Back

Improvement of mitral annular displacement and its impact on patients with severe aortic stenosis after transcatheter aortic valve implantation: a philippine experience

7 December 2018 (14:00 - 18:00)
Organised by:
Congress Presentation Part of: Poster session 5 - Tissue Doppler, Speckle Tracking and Strain Imaging Tissue Doppler, Speckle Tracking and Strain Imaging EACVI Premium Access EuroEcho-Imaging 2018

About the speaker

Photo
Doctor Alinaya Cordero

St Lukes Medical Center Global City, Global City (Philippines)

20 More presentations in this session

Presentation thumbnail
Doctor B. Ozben Sadic (Istanbul, TR)
Abstract Slides
Presentation thumbnail
Doctor L. Halmai (Milton Keynes, GB)
Abstract Slides
Presentation thumbnail
Assistant Professor W. Hamed (Shebeen El-Kom, EG)
Presentation thumbnail
Doctor P. Kostakou (Athens, GR)
Abstract
Presentation thumbnail
Professor A. Nemes (Szeged, HU)
Abstract

Access the full session

Session thumbnail
Poster session 5 - Tissue Doppler, Speckle Tracking and Strain Imaging

The Event

Event poster

EuroEcho-Imaging 2018

7 December 2018 14:00 CET
You may be interested in
thumbnail
Congress Presentation
Mitral annular calcification in patients with severe aortic stenosis underwent transcatheter aortic valve implantation: prevalence and association with stenosis severity
25 August 2023
thumbnail
Congress Presentation
The outcome of TAVI in patients with small annulus and the comparison between intra-annular and supra-annular devices in small anulus: From the analysis of the Japanese nationwide registry
1 September 2019
thumbnail
Congress Session
ESC Paul Hugenholtz Lecture in Innovation
25 August 2023
thumbnail
Congress Presentation
3D analysis of mitral annular reshape with third generation MitraClip XTr in functional and degenerative mitral regurgitation
2 September 2019

ESC 365 is supported by

novartis Explore sponsored resources
novo-nordisk Explore sponsored resources

ESC 365 is supported by

novartis Explore sponsored resources
novo-nordisk Explore sponsored resources