Clinical Electrophysiology (Heart Rhythm On demand ) 2022

Clinical Electrophysiology (Heart Rhythm On demand ) 2022 A curated bundle of Clinical Electrophysiology sessions presented at Heart Rhythm 2022. The education is presented in various learning formats, including Case-Based, Case-Based: Complicated Case, Tutorial, Core Curriculum, Abstracts, and more. Please note: this bundle does not include credit.

Content Overview

The Clinical Electrophysiology category contains the following sessions from Heart Rhythm 2022:

• #HRS2022 YIA Competition – Clinical EP Finalists (EN-571)
• (Under-)Utilization of Anticoagulation for AF (CE-539)
• Addressing the Needs of a Diverse Arrhythmia Population (JS-460)
• Arrhythmias in the Community: Risk factors, Detection and Management (CE-544)
• Arrhythmias Related to Spirochetes, Parasites and Viruses (CE-300)
• Arriving at a Better Understanding of COVID-19 and Arrhythmias (CE-541)
• Best of Heart Rhythm Case Reports (CE-585) Best of Heart Rhythm O2 (CE-726)
• Board Review for EP Fellows: SVT and VT (CE-314)
• Can Genetics Help After a Young Sudden Cardiac Death? (JS-193)
• Cardio-oncology: New Cancer Therapeutics and Arrhythmias (CE-299)
• Challenges and Updates in Arrhythmic Mitral Valve Prolapse Syndrome (CE-326)
• Challenging Cases for the Electrophysiologist (PC-578)
• Complex SVT Discrimination by Pacing Maneuvers (CE-223)
• Conduction System Pacing? LBBB Area Pacing and Beyond (JS-404)
• Controversies in Arrhythmia Management in Athletes (CE-207)
• Controversies in Atrial Fibrillation and Lifestyle Management (CE-286)
• Cutting Edge Advances and Challenges in Managing Patients with Arrhythmogenic Cardiomyopathy (JS-453)
• Debate: Pill in the Pocket DOAC Guided By Long-Term Continuous Monitoring as a Strategy For Stroke Prevention in AF Patients: Myth or a Possibility (CE-487)
• Debate: What is the Role of LAA Occlusion for Stroke Prevention in Atrial Fibrillation? (CE-303)
• Does Sex Matter? (CE-507)
• Early AF Treatment: Prime Time or Hold the Horses (JS-445)
• Epicardial Mapping and Ablation in 2022 – State of the Art (JS-458)
• Genotype-First Arrhythmia Risk Prediction for Arrhythmogenic Cardiomyopathy (ACM) – What Have We Achieved and Where are We Going? (JS-174)
• Getting an Eye on the Target Before the Ablation of SVT (CE-542)
• Global Arrhythmia Education and Continuous Quality Improvement (CQI) – It Takes a Planet, not a Village (JS-452)
• Heart Rhythm Journal Presents: New Advances in Managing Cardiac Arrhythmias (CE-584)
• How to Conquer the Difficult Procedure (CE-315)
• How to Optimize Care for AF Patients in the Preablation Period (JS-451)
• Inside Out: The Left Ventricle (CE-310)
• Introduction of the New HRS Expert Consensus Statement on the Management of Arrhythmias During Pregnancy: A Case-Based Discussion of
• Recommendations (CE-342)
• Investigation of Decedents with Sudden Unexplained Death and Patients with Sudden Cardiac Arrest and of Their Families (JS-285)
• Late-Breaking Clinical Trials: Clinical Innovations (LB-734)
• Left Atrial Appendage Occlusion: Trials and Tribulations (CE-538)
• Localization Insights from the Electrocardiogram (JS-459)
• Looking Forward: What Ongoing Clinical Trials Could Teach Us (CA-509)
• Making Genomics Equitable for All Patients with Heritable Cardiovascular Disease (JS-146) Management of the Asymptomatic Patient with a High Burden of PVCs (CE-307)
• Managing Arrhythmic Risk: New Technologies and Techniques (CE-343)
• New trials in VT management (CE-540) New Uses for Old Drugs (CE-432)
• Novel Arrhythmia Insights and Mapping Techniques (CE-520)
• Novel Mapping Approaches for Atrial Fibrillation (CE-100)
• Opioids and Arrhythmia Risk (JS-426)
• Optimal and Personalized Management of Atrial Fibrillation (JS-434)
• Peri-TAVR Conduction Blocks: To Pace or Not to Pace (CE-302)
• Pre-Excitation . . . and: Understanding Associated Conditions (CE-486)
• Presenting the 2022 HRS Expert Consensus Statement on Evaluation and Management of Arrhythmic Risk in Neuromuscular Disorders: Development,
• Rationale, and Application (CE-410)
• Racial and Ethnic Disparities in Clinical Electrophysiology (CE-124)
• Radiation Safety For Eps (CE-485)
• Sex Differences in Cardiac Arrhythmias (CE-245)
• SVTs Mediated by Variant Accessory Pathways (CE-169)
• The Early the Better: Afib Detection and Stroke (CE-543)
• Translating Genetics to Optimize Arrhythmia Care (JS-338)
• Understanding and manipulating the autonomic nervous system (CE-521)
• Update on Dysautonomic Syndromes: Pacing, Neuroablation and COVID (CE-346)
• Ventricular Tachycardia Management in Arrhythmic Syndromes (CE-175)
• Ventricular Tachycardia: Prediction, Outcomes, and Treatment (CE-522)

Learning Objectives

After watching a reasonable amount of Clinical Electrophysiology (Heart Rhythm 2022), the learner should be able to:

• Identify and analyze the latest scientific advances and innovations in the field of heart rhythm disorders.
• Select appropriate, evidence-directed pharmacological and non-pharmacological therapies to achieve optimal outcomes for patients with heart rhythm disorders.
• Recognize alternative perspectives regarding areas of controversy for which scientific evidence is insufficient, controversial, inconclusive, or confusing.
• Utilize quality improvement measures, methods, and tools to foster systems-based improvements in heart rhythm care, outcome, and value.
• Analyze and improve processes related to inter-professional teams, care coordination, patient engagement, and communication to optimize the delivery of patient- and family-centered care.
• Assess the impact of regulatory and institutional policies, and societal and cultural norms, on safety, timeliness, equity (including diversity and inclusion), effectiveness, efficiency, patient-centered care, and value.
• Utilize improved communication methods to engage with patients and caregivers for increased shared decision-making in the treatment of heart rhythm disorders
• Evaluate the latest technology available for both professionals and consumers in the field of heart rhythm disorders.
• Recognize disparities in health care and describe strategies to reduce these disparities in patient care.
• Utilize shared decision-making resources in discussing monitoring and treatment of patients with heart rhythm disorders.
• Describe the latest cardiac device advisories and/or recalls and explain how to share this information with patients and caregivers.
• Explain the current and future trends in digital health that will impact the treatment of heart rhythm disorders.
• Describe best practices for managing a device clinic, an AF center, and/or a multidisciplinary electrophysiology practice