On Demand: HeartX Webinar Series: Emerging Innovation in CV Diagnostics, Monitoring and Clinical Decision Support-Webinar Recording

Video Transcription

Video Summary

The webinar featured four HeartX startups presenting innovations in cardiovascular diagnostics, monitoring, and decision support.

<strong>Doppel Technologies</strong> described a remote imaging platform that brings specialist ultrasound and echocardiography services to rural and underserved hospitals. Their system combines robotics, software, and tele-sonography to help facilities overcome staffing shortages, expand imaging capacity, and improve access without requiring full-time specialists on site. They emphasized strong early adoption, patient comfort, and existing reimbursement pathways.

<strong>EchoPoint Medical</strong> introduced a coronary physiology device designed to simplify coronary function testing. Their microcatheter measures pressure and flow with one button push, aiming to diagnose microvascular dysfunction, vasospasm, and endothelial dysfunction more efficiently than current workflows. They highlighted that this could make coronary function testing practical for more cath labs.

<strong>Heart.io</strong> presented AI algorithms that use ECG data to detect coronary disease risk earlier in the care pathway, potentially months before a heart attack. Their focus is on emergency departments and outpatient cardiology, with ongoing FDA pathway progress and partnerships to support rollout.

<strong>LiveMetric</strong> showcased a wearable wrist device for continuous hemodynamic monitoring, including blood pressure and cardiac output. It is designed for home and remote patient monitoring, with studies showing improved blood pressure control and better reimbursement compliance.

The session ended with audience Q&A on workflow, reimbursement, training, and clinical adoption.

Keywords

cardiovascular diagnostics

remote ultrasound

coronary physiology

ECG AI detection

wearable hemodynamic monitoring

tele-sonography

reimbursement pathways

microvascular dysfunction

remote patient monitoring