University of Minnesota 32nd Annual Cardiac Arrhythmias Conference 2025 (Videos)

Advanced Cardiac Electrophysiology, Atrial Fibrillation & Device Therapy Update

Overview

University of Minnesota 32nd Annual Cardiac Arrhythmias Conference 2025 is an advanced cardiovascular education program dedicated to the latest developments in cardiac electrophysiology (EP), atrial fibrillation management, physiologic pacing, implantable cardiac devices, cardiovascular genetics, heart failure electrophysiology, and complex arrhythmia diagnosis.

Held in March 2025, this highly regarded conference brings together leading electrophysiologists, cardiologists, and cardiovascular specialists to explore contemporary strategies for managing complex rhythm disorders. Through evidence-based lectures, expert debates, and case-based discussions, participants gain practical insights into the evolving landscape of arrhythmia care.

The program emphasizes real-world clinical decision-making, integrating modern concepts in imaging, genetics, anticoagulation, device therapy, ablation technologies, sports cardiology, and heart failure management to improve patient outcomes.

Course Highlights

• 17 Video Lectures (MP4)
• 17 Audio Recordings (MP3)
• 17 Subtitle Files (VTT)
• 16 Downloadable PDF Presentations
• Case-Based Electrophysiology Discussions
• Advanced Arrhythmia Management Reviews
• Device Therapy & Physiologic Pacing Updates
• Evidence-Based Clinical Practice Guidance

Learning Objectives

Upon completion of this activity, participants will be able to:

• Apply current evidence-based approaches to atrial fibrillation management.
• Differentiate rate-control and rhythm-control treatment strategies.
• Evaluate anticoagulation options in complex arrhythmia patients.
• Interpret wide QRS tachycardias and challenging rhythm disturbances.
• Assess indications for catheter ablation and advanced rhythm interventions.
• Understand physiologic pacing and conduction system pacing techniques.
• Optimize management of implantable cardiac devices.
• Identify inherited arrhythmia syndromes and arrhythmogenic cardiomyopathies.
• Integrate cardiovascular genetics into electrophysiology practice.
• Apply electrophysiology principles in heart failure management.
• Evaluate arrhythmias in athletes and sports cardiology settings.
• Improve patient outcomes through individualized rhythm management strategies.

Major Topics Covered

Atrial Fibrillation Management

Atrial fibrillation remains one of the most important and rapidly evolving areas in electrophysiology.

Topics Include

• Rate control strategies
• Rhythm control approaches
• Early rhythm intervention
• Catheter ablation selection
• Device-guided AF monitoring
• Stroke prevention
• Long-term AF management

Clinical Decision-Making

Participants learn how to individualize therapy based on:

• Symptom burden
• Heart failure status
• Stroke risk
• Atrial remodeling
• Age and comorbidities
• Procedural candidacy

Anticoagulation & Post-Operative Atrial Fibrillation

Specialized sessions focus on challenging anticoagulation decisions after cardiac surgery.

Covered Topics

• Post-operative atrial fibrillation
• Stroke prevention
• Bleeding risk assessment
• Anticoagulation initiation timing
• Temporary versus persistent AF
• Long-term management strategies

These sessions address one of the most debated areas in modern electrophysiology practice.

Complex Arrhythmia Interpretation

The conference provides extensive training in advanced rhythm diagnosis.

Topics Include

• Wide QRS tachycardia
• Bradyarrhythmias
• Supraventricular tachycardias
• Ventricular arrhythmias
• Diagnostic algorithms
• Electrophysiologic reasoning

The case-based format mirrors real-world EP consultations and bedside rhythm interpretation.

Premature Ventricular Contractions (PVCs)

A dedicated review focuses on the management of frequent ventricular ectopy.

Discussion Areas

• PVC burden assessment
• PVC-induced cardiomyopathy
• Risk stratification
• Monitoring strategies
• Ablation candidacy
• Long-term ventricular function preservation

Participants learn when intervention is appropriate versus conservative observation.

Physiologic Pacing & Conduction System Pacing

One of the most rapidly advancing fields in electrophysiology is physiologic pacing.

Topics Include

• Conduction system pacing
• His-bundle pacing
• Left bundle branch area pacing
• Device optimization
• Pacing-induced cardiomyopathy prevention
• Long-term pacing outcomes

Emerging Questions

• Should all patients receive physiologic pacing?
• Which patients benefit most?
• How should pacing strategies evolve?

Implantable Device Therapy

The conference reviews modern implantable cardiac device management.

