| Literature DB >> 31400870 |
Ghassen Cheniti1, Stephane Puyo2, Claire A Martin3, Antonio Frontera3, Konstantinos Vlachos3, Masateru Takigawa3, Felix Bourier3, Takeshi Kitamura3, Anna Lam3, Carole Dumas-Pommier4, Xavier Pillois4, Thomas Pambrun3, Josselin Duchateau3, Nicolas Klotz3, Arnaud Denis3, Nicolas Derval3, Hubert Cochet5, Frederic Sacher3, Remi Dubois2, Pierre Jais3, Meleze Hocini3, Michel Haissaguerre3.
Abstract
Electrocardiographic imaging is a mapping technique aiming to noninvasively characterize cardiac electrical activity using signals collected from the torso to reconstruct epicardial potentials. Its efficacy has been demonstrated clinically, from mapping premature ventricular complexes and accessory pathways to of complex arrhythmias. Electrocardiographic imaging uses a standardized workflow. Signals should be checked manually to avoid automatic processing errors. Reentry is confirmed in the presence of local activation covering the arrhythmia cycle length. Focal breakthroughs demonstrate a QS pattern associated with centrifugal activation. Electrocardiographic imaging offers a unique opportunity to better understand the mechanism of cardiac arrhythmias and guide ablation.Entities:
Keywords: Ablation; Arrhythmias; ECGI; Electrocardiographic imaging; Noninvasive mapping
Mesh:
Year: 2019 PMID: 31400870 DOI: 10.1016/j.ccep.2019.05.004
Source DB: PubMed Journal: Card Electrophysiol Clin ISSN: 1877-9182