In a simulated 1D cardiac fiber, the magnetic field computed from the action potential reproduces spatially discordant alternans node positions, supporting magnetic field monitoring as a potential non-invasive arrhythmia biomarker.
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Impact of Electric Spatially Discordant Alternans on Cardiac Magnetic Field
In a simulated 1D cardiac fiber, the magnetic field computed from the action potential reproduces spatially discordant alternans node positions, supporting magnetic field monitoring as a potential non-invasive arrhythmia biomarker.