JnJInstitute Atrial Fibrillation 23rd Symposium 2025

Advanced Atrial Fibrillation & Electrophysiology Symposium

Introduction

The JnJInstitute Atrial Fibrillation 23rd Symposium 2025 is a highly specialized electrophysiology conference focused on the latest innovations, technologies, and procedural strategies in the management of atrial fibrillation (AFib).

Organized by the Johnson & Johnson Institute in collaboration with Biosense Webster, this internationally recognized symposium brings together leading electrophysiologists, innovators, and key opinion leaders to explore cutting-edge approaches to AF ablation and rhythm management.

Held in Madrid from February 12–14, 2025, the conference emphasizes highly practical, case-based education designed to improve procedural efficacy, efficiency, and safety in modern electrophysiology practice.

The program focuses on:

• Atrial fibrillation ablation
• Electrophysiology workflows
• Cardiac anatomy for AF procedures
• Lesion creation strategies
• Procedural optimization
• Mapping technologies
• Catheter ablation techniques
• Patient selection and management
• Safety and complication reduction
• Live demonstrations and case-based learning

Participants gain hands-on, clinically relevant insights into the rapidly evolving world of AF intervention and procedural electrophysiology.

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Course Overview

📚 Program: JnJInstitute Atrial Fibrillation 23rd Symposium 2025

🏛️ Organizers:

• Johnson & Johnson Institute
• Biosense Webster

📅 Event Dates: February 12–14, 2025

📍 Location: Madrid

🎥 Included Content

• 4 videos
• 2 PDF files

💾 Total Size: 102 GB

🎯 Educational Focus

• Atrial fibrillation
• Catheter ablation
• Electrophysiology
• AF workflow optimization
• Cardiac mapping
• Lesion creation
• Procedural safety
• Advanced EP technologies

👨‍⚕️ Target Audience

• Cardiologists
• Electrophysiologists
• EP fellows
• Arrhythmia specialists
• Cardiac electrophysiology teams

Educational Focus

This symposium provides advanced education in:

• AF ablation strategies
• Electrophysiology procedural workflows
• Mapping systems
• Cardiac anatomy
• Lesion optimization
• Patient management during AF intervention

The curriculum strongly emphasizes practical procedural implementation and real-world electrophysiology workflows.

Atrial Fibrillation Ablation

A major focus of the symposium is advanced AF ablation strategy.

Covered Areas

• Pulmonary vein isolation
• Persistent AF management
• Substrate modification
• Lesion durability
• Repeat ablation strategies
• Complex AF mechanisms

Faculty review procedural approaches designed to improve long-term rhythm outcomes and procedural efficiency.

Electrophysiology Workflow Optimization

Dedicated sessions address procedural workflow refinement and lab efficiency.

Educational Topics

• Procedure planning
• Workflow standardization
• Time optimization
• Catheter positioning strategies
• Efficiency improvement
• Team-based EP lab coordination

Participants learn techniques to streamline AF procedures while improving procedural safety and outcomes.

Cardiac Anatomy & Mapping

The symposium provides detailed instruction in anatomy-guided AF intervention.

Topics Include

• Left atrial anatomy
• Pulmonary vein anatomy
• Interatrial septum access
• 3D electroanatomic mapping
• Mapping interpretation
• Anatomical procedural guidance

These sessions strengthen understanding of anatomy-driven electrophysiology intervention.

Lesion Creation & Energy Delivery

A central educational theme involves optimizing lesion quality and durability.

Covered Topics

• Lesion formation principles
• Contact force optimization
• Ablation energy strategies
• RF ablation techniques
• Lesion continuity
• Procedural endpoints

Faculty discuss techniques aimed at maximizing efficacy while minimizing complications.

Procedural Safety & Complication Prevention

Advanced instruction is provided on reducing procedural risk during AF intervention.

Clinical Areas

• Esophageal injury prevention
• Pericardial tamponade management
• Thromboembolic risk reduction
• Anticoagulation strategies
• Vascular access safety
• Intraprocedural monitoring

Participants review evidence-based approaches to improving patient safety during complex EP procedures.

Case-Based Learning & Live Demonstrations

The symposium is known for its interactive educational design.

Included Educational Formats

• Case-based lectures
• Live procedural demonstrations
• Panel discussions
• Interactive expert debates
• Practical workflow sessions

These formats help participants apply advanced electrophysiology concepts directly to real-world clinical practice.

Emerging Technologies in AFib Management

The conference highlights new and evolving electrophysiology technologies.

Topics Include

• Advanced mapping systems
• Novel ablation technologies
• Contemporary EP catheters
• Future AF intervention platforms
• Procedural innovation

Faculty provide insight into how emerging technologies are reshaping AF management.

Educational Advantages

Highly Practical EP Education

Focused on real-world procedural electrophysiology.

Advanced AFib Focus

Dedicated specifically to atrial fibrillation intervention and workflow optimization.

Interactive Learning Environment

Features live demonstrations, case discussions, and expert panel interaction.

Expert Faculty Leadership

Led by internationally recognized electrophysiology specialists and innovators.

Modern Procedural Technologies

Highlights current and future AF ablation platforms and techniques.

Who Should Attend

This symposium is especially valuable for:

• Electrophysiologists
• Cardiologists specializing in arrhythmias
• EP fellows
• AF ablation operators
• Cardiac rhythm specialists
• EP lab teams

It is particularly useful for clinicians seeking to optimize AF procedural safety, efficacy, and efficiency.

Clinical Value

The JnJInstitute Atrial Fibrillation 23rd Symposium 2025 delivers advanced electrophysiology education through integrated coverage of:

• Atrial fibrillation ablation
• Pulmonary vein isolation
• Electrophysiology workflows
• Lesion creation strategies
• Mapping technologies
• Cardiac anatomy
• Procedural optimization
• AF patient management
• EP lab efficiency
• Ablation safety
• Advanced EP technologies
• Interactive case-based electrophysiology education

The combination of practical AF intervention training, expert-led procedural education, advanced mapping technologies, and workflow-focused electrophysiology strategies makes this symposium highly valuable for modern electrophysiologists and arrhythmia specialists.

+ Topics:

*Note: these are continuous video recordings during the conference, they include individual lectures mentioned in the Detail section below

Afib2025_Advance Practical_31.01.pdf
Afib2025_Scientific Advance Agenda_04.02.pdf
Feb 12.mp4 (7 hours 30 minutes)
Feb 13.mp4 (11 hours)
Feb 14 Part 1.mp4 (10 hours 40 minutes)
Feb 14 Part 2.mp4 (5 hours 10 minutes)