Topics Include

• Pacemakers
• Implantable cardioverter-defibrillators (ICDs)
• Cardiac resynchronization therapy (CRT)
• Device programming
• Device analytics
• Remote monitoring
• Device-guided clinical decisions

Heart Failure & Electrophysiology

The intersection between EP and heart failure continues to expand.

Covered Topics

• CRT optimization
• Device-guided heart failure monitoring
• Arrhythmia-related cardiomyopathy
• Ventricular pacing effects
• Rhythm management in systolic dysfunction
• Advanced heart failure therapies

These sessions demonstrate how electrophysiologists increasingly participate in long-term heart failure care.

Arrhythmogenic Cardiomyopathy & Cardiovascular Genetics

The course includes advanced education on inherited arrhythmia disorders.

Topics Include

• Arrhythmogenic cardiomyopathy
• Inherited cardiomyopathies
• Sudden cardiac death risk assessment
• Genetic arrhythmia syndromes
• Family screening strategies
• Cardiovascular genetics

Precision Electrophysiology

Participants learn how genetics increasingly influences diagnosis, risk stratification, and treatment planning.

Sports Cardiology & Arrhythmias in Athletes

A dedicated sports cardiology session reviews rhythm disorders in athletic populations.

Discussion Areas

• Exercise-related arrhythmias
• Athletic heart syndrome
• Sudden cardiac death prevention
• Athletic participation decisions
• Physiologic versus pathologic remodeling

These topics help clinicians distinguish benign adaptations from true arrhythmogenic disease.

Emerging Ablation Technologies

The conference explores advances in interventional electrophysiology.

Topics Include

• Ablation energy sources
• Catheter ablation innovations
• Procedural planning
• Complex substrate modification
• Future EP technologies

Participants gain insight into emerging strategies shaping the future of rhythm management.

Educational Features

✔ Comprehensive electrophysiology curriculum

✔ Advanced atrial fibrillation management updates

✔ Device therapy and physiologic pacing education

✔ Cardiovascular genetics and inherited arrhythmia reviews

✔ Heart failure electrophysiology integration

✔ Complex arrhythmia interpretation training

✔ Case-based learning environment

✔ Evidence-based treatment recommendations

✔ Sports cardiology applications

✔ Emerging ablation technology updates

Who Should Attend?

This course is ideal for:

• Cardiac Electrophysiologists
• Cardiologists
• Heart Failure Specialists
• Internal Medicine Physicians
• Cardiology Fellows
• Electrophysiology Fellows
• Advanced Practice Providers
• Cardiac Device Specialists
• Nurse Practitioners
• Physician Assistants
• Residents interested in Cardiology and Electrophysiology

Why This Course Stands Out

✔ Strong focus on real-world electrophysiology practice

✔ Comprehensive atrial fibrillation and anticoagulation reviews

✔ Advanced physiologic pacing education

✔ Integrates genetics, imaging, and heart failure management

✔ Covers both foundational and emerging EP concepts

✔ Includes sports cardiology and inherited arrhythmia syndromes

✔ Practical case-based learning format

✔ Evidence-driven approach to arrhythmia care

✔ Highly relevant for board preparation and clinical practice

✔ Led by recognized electrophysiology experts

4. Topics

1. 01 The Role of Electrophysiology in Sports Medicine

2. 02 The Role of Advanced Imaging for Complete Heart Block

3. 03 Post Operative Atrial Fibrillation – Patient’s Should NOT Receive Anticoagulation

4. 04 The Role of Anticoagulation in New Onset Post-Cardiac Surgery Atrial Fibrillation (When to Initiate Anticoagulation)

5. 05 My Patient is Having a Lot of PVCs – When to Intervene

6. 06 Bradycardia – Physiological vs. Pathological – What Would the EP Do

7. 07 Wide QRS Complex Tachycardia

8. 08 The Role of Electrophysiology in Heart Failure Management

9. 09 Managing Complex Arrhythmias – Case Studies Round 2

10. 10 Arrhythmogenic Cardiomyopathy – Diagnostic Evolution and CV Genetics

11. 11 Managing Complex Arrhythmias – Case Studies Round 1

12. 12 Innovations in Device Therapies

13. 13 Maximizing Data from Implantable Cardiac Devices for Clinical Care

14. 14 Should All Patients Get Physiologic Pacing for De Novo Device Implants

15. 15 Do Energy Source Matter for Atrial Fibrillation Ablation

16. 16 Rate vs. Rhythm Control Debate – Argument for Rate Control Approach in AF

17. 17 Rate vs. Rhythm Control Debate – Argument for Rhythm Control Approach in AF