DASI Simulations PrecisionTAVI gets CMS Hospital Outpatient Billing Code Exciting news resonates from DASI Simulations as CMS grants approval for a $1000 reimbursement per report for PrecisionTAVI, marking a pivotal…
Georgia Tech Professor’s AI-Driven Predictive Modeling Startup Receives FDA Approval for Life-Saving, Personalized Cardiac Care Heart disease is a prevalent, global health issue, yet current heart surgery planning is hindered…
AI for Preprocedural TAVR Modeling Gains FDA Clearance Diagnostic & Interventional Cardiology -- June 9, 2023 – Dasi Simulations announced it received FDA clearance for its artificial intelligence model for preprocedure transcatheter aortic…
DASI Simulation’s Precision TAVI earns FDA Clearance Precision TAVI is the first FDA approved predictive modeling tool for medical teams planning TAVR proceduresCath Lab Digest -- Dublin, OH -- June…
US FDA approval for AI TAVI planning software CardiovascularNews -- June 8, 2023 – DASI Simulations has announced it has received US Food and Drug Administration (FDA) clearance for its artificial…
AI for preprocedural TAVR modeling gains FDA clearance Healio -- June 7, 2023 – Dasi Simulations announced it received FDA clearance for its artificial intelligence model for preprocedure transcatheter aortic…
'To the moon' – Ohio State spinoff gets FDA approval for heart surgery simulation software By Carrie Ghose - Staff reporter for Columbus Business FirstColumbus, OH -- June 6, 2023…
Precision TAVI is the first FDA approved predictive modeling tool for medical teams planning TAVR procedures.
Artificial Intelligence Improves Outcomes of Heart Valve Patients DASI Simulations, uses AI and computer vision in its technology for personalized and more accurate heart valve replacement modeling. Péralte C. Paul…
Startup aiming for FDA clearance to open 'floodgates' on heart surgery simulation software By Carrie Ghose - Staff reporter for Columbus Business First Columbus, OH -- January 2023 – An Ohio State…
We perform advanced individualized computational predictive modeling powered by artificial intelligence and computer vision to better plan for improved patient outcomes and reduced costs associated with Structural Heart Disease.