Viz.ai Signs License Agreement with UCSF to Commercialize Three Cardiac Artificial Intelligence Algorithms

Viz.ai, the leader in AI-powered disease detection and intelligent care coordination, today announced that it has signed an exclusive agreement with University of California, San Francisco (UCSF) to commercialize three AI algorithms for the automated detection of cardiovascular diseases. Developed at UCSF by leading researchers, these AI algorithms to detect cardiac amyloidosis, pulmonary hypertension, and supraventricular tachycardia are based on analysis of electrocardiograms (ECGs), the most widely used diagnostic test for characterization of cardiac structure and electrical activity of the heart.

“We are enthusiastic about the possibility of applying these AI-powered algorithms in clinical practice to enable knowledge and discovery, and to provide timely insights for decision-making,” said Anthony Francis, executive director of the Office of Technology Management and Advancement from the University. ”These algorithms improve on existing systems and meet or exceed clinically accepted standards of care.”

Cardiovascular disease is the leading cause of death around the globe, with over 18 million fatalities annually. Accordingly, early detection and treatment are of paramount importance. Viz.ai offers a comprehensive AI-powered platform that can auto-detect a wide range of suspected cardiovascular diseases using regulatory-cleared algorithms and facilitate care coordination with HIPAA-compliant communication tools. Following regulatory clearance, these three new algorithms will be a part of Viz.ai’s expanding offering, which includes ECG-based AI algorithms, ECG viewer, AI-interpretation of echos and echo viewer, enabling cardiac care teams to detect disease earlier and coordinate care in real time.

“Collectively, cardiac amyloidosis, pulmonary hypertension, and supraventricular tachycardia affect up to 75 million people worldwide and are extremely difficult to detect or can take years to diagnose. Earlier cardiovascular disease detection and management are critical not only to improve patient lives and increase access to life-saving treatments but also to reduce healthcare provider burnout,” said Steve Sweeny, vice president of life science business development and strategy at Viz.ai. “We are proud to work with UCSF to develop more AI-powered tools that can advance cardiac care.”

SourceViz.AI

Hot this week

Voluntary Recall Notifying Medtronic Insulin Pump Users of Potential Risks of Shortened Pump Battery Life

Medtronic plc voluntarily issued a field action starting on July 31, 2024, notifying global customers of its MiniMed™ 600 series or 700 series insulin pumps to follow their pump's built-in alerts and alarms for battery status and to contact Medtronic if they observe changes in the battery life of their pump

Medtronic Expands AiBLE Spine Surgery Ecosystem with New Technologies and Siemens Healthineers Partnership

New advancements in the AiBLE Spine Surgery ecosystem build upon the company's commitment to procedural innovation and execution

Axlab, Danish Medtech Pioneer, expands to US with Advanced Robotic Tissue Sectioning for Pathology Laboratories

Kris Rokke, National Sales Director for Axlab in the US. "My team and I are extremely excited and honored about this unique opportunity to also offer this advanced technology to labs across the US and thus contribute to the pathology labs of tomorrow."

Spartan Medical Broadens Single-Use Sterile Instrument Portfolio to Improve Outcomes, Increase Efficiency, and Generate Cost Savings

Spartan Medical products portfolio of single-use, sterile med tech includes micro and minor surgical convenience kits, kerrison rongeurs, spinal and general surgical retractors, dural repair kits, synthetic biologics, and a wide range of orthopedic pre-sterilized implants and devices.

Recor Medical Supports European Society of Cardiology’s Hypertension Guidelines

Record Medical notes the new guidelines, "2024 ESC Guidelines for the management of elevated blood pressure and hypertension," have been published online and recommend the consideration of renal denervation (RDN) as a safe and effective treatment option for patients who have uncontrolled resistant hypertension or those that have uncontrolled hypertension with a higher risk of cardiovascular disease, who express a preference to undergo RDN.