This session highlights the latest innovations in structural and valvular cardiology, featuring novel technologies such as a new self-expandable transcatheter aortic valve for aortic stenosis treatment and a temporary atrioventricular sequential pacing system. It also discusses non-clinical testing methodologies supporting U.S. market approvals, non-invasive ultrasound therapy...

Discover cutting-edge innovations in vascular therapies highlighting novel technologies such as Pulse Intravascular Lithotripsy (IVL) for calcium modification and Amplitude Vascular Systems. The session also presents drug-free restenosis control strategies via CD31 camouflage coating promoting physiological-grade healing, emphasizing emerging solutions aimed at improving vascular intervention outcomes.

This session provides a comprehensive guide to large-bore venous access and vessel closure techniques, emphasizing best practices and the advantages of ultrasound-guided suture mediated vessel closure compared to traditional figure-of-eight suture methods. It also addresses strategies to avoid and manage potential complications encountered during these procedures.

Examine diverse clinical scenarios and management strategies for aortic paravalvular leaks (PVL), including complex percutaneous closures post-TAVI and surgical interventions. This session presents challenging cases demonstrating varied presentations and approaches such as mechanical valve loop utilization, highlighting the complexities and tailored solutions required for successful PVL...

In this article, Bruno Scheller explores advances in local drug delivery, from drug-coated balloons to novel antiproliferative agents. These innovations aim to reduce restenosis, minimize permanent implants, and pave the way for patient-specific coronary artery disease treatments.

Authored by Hector Garcia-Garcia and Jorge Sanz-Sanchez, this article examines pivotal randomized clinical trials on drug-coated balloons in coronary artery disease. It highlights their role in managing in-stent restenosis, de novo small vessel lesions, and large vessel lesions while exploring future directions through ongoing trials.