Pediatric and Adult Congenital AI-ECG: From Model Development to Clinical Implementation (non-ACE)

Description

AI-ECG is an a rapidly developing research topic in the field of pediatric and adult congenital medicine. Drawing on and expanding the advances seen in AI enhanced adult electrocardiology, this session will outline the significant issues and opportunities for diagnosis and disease management in pediatric and congenital patients, review the methodology of AI-ECG and the similarities and important differences from application in adult cardiology, and explain the importance of collaborative, multi-center research and validation studies to successfully transition this technology to effective clinical practice.

Learning Objectives

Summarize how AI-ECG applications have been utilized in adults and lessons that can be learned.
Review how AI-ECG might be used in pediatric and congenital patients.
Describe how clinical trials and AI can be implemented in limited resource settings

Session Chair(s)

John Triedman, MD
Zachi Attia, MSEE, PhD

Presentation

What can we learn from Successful AI-ECG Applications in Adults?
Presenter(s): Malini Madhavan, MBBS

Applications of AI-ECG In the Pediatric and Adult Congenital Population
Presenter(s): Josh Mayourian

AI Multicenter Collaboration
Presenter(s): Evangelos Oikonomou

Clinical Trials and AI in Limited Resource Settings
Presenter(s): Katia Bravo Jaimes

Disclosures

Malini Madhavan:

Boston Scientific (Research (Contracted Grants for PIs and Named Investigators only) - Research)
Biotronik (Honoraria/Speaking/Consulting Fee - Consulting)
Biosense Webster, Inc. (Honoraria/Speaking/Consulting Fee - Speaking and Teaching)

Josh Mayourian:

Nothing Relevant to Disclose

Evangelos Oikonomou:

Ensight AI, Inc (Consulting - Consulting)

Katia Bravo Jaimes:

Nothing Relevant to Disclose

To view all Heart Rhythm 2025 Faculty Disclosures, please click here.

Education Framework

Diagnostic Testing
-- Monitoring and Other Noninvasive Diagnostic Testing
-- 15. Know the ECG features of normal and abnormal atrioventricular conduction including accessory atrioventricular pathways as well as variant pathways.

Summary


Availability:	No future session


Cost:	FREE


Credit Offered:	No Credit Offered