inHEART: AI-Powered Digital Twin for Advanced Cardiac Procedures
inHEART is a groundbreaking AI-enabled platform creating a digital twin of the heart for image-guided cardiac ablations. This innovative technology offers unparalleled anatomical insights, enabling personalized treatment strategies and ultimately leading to improved clinical outcomes. The platform analyzes CT and MR images to build highly detailed 3D cardiac models, providing physicians with an unprecedented level of precision before and during procedures.
Key Features
- Unparalleled Anatomical Insights: inHEART's proprietary segmentation algorithm delivers unprecedented detail of tissue and structural characteristics, visualizing the heart's anatomy with accuracy.
- Personalized Treatment Strategies: By understanding each patient's unique anatomy, physicians can optimize treatment plans, focusing on therapy rather than extensive pre-procedure planning.
- Seamless Integration: Compatible with major electroanatomic mapping (EAM) systems, inHEART integrates directly into existing workflows.
- Improved Procedure Efficiency: Studies show a significant reduction in procedure time (up to 60%) and recurrence rates (up to 38%).
- Enhanced Success Rates: Image-guided VT ablations using inHEART demonstrate higher success rates compared to conventional methods.
Benefits for Physicians
- Reduced Procedure Time: Streamline procedures and improve efficiency in the cath lab.
- Improved Accuracy: Pinpoint arrhythmogenic areas with precision for more effective ablation.
- Enhanced Patient Outcomes: Contribute to better treatment success and reduced recurrence rates.
- Simplified Planning: Focus on procedural therapy, reducing pre-procedure planning time.
- Collaboration: Share images and treatment plans with colleagues for optimal strategy development.
inHEART's Impact
inHEART's technology is transforming the field of cardiac electrophysiology. By providing clinicians with a more comprehensive understanding of the heart's anatomy, inHEART is helping to improve the accuracy, efficiency, and success of cardiac ablation procedures. The platform's ability to reduce procedure time and recurrence rates translates to significant cost savings and improved patient care.
Conclusion
inHEART represents a significant advancement in cardiac imaging and treatment planning. Its AI-powered digital twin technology is revolutionizing the way physicians approach complex cardiac procedures, leading to better outcomes for patients and increased efficiency for healthcare providers.
