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The Lead Episode 125: A Discussion of Permanent Le ...
A Discussion of Permanent Left Bundle Branch Area ...
A Discussion of Permanent Left Bundle Branch Area DF-4 Defibrillator Lead Implantation Feasibility, Procedural Caveats, Safety, and Follow-Up, LIVE at HRX (Speaker Information)
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Pdf Summary
This discussion, hosted by Dr. Michael S. Lloyd at HRX, centers on the article "Permanent Left Bundle Branch Area DF-4 Defibrillator Lead Implantation: Feasibility, Procedural Caveats, Safety, and Follow-Up" published in the Journal of Cardiovascular Electrophysiology. Authored by Anindya Ghosh and colleagues, the article evaluates the clinical application of permanent left bundle branch area pacing using a DF-4 defibrillator lead. The procedure's feasibility, technical considerations, safety profile, and long-term follow-up outcomes are critically analyzed. Contributors to the discussion include Dr. Miguel A. Leal and Dr. Jason T. Jacobson, both holding FHRS credentials and affiliated with Emory University and Westchester Medical Center, respectively. They bring additional clinical insights and expertise to the conversation. Disclosures reveal consulting and research relationships of the contributors with medical device companies such as Medtronic, Boston Scientific, Abbott Medical, Zoll Medical, and others, highlighting industry engagement related to electrophysiology technologies. The session aims to provide electrophysiologists with practical knowledge on implant technique nuances, potential challenges, patient safety considerations, and optimizing clinical results through careful follow-up. Overall, the dialogue advances understanding of innovative pacing strategies that may enhance cardiac resynchronization and defibrillation therapy outcomes, supporting informed adoption in clinical practice.
Keywords
Permanent Left Bundle Branch Area Pacing
DF-4 Defibrillator Lead
Feasibility Study
Procedural Caveats
Safety Profile
Long-term Follow-Up
Cardiovascular Electrophysiology
Clinical Application
Electrophysiology Technologies
Cardiac Resynchronization Therapy
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