Key result
A biophysical model incorporating atrial electric activity and volume conduction successfully generated electrocardiographic signals that closely resemble clinically observed atrial fibrillation waveforms.
Population
Biophysical models of the genesis of ECG waveforms during atrial fibrillation
Design
Other
Authors
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Provides a platform for in silico AF ECG testing; leaves open prospective clinical validation before diagnostic use.
Biophysical modeling of atrial electrical activity and volume conduction can generate realistic ECG signals to aid in the classification of atrial fibrillation abnormalities.
Jacquemet et al. (2006) studied Atrial fibrillation. Biophysical models of atrial electric activity and volume conduction was evaluated on Simulation of electrocardiographic signals during atrial fibrillation. A biophysical model incorporating atrial electric activity and volume conduction successfully generated electrocardiographic signals that closely resemble clinically observed atrial fibrillation waveforms.
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