With Aneesh Tolat, MD, FACC, FHRS, Cardiac Electrophysiologist and Director of VT Ablation at Hartford Healthcare in Hartford, CT and David Frankel, MD, FHRS, Associate Professor of Medicine and EP Fellowship Director at the University of Pennsylvania in Philadelphia, PA
Unprecedented anatomical details of tissue and structural characteristics from digitally rendered 3D cardiac models built with inHEART’s proprietary segmentation algorithm that analyzes CT and MR images
Understand each patient’s unique anatomy before the procedure begins, so physicians can focus on procedural therapy, not planning, in the lab
Learn moreSeamless integration into electroanatomic mapping system (EAM) systems for use during the procedure. Compatible with all major EAM systems
The additional information provided by the inHEART solution has already been instrumental in determining treatment strategies for some of our most challenging VT cases and we look forward to the findings of the inEurHEART study to further inform the future of image-guided therapy.
The detailed substrate information in the 3D models allows us to pinpoint with accuracy and precision the arrhythmogenic areas in the scar tissue and target our ablation strategy accordingly. This information is invaluable for simplifying and enhancing our approach to VT ablation therapy.
Thank you for analyzing the data and creating the beautiful 3D model. The results are beyond our expectations and we are truly impressed! We appreciate the detailed feedback
Thanks to inHEART, performing my cardioneuroablations has become much simpler and faster. The online platform also allows me to share images with my colleagues from other hospitals to define an optimal ablation strategy for my patients.
Not just a company, an amazing group of people to work with to improve the health and outcomes in our patients.
CT inHEART integration allowed us to shorten the procedure to <3 hours, avoid cardiac decompensation, and ensure a safe discharge of the patient within 24 hours.
