The Lead Episode 129: A Discussion of Worldwide Chronic Retrieval Experience of the Helix Fixation Leadless Cardiac Pacemaker-The Lead Episode 129 (Speaker Information)

The Lead Episode 129 (Speaker Information)

Pdf Summary

This discussion centers on the article titled "Worldwide Chronic Retrieval Experience of the Helix Fixation Leadless Cardiac Pacemaker," published in the Journal of the American College of Cardiology by Derek V. Exner and colleagues. The session is hosted by Dr. Tina Baykaner (Stanford University), featuring contributors Dr. Devi G. Nair (St. Bernards Medical Center) and Dr. Mikhael F. El-Chami (Emory University). The article explores global experiences related to the long-term retrieval of the Helix Fixation Leadless Cardiac Pacemaker, an advanced device designed to improve cardiac pacing without leads.<br /><br />The experts discuss clinical outcomes, technical challenges, and procedural insights related to chronic retrieval of this leadless pacemaker system, emphasizing its safety and efficacy based on worldwide data. The retrieval process is critical for device upgrades, replacements, or addressing complications, and understanding real-world experience aids clinicians in optimizing patient care.<br /><br />Disclosures are noted for transparency: Dr. El-Chami has research affiliations with Medtronic and Boston Scientific, consulting roles with several medical device companies, and advisory committee memberships including Biosense Webster and Abbott Medical. Dr. Nair and Dr. Baykaner also disclose relationships, with Dr. Baykaner holding honoraria, consulting, and research roles across multiple medical device manufacturers and the NIH.<br /><br />This expert panel highlights the evolving field of leadless cardiac pacing, underscoring the importance of chronic retrieval experience data to inform best practices and improve long-term patient outcomes in cardiac electrophysiology.

Keywords

Helix Fixation Leadless Cardiac Pacemaker

chronic retrieval

leadless pacemaker system

cardiac pacing

clinical outcomes

technical challenges

procedural insights

device upgrades

patient care optimization

cardiac electrophysiology