The Lead Episode 136: A Discussion of Electrophysiological Characteristics of Lead Position Dependent Electrogram Uninterrupted Transition during Left Bundle Branch Pacing-The Lead Episode 136 Speaker Information

The Lead Episode 136 Speaker Information

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This document summarizes a hosted discussion on the article titled "Electrophysiological Characteristics of Lead Position Dependent Electrogram Uninterrupted Transition during Left Bundle Branch Pacing," published in the Heart Rhythm Journal. The discussion was led by Dr. Jason T. Jacobson, MD, FHRS, from Westchester Medical Center, with contributions from Dr. Pugazhendhi Vijayaraman, MD, FHRS (Geisinger Heart Institute), and Dr. Gaurav A. Upadhyay, MD (University of Chicago).<br /><br />The article under discussion investigates the electrophysiological properties related to the positioning of pacing leads during left bundle branch pacing (LBBP), a cardiac pacing technique aimed at improving conduction and synchrony by directly stimulating the left bundle branch. The focus is on how lead position affects the electrogram characteristics, particularly the uninterrupted transition phenomenon, which may have implications for optimizing pacing lead placement and improving procedural success and patient outcomes.<br /><br />The contributors bring expertise in cardiac electrophysiology and device therapy, discussing critical aspects of the article's findings, methods, and clinical relevance. The insights shared aim to enhance understanding of LBBP's electrophysiological markers, facilitating better guidance for lead positioning during implantation.<br /><br />Disclosure statements reveal that Dr. Jacobson and Dr. Vijayaraman have consultancy, speaking, research, and advisory relationships with various medical device companies such as Medtronic, Boston Scientific, Abbott, and others, while Dr. Upadhyay has relevant industry affiliations, ensuring transparency in the discussion.<br /><br />Overall, this expert panel discussion serves to illuminate advancements in LBBP techniques by analyzing the lead position-dependent electrogram transitions, contributing to evolving best practices in cardiac pacing therapy.

Keywords

Left Bundle Branch Pacing

Electrophysiological Characteristics

Lead Position

Electrogram Transition

Cardiac Pacing

Heart Rhythm Journal

Jason T. Jacobson

Pugazhendhi Vijayaraman

Gaurav A. Upadhyay

Cardiac Electrophysiology