225 results
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.
Calcium modification: contemporary comparaisons of atherectomy and IVL
22 May 2025 – From EuroPCR 2025
Compare contemporary calcium modification techniques including atherectomy and intravascular lithotripsy (IVL) in complex coronary lesions. Review clinical outcomes, procedural case studies, and registry data highlighting safety and efficacy in acute coronary syndrome and high-risk patients.
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...
New perspectives in 3D calcium visualisation with CT and angiography for complex PCI
21 May 2025 – From EuroPCR 2025
Thanks to this EuroPCR 2025 session, discover new perspectives on 3D calcium visualisation combining advanced imaging techniques like 3DStent, IVUS, and 3D angiography to enhance complex PCI. Learn from detailed calcium mapping and plaque assessment to guide strategic decisions and see these innovations applied in practice...
Treat calcium right the first time: new considerations for PCI planning and device selection to optimise outcomes
21 May 2025 – From EuroPCR 2025
Watch this EuroPCR 2025 session to learn how intravascular lithotripsy (IVL) is transforming the management of coronary artery calcification (CAC). Discover the new CALC roadmap, a comprehensive framework guiding device selection and treatment strategies based on calcium burden, anatomy, and patient gender. Follow a real-world clinical...
Calcified nodules: a different beast?
21 May 2025 – From EuroPCR 2025
This session offers a comprehensive exploration of calcified nodules, a challenging entity in PCI. Learn to identify these nodules with IVUS and OCT, understand their unique treatment challenges, and select optimal plaque modification tools through detailed case discussions.
Calcified lesions: preparing for the battlefield
21 May 2025 – From EuroPCR 2025
Prepare to tackle calcified coronary lesions with expertise in imaging interpretation and calcium modification tools. This session covers IVUS and OCT use, preparation techniques, and enhancing team communication to optimize procedural outcomes in complex cases.
Choices, choices: a global perspective on multiple modalities for calcium modification
21 May 2025 – From EuroPCR 2025
Gain a global perspective on multiple modalities for calcium modification in coronary interventions. This session reviews comparative analyses of orbital, shockwave, rotational atherectomy, and cutting balloons, explores evolving rotational atherectomy practices in the era of intravascular lithotripsy, and presents preliminary data from international registries on coronary...
Best companion's case on rotational atherectomy
21 May 2025 – From EuroPCR 2025
Discover expert approaches to rotational atherectomy guided by intravascular ultrasound (IVUS) in treating severely calcified coronary lesions. This session presents complex cases including high-risk LAD tandem lesions and ostial calcification, showcasing the utility of multi-axis rotablation techniques for safe and effective lesion modification.
Management of heavy calcified bifurcation lesions
21 May 2025 – From EuroPCR 2025
This session focuses on the management of heavily calcified bifurcation lesions using advanced techniques such as IVUS guided guidewire recrossing and orbital atherectomy. Learn step-by-step approaches to tackle complex calcific coronary bifurcations and improve procedural success.
