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Mastering techniques from basic to complex - Tricuspid TEER fundamentals

13 Feb 2026 – From PCR Tokyo Valves 2026

Gain foundational knowledge in tricuspid TEER by understanding anatomical criteria for patient suitability, key procedural steps, and device techniques, enhanced by simulation-based procedural training.

Mastering techniques from basic to complex - Tricuspid TEER fundamentals

Getting ready for tricuspid TEER: key steps in building a successful programme

14 Feb 2026 – From PCR Tokyo Valves 2026

Prepare to establish a successful tricuspid TEER programme by understanding essential components such as systematic echocardiographic and clinical assessments for patient selection, procedural fundamentals, and programme development supported by clinical evidence.

Getting ready for tricuspid TEER: key steps in building a successful programme

Introducing the next era of coronary intravascular lithotripsy: an aero-volution in calcium modification

27 Feb 2026 – From Euro4C Annual Meeting

Explore the next era of coronary intravascular lithotripsy featuring innovative technology for calcium modification. This session covers the unique mechanism of action, practical application in complex cases, and recent clinical evidence supporting its safety and efficacy.

Introducing next era of coronary intravascular lithotripsy: aero-volution in calcium modification

Novel Hertz Contact intravascular lithotripsy: calcium fragmentation with zero trade-offs

27 Feb 2026 – From Euro4C Annual Meeting

This session introduces the novel Hertz Contact intravascular lithotripsy system, designed for effective calcium fragmentation without trade-offs. It covers lesion types amenable to treatment, system mechanism, optimization tips, and discusses real-world cases along with supporting clinical trial evidence.

Novel Hertz Contact intravascular lithotripsy: calcium fragmentation with zero trade-offs

How to snare a TAVI when crossing is too complex

30 Jan 2025

Crossing the aortic valve can pose significant challenges, particularly in cases involving a horizontal aorta, bulky asymmetric calcifications, or prior prosthesis implantation in valve-in-valve procedures. While some TAVI devices feature deflectable delivery systems to enhance coaxiality, current self-expanding valves lack this capability. When standard techniques like...