Key result
A novel finite element-based simulation tool successfully generated a patient-specific six-lead EKG using a two-variable approach for cardiac electrophysiology.
This study presents a novel finite element-based computational tool capable of simulating patient-specific EKGs from cardiac MRI data.
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Feasibility of MRI-derived patient-specific EKG simulation shown; leaves open clinical validation and utility in larger cohorts.
Kotikanyadanam et al. (2009) studied Cardiac electrophysiology. Finite element-based simulation tool was evaluated on Generation of a six-lead EKG. A novel finite element-based simulation tool successfully generated a patient-specific six-lead EKG using a two-variable approach for cardiac electrophysiology.
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