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This product is a cardiovascular imaging software that uses physics-informed neural networks to reconstruct high-resolution hemodynamic fields from standard 4D Flow MRI data, solving the problem of low-resolution imaging that misses critical blood flow details. It is designed for healthcare providers, particularly cardiologists and radiologists in hospitals and research institutions, who need accurate risk quantification for conditions like aortic aneurysm and congenital heart disease. The software is delivered as a SaaS platform that integrates into clinical workflows, offering automated reporting and 3D visualization, and is positioned as a physics-constrained alternative to pure data-driven approaches, ensuring physically valid outputs.

Key features

• 100-200x resolution improvement over standard 4D Flow MRI
• Physics-constrained neural network engine
• Automated wall shear stress calculation
• Pressure gradient mapping
• Flow pattern analysis
• Clinician-ready automated reports
• Interactive 3D hemodynamic visualizations
• Integration with clinical workflows