"This was a remarkable case. Due to the more homogeneous pressure distribution and lower predicted risk of conduction delay and paravalvular leak (PVL), we decided to use a 34 mm device. The result was astonishing. The valve was deployed at a target depth of -2 mm and it expanded just as predicted. No PVL, no conduction issues! Initially, I was rather skeptical, especially because of the pronounced LVOT calcification and the associated risk of PVL or annular rupture in the worst case. I used to think of the FEops HEARTguide was a tool that is nice to have, but this case clearly showed me that it is much more than that!" 

PREDICT-LAA is the first-ever clinical study proving that Artificial Intelligence (AI)-enabled computational modelling of device-anatomy interaction significantly improves procedural outcomes.

FEops HEARTguide™ helps physicians to accurately predict which patients are at risk for new pacemakers or paravalvular leaks. Procedure simulations complement contemporary PRECISION Medicine

FEops HEARTguide™ gives our team increased confidence to perform TAVI in the most challenging of aortic valve anatomies

When encountering such a challenging septum impeding every catheter manipulation, having a well pre-defined strategy on choice of catheter, device size and especially pre-deployment positioning of the device, really helped in achieving a successful single hit deployment

When annulus measurements are in the gray zone between two THV sizes, Feops enables 3D-visualisation of the device-host interaction, identifying potential frame deformation in advance to the TAVI procedure. This can aid in the decision making process for optimal treatment execution and may allow for a more patient-tailored approach