Cracking new horizons across all calcium morphologies

Sponsored by Shockwave Medical

Anchorperson: G. G Toth

Discussants: J. W. C. Tan, C. Tam, K. Punamiya

Summary

This session explores the challenges of treating calcified lesions during percutaneous coronary intervention (PCI). Learn how calcium can impede stent deliverability and expansion, potentially leading to thrombosis and restenosis. Discover the innovative Shockwave IVL technology, which uses sonic pressure waves to fracture calcium without harming surrounding tissues. The discussion also covers the ongoing challenges of calcified nodules, the importance of intracoronary imaging, and how a layered approach with multiple devices can enhance treatment outcomes. Finally, see how the IVL Shockwave C2+ device facilitates targeted energy delivery for effective PCI.

Learning Objectives

To understand the science behind the mechanism of action of intravascular lithotripsy (IVL) for the treatment of calcified lesions
To learn about the role of intravascular imaging (IVI) in the treatment of calcific lesions
To uncover practical tips and techniques for IVL in challenging calcified lesions: diffuse, ostial LAD bifurcations and eccentric/calcified nodules

Speaker

M. Wainstein

The science behind intravascular lithotripsy