Revolutionizing Electrophysiology: The Role of AI in Empowering Allied Professionals-Revolutionizing Electrophysiology: The Role of AI in Empowering Allied Professionals

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Video Summary

The session at the HRS 2025 annual meeting in San Diego focused on the integration of AI into electrophysiology (EP), highlighting its impact on allied professionals. Evan Robertson introduced the session, followed by Amy Tucker from Sanger Heart Institute, who discussed AI's critical role in EP by improving efficiency and accuracy in areas such as ECG interpretation, remote monitoring, and disease prediction. Key technologies like machine learning and natural language processing were highlighted for their capabilities in problem-solving and decision-making.<br /><br />Madeline Oster spoke on AI-driven wearable cardiac technology, which is transforming heart health management by providing continuous, real-time data. She emphasized the importance of these devices in arrhythmia detection and proactive interventions. Despite limitations in accuracy, wearable devices are essential for engaging patients in their health management.<br /><br />Lastly, Sally Gustafson from Emory delved into AI advancements in cardiac monitoring, particularly with insertable cardiac monitors. She highlighted the significant reduction in false-positive alerts due to AI, improving workload management for device clinics. The session underscored AI's role in enhancing human capabilities rather than replacing them, and emphasized the ongoing need for human oversight in clinical contexts.

Keywords

AI integration

electrophysiology

ECG interpretation

wearable cardiac technology

arrhythmia detection

machine learning

insertable cardiac monitors

human oversight