Stop putting patients through unnecessary diagnostic angiograms. Let 3D fluid dynamics show exactly which blockages cause true ischemia.

HeartFlow relies on complex fluid dynamics algorithms paired with patient-specific anatomical modeling to simulate blood flow metrics across the entire coronary tree with expert precision. The platform analyzes raw CCTA voxel properties, computing pressure and resistance changes along vessel walls automatically without requiring additional pharmaceutical stress tests or invasive pressure wire deployments. By converting raw image data into a quantified fluid map, it standardizes structural cardiac risk assessments. For active cardiology teams, this diagnostic pipeline removes care coordination delays completely. When you upload a study file, the engine applies physics-based computational models to generate a comprehensive color-coded dashboard within short windows, listing exact functional flow ratios straight on your monitor. This automated calculation pathway provides definitive security, helping health systems reduce unnecessary invasive diagnostic catheterizations by up to sixty-one percent. This ecosystem matches modern hospital structures by syncing findings with institutional imaging databases and routing records into open patient electronic health records. It minimizes diagnostic trial-and-error steps while providing verifiable tracking metrics to map coronary health profiles over time. One honest operational trait to note is that the tool operates as a specialized cloud post-processing system rather than an instantaneous real-time preview sidebar. Because the engine runs intensive fluid simulations and quality checks to guarantee high physiological precision, the turnaround pipeline requires several hours per case file, requiring you to arrange your study queues purposefully around active clinic shift templates.