Key result
Leadless atrial pacing targeting Bachmann's bundle was successfully implanted in a 49-year-old woman, reducing right atrium-to-lateral left atrium conduction time and paced P wave duration.
Why the study?
Does leadless atrial pacing targeting Bachmann's bundle improve atrial resynchronization in a patient with sinus node dysfunction and interatrial conduction delay?
Population
49-year-old woman with sinus node dysfunction and interatrial conduction delay (n=1)
Design
Case_report
Authors
Loading...
Feasibility of leadless BBAP in one case is hypothesis-generating; leaves open efficacy, safety, and role in atrial resynchronization.
Case Report (n=1)
Does leadless atrial pacing targeting Bachmann's bundle improve atrial resynchronization in a patient with sinus node dysfunction and interatrial conduction delay?
This first-in-human case demonstrates the feasibility of leadless Bachmann's bundle area pacing to achieve atrial resynchronization, potentially offering a more physiological approach than traditional right atrial appendage pacing.
Hollis et al. (2025) conducted a case report in Sinus node dysfunction and interatrial conduction delay (n=1). Leadless atrial pacemaker targeting Bachmann's bundle was evaluated on Right atrium-to-lateral left atrium conduction time and paced P wave duration. Leadless atrial pacing targeting Bachmann's bundle was successfully implanted in a 49-year-old woman, reducing right atrium-to-lateral left atrium conduction time and paced P wave duration.
Synapse has enriched 4 closely related papers on similar clinical questions. Consider them for comparative context: