Back

Determinants of baseline electrical performance in left bundle branch area pacing: a comprehensive multivariable analysis and its relationship with mid-term electrical evolution

12 April 2026 (08:00 - 15:30)
Organised by: Logo
Congress Presentation Part of: Poster session (2): device therapy Antibradycardia Pacing EHRA Premium Access EHRA 2026 European Heart Rhythm Association (EHRA)

About the speaker

Photo
Doctor Alvaro Estevez Paniagua

University Hospital Infanta Leonor, Madrid (Spain)

213 More presentations in this session

Presentation thumbnail
Genetic variants and device upgrade in young pacemaker recipients
Doctor J. Sanchez Moreno (Almeria, ES)
Abstract Slides Video
Presentation thumbnail
Electrocardiographic repolarization changes following conduction system pacing in pacemaker-induced cardiomyopathy
Doctor A. Sahin (Konya, TR)
Abstract Slides Video
Presentation thumbnail
Experiences with implantable loop recorders in syncope patients
Mr A. Oinonen (Helsinki, FI)
Abstract Slides Video
Presentation thumbnail
Forcecardiography as a non-invasive predictor of echocardiographic parameters in patients undergoing cardiac resynchronization therapy: a preliminary study
Doctor V. Pergola (Naples, IT)
Abstract
Presentation thumbnail
Diagnostic work-up and clinical characteristics in out-of-hospital cardiac arrest survivors with ICD implantation: a prospective Danish study
Mr C. Hansen (Copenhagen, DK) Doctor B. Winkel (Copenhagen, DK)
Abstract

Access the full session

Session thumbnail
Poster session (2): device therapy

The Event

Event poster

EHRA 2026

12 April - 14 April 2026
You may be interested in
thumbnail
Congress Presentation
Electrical evolution after LBBAP: clinical, echocardiographic and procedural predictors of mid-term changes
thumbnail
Congress Session
Conduction system pacing
thumbnail
Congress Presentation
Left bundle branch area pacing: longitudinal data on pacing efficacy

ESC 365 is supported by

novartis Explore sponsored resources

ESC 365 is supported by

novartis Explore sponsored resources