Background Integration of whole-heart activation simulations and inverse potential mapping
(IPM) could benefit the guidance and planning of electrophysiological procedures. Routine …

Introduction: Atrial fibrillation (AF) is the most prevalent cardiac dysrhythmia and
percutaneous catheter ablation is widely used to treat it. Panoramic mapping with multi …

Background Electrocardiographic imaging (ECGI) is a promising tool for the treatment and
diagnosis of cardiac arrhythmias. ECGI estimates non-invasively the electrical activity of the …

Background Electrocardiographic imaging (ECGI) is a promising tool for the treatment and
diagnosis of cardiac arrhythmias. ECGI estimates non-invasively the electrical activity of the …

Non-invasive electrocardiographic imaging has been seen as a painless and economic
method to map the electrical functions of the heart. However, it is still a great challenge to …

The foremost premise for the success of noninvasive volumetric myocardial Transmembrane
(TMP) imaging from Body Surface Potential (BSP) recordings is a realistic yet efficient TMP …

Background Catheter ablation is a cornerstone treatment for scar related ventricular
arrhythmias. Functional substrate ablation strategies guided by local activation time (LAT) …

Background Inverse potential mapping (IPM) noninvasively reconstructs cardiac surface
potentials using body surface potentials. This requires a volume conductor model (VCM) …

Introduction: Personalized in silico models of cardiac electrophysiology based on non-
invasive recordings, such as body surface potential maps, are considered of pivotal …

Background: Non-invasive cardiac mapping—also known as Electrocardiographic imaging
(ECGi)—is a novel, painless and relatively economic method to map the electrical activation …