Electrosurgical-laceration and stabilization of two PASCAL devices using artificial intelligence-based procedural planning: a case report

The frequency of M-TEER procedures will rise, leading to a corresponding increase of recurrent MR requiring treatment. However, additional edge-to-edge repair is often not feasible due to space limitations, elevated inflow gradients, or progressive calcification of valve leaflets. Emerging electrosurgical techniques, such as ELASTA, combined with subsequent TMVI, offer promising solutions for recurrent MR. Computed tomography imaging plays a critical role in procedural planning, and AI-driven programs have the potential to significantly improve and optimize these analyses.