A portable reduced-lead ECG device can generate a 12-lead ECG to achieve conduction system pacing comparable to conventional systems, potentially democratizing the procedure outside the EP lab.
Does a portable reduced-lead ECG system accurately measure intervals for optimizing left bundle branch area pacing compared to a standard EP lab recording system?
A portable, reduced-lead ECG device can accurately measure the necessary electrocardiographic intervals for optimizing left bundle branch area pacing, potentially democratizing the procedure outside of traditional EP labs.
Key teaching points:-A portable reduced-lead ECG can generate a 12-lead ECG -Conduction system pacing can be achieved using reduced-lead ECG device comparable to conventional ECG recording systems -This may democratize conduction system pacing and improve procedural success in settings outside of the EP lab Abbreviations: Electrocardiogram (ECG) Left Bundle Branch (LBB) Left Bundle Branch Area (LBBA) Left Bundle Branch Area Pacing (LBBAP) Electrophysiology (EP) R-Wave Peak Time (RWPT) QRS Duration (QRSD) Conduction System Pacing (CSP) Left Ventricle (LV) Right Ventricle (RV) Left Ventricular Activation Time (LVAT) LA (Left Arm) LL (Left Leg) RA (Right Arm)
Hsieh et al. (Fri,) conducted a other in Conduction system pacing. Portable reduced-lead ECG device vs. Conventional ECG recording systems was evaluated on Conduction system pacing achievement. A portable reduced-lead ECG device can generate a 12-lead ECG to achieve conduction system pacing comparable to conventional systems, potentially democratizing the procedure outside the EP lab.