Hirotomo Sato

Interventional cardiologist / Cardiologist
Shimane University - Izymo, Japan

Latest contributions

M-TEER difficult situation: small mitral valves, P2 prolapse & leaflet degeneration

08 Feb 2025 – From PCR Tokyo Valves 2025

Explore a series of challenging cases in Mitral Transcatheter Edge-to-Edge Repair (M-TEER), highlighting the versatility and adaptability of this technique. Discover how M-TEER can be successfully applied in patients with extremely small mitral valves, P2 prolapse supported by chordae from the posterior papillary muscle, wide prolapse...

M-TEER difficult situation: small mitral valves, P2 prolapse & leaflet degeneration

TAVI

08 Feb 2025 – From PCR Tokyo Valves 2025

Dive into this comprehensive TAVI session to explore various techniques and strategies for optimizing procedural outcomes. Discover how to align commissures in self-expandable valves, manage sudden deterioration in severe aortic stenosis without pre-operative evaluation, and tackle the unique challenges of rescue TAVI for cardiogenic shock. Additionally,...

TAVI

Imaging for aortic valve disease

18 Feb 2024 – From PCR Tokyo Valves 2024

Learn about imaging of the aortic valve system in order to better deal with aortic valve disease. Through this series of cases, explore topics such as the impact of implantation depth relative to membranous septum on TAVI outcomes, delve into a meta-analysis exploring the outcomes of...

PCI after TAVI

17 Feb 2024 – From PCR Tokyo Valves 2024

Through these slides, examine selected cases of percutaneous coronary intervention after TAVI. Explore the case of a successful bailout PCI with en-face view for sinus sequestration after self-expandable TAVI, learn about best management of previous implanted chimney stent during TAVI, and more.

Other cardiac interventions

19 Feb 2023 – From PCR Tokyo Valves 2023

Explore innovative approaches to cardiac interventions featured at PCR Tokyo Valves 2023: from performing TricValve implantation in Asian patients to addressing unique cases like transcatheter valve replacement with a novel tricuspid bioprosthesis. Discover how these experts navigated challenging scenarios!