Imaging in Interventions for Valvular Disease

If you are committed to improving patient care before, during and after valve interventions for aortic, mitral, tricuspid and mixed/multiple valve disease, access this useful range of resources for imaging specialists, interventional cardiologists and teams committed to the management of heart valve disease.

Filtered By
TOPICS

203 results

Rapid-fire - Outcome studies after valvular intervention

18 Feb 2024 – From PCR Tokyo Valves 2024

This session of rapid-fire submitted cases focuses on outcome studies after valvular intervention. Learn about clinical impacts of cerebral micro-bleeds in patients undergoing TAVI, explore the long-term outcomes of Venus P valve for dysfunctional right ventricular outflow tract, and more!

Learn the procedure technique - Lifetime management of aortic stenosis therapy with self-expandable valve

18 Feb 2024 – From PCR Tokyo Valves 2024

In this session, learn all about the excellent characteristics of the latest self-expandable valve system and its use during the lifetime management of aortic stenosis therapy. Find out more about how we can effectively and safely perform procedures for various cases with the latest self-expandable valve,...

TAVI in bicuspid anatomy

18 Feb 2024 – From PCR Tokyo Valves 2024

Delve into the complexities of TAVI within bicuspid anatomy through this selection of cases: learn about the challenges and techniques involved in overcoming the horizontal aorta, explore how to size  the transcatheter aortic valve in severely calcified bicuspid anatomy, and more!

Tricuspid and other structural interventions

18 Feb 2024 – From PCR Tokyo Valves 2024

In this series of submitted cases, explore challenges and bailouts around tricuspid valve intervention and other forms of structural interventions. Learn about a percutaneous solution to acute traumatic pulmonary regurgitation, a rare complication of inadequate sealing caused by anchor slip through the fabric part in a...

Rapid-fire - Complex procedure in TAVI - Part 2

18 Feb 2024 – From PCR Tokyo Valves 2024

In the second part of this rapid-fire session, we continue to focus on complex cases that might arise during TAVI, such as a case of prosthetic aortic valve endocarditis resulting in cardiogenic shock,  treatment of severe AR after infective endocarditis, and more!

Rapid-fire - Complications of Mitral TEER - Part 2

18 Feb 2024 – From PCR Tokyo Valves 2024

Gain valuable insights into the possible complications of Mitral Transcatheter Edge-to-Edge Repair (TEER) in the second part of this session rapid-fire submission cases [in Japanese].

Mitral valve interventions for complex anatomy

17 Feb 2024 – From PCR Tokyo Valves 2024

Consult this session on to learn more about how to manage complex anatomy and complications during mitral valve interventions. Discover compelling cases such as a valve-in-ring TMVR in a fluoroscopically invisible ring, PASCAL for bailout of MitraClip single-leaflet device attachment, and more!

Rapid-fire - Complex procedure in TAVI - Part 1

17 Feb 2024 – From PCR Tokyo Valves 2024

In the first part of this rapid-fire session, we focus on complex cases that might arise during TAVI, such as how to navigate a permanent pacemaker implantation, TAVI in a post-liver transplant patient with severe aortic regurgitation, or complex TAVI by transcarotid access.

Rapid-fire - Complications of Mitral TEER - Part 1

17 Feb 2024 – From PCR Tokyo Valves 2024

Gain valuable insights into the possible complications of Mitral Transcatheter Edge-to-Edge Repair (TEER) in the first part of this session rapid-fire submission cases. Learn about what might cause a loud rumbling sound after intervention, and explore a rare complication of the MitraClip procedure. 

How to optimise lifetime management of TAVI patients with long life expectancy?

17 Feb 2024 – From PCR Tokyo Valves 2024

In this special session sponsored by Abbott, gain insight into how valve design and features may influence clinical outcomes and future interventions. Learn about hemodynamic efficiency of TAVI valves, and understand the factors influencing durability and clinical performance over time.