Key result
Electroanatomic mapping using an auto-freeze map is feasible during premature atrial contractions and may be an option for catheter ablation.
Why the study?
Is electroanatomic mapping using an auto-freeze map feasible for catheter ablation of premature atrial contractions with a non-pulmonary vein origin?
Case Report
Is electroanatomic mapping using an auto-freeze map feasible for catheter ablation of premature atrial contractions with a non-pulmonary vein origin?
Electroanatomic mapping using an auto-freeze map provides a feasible technique for targeting intermittent premature atrial contractions during catheter ablation.
May aid ablation of intermittent non-PV PACs; hypothesis-generating and requires prospective outcome trials before adoption.
Symptomatic premature atrial contractions (PACs) may be a target for catheter ablation. However, mapping of PACs with an atrial origin may not be easy because of erratic incidence and different sites of origin. Although the technique and efficacy of electroanatomic mapping has been established in stable arrhythmias, electroanatomic mapping of PACs in intermittent arrhythmias has not yet been reported. This article describes a manoeuvre for mapping PACs using an electroanatomic mapping system. Our experience has demonstrated that electroanatomic mapping using an auto-freeze map is feasible during PACs and may be an option for catheter ablation of PACs.
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Yamada et al. (2008) conducted a case report in Premature atrial contractions (PACs) with a non-pulmonary vein origin. Electroanatomic mapping using an auto-freeze map was evaluated on Feasibility of mapping. Electroanatomic mapping using an auto-freeze map is feasible during premature atrial contractions and may be an option for catheter ablation.
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