaves open clinical utility pending prospective validation.
Does target temperature and location affect lesion size in a computational model of cardiac radiofrequency ablation?
A finite element method-based software tool was developed to estimate cardiac RF ablation lesion dimensions based on target temperature and location, potentially aiding electrophysiologists in selecting treatment parameters.
Lai et al. (2004) studied Cardiac radiofrequency ablation. Finite element method (FEM) modeling was evaluated on Lesion depth and width. Finite element method modeling of radiofrequency cardiac ablation was used to develop a lesion size estimator software that predicts lesion dimensions based on target temperature and location.
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