Back
ESC Premium Access

Noninvasive estimation of time constant of left ventricular pressure decline as an index of relaxation by speckle tracking echocardiography; validation study by cardiac catheterization

Session: Novel ultrasonic techniques
Topic: Echo / Doppler, other
Speaker: Doctor I. Kawamura (Gifu, JP)
Event: ESC Congress 2016

Congress Presentation

Add to my library

Like

About the speaker

Doctor Itta Kawamura

Gifu University Graduate School of Medicine, Gifu (Japan)
0 follower

6 more presentations in this session

Computational imaging and quantification of aortic wall vasa vasorum in rabbits, using contrast enhanced IVUS: association with histology

Speaker: Doctor T. Papaioannou (Athens, GR)

Access
Abstract
Slides
Like
Thumbnail

Molecular intravascular ultrasound imaging allows detection of activated platelets on the surface of symptomatic human plaques

Speaker: Mr A. Maier (Freiburg, DE)

Access
Abstract
Slides
Like
Thumbnail

Multidimensional rather conventional contractile reserve predicts adverse outcome in patients with severe systolic heart failure: a 4 year follow-up study

Speaker: Doctor I. Ikonomidis (Athens, GR)

Access
Abstract
Slides
Like
Thumbnail

Role