219 results
PCI for complex left main disease - LIVE Case
23 May 2025 – From EuroPCR 2025
An 82-year-old male patient with a history of STEMI and diagonal PCI (2004) presented with stable angina (CCS 2). CT imaging revealed 2 severe LAD stenoses (at the ostium and mid part), and a severe bifurcation stenosis at the Cx/OM1 confirmed by angiography. A staged PCI...
When stent failure meets calcified lesions
23 May 2025 – From EuroPCR 2025
Address the challenges of stent failure in the context of calcified coronary lesions. This session features complex PCI cases involving intrastent rotational atherectomy, management of underexpanded stents, in-stent restenosis, and innovative off-label use of shock wave lithotripsy to tackle tough calcifications.
Novel Hertz Contact Intravascular Lithotripsy: could we achieve more in calcium modification?
22 May 2025 – From EuroPCR 2025
Discover how the novel Hertz Contact Intravascular Lithotripsy (IVL) is pushing the boundaries of calcium modification in challenging coronary lesions.
This EuroPCR 2025 session shares real-world insights confirming the promising results of the PINNACLE I trial, with LithiX IVL proving safe and effective across eccentric, concentric, and...
Best companions's case on complications in calcified lesions
22 May 2025 – From EuroPCR 2025
Delve into challenging cases involving complications in calcified coronary lesions managed with rotational atherectomy. Topics include unique uses of Rotablation, managing burr entrapment, complex calcium and tortuosity combinations, and addressing perforations resulting from stent optimization and burr retrieval in highly calcified vessels.
Challenges and risks of percutaneous treatment of calcified lesions
22 May 2025 – From EuroPCR 2025
Learn how to effectively manage calcified coronary lesions and their associated risks in this focused session. Understand the critical role of plaque modification and intravascular imaging, and gain insights into addressing stent thrombosis following interventions on calcified lesions through detailed case analyses.
LV support for very high risk PCI of calficied lesions
22 May 2025 – From EuroPCR 2025
Discover the role of left ventricular (LV) support in performing very high-risk PCI on heavily calcified lesions. This session highlights techniques for navigating complex calcified coronary anatomies using Impella support, strategies for metal casing reshaping, and management of acute MI and cardiac arrest scenarios. Explore alternative...
PCI for complex calcific coronary artery disease - LIVE Case
22 May 2025 – From EuroPCR 2025
An 87-year-old female patient, at high bleeding risk and with preserved LV function, presented 2 months ago with an inferior STEMI and multivessel disease. She initially underwent RCA PCI followed by staged LCx PCI. She was now referred for PCI of a long, heavily calcified lesion...
Best companions's case on complications in calcified lesions: episode 2
22 May 2025 – From EuroPCR 2025
Join this session examining complex complications in calcified lesion interventions. Learn from cases featuring controversial approaches that successfully resolved issues, coronary perforation management, retrograde iatrogenic dissection after lithotripsy, and algorithmic bailout strategies essential for navigating challenging calcified lesion complications.
Challenging session in calcified lesions
22 May 2025 – From EuroPCR 2025
Engage with a challenging session focused on complex calcified lesion interventions. Topics include innovative triple burr techniques, OCT insights into resistant lesions, volume reduction strategies, eccentric calcium management, and IVUS-guided left main calcified lesion treatment, highlighting practical approaches to difficult cases.
Best companion's cases on orbital atherectomy
22 May 2025 – From EuroPCR 2025
Dive into advanced cases demonstrating orbital atherectomy techniques for managing challenging calcified coronary lesions. This session includes innovative approaches such as 'sand and knock' calcium modification, orbital atherectomy in complex anatomies, and the use of optical coherence tomography to guide percutaneous treatment of calcified nodules.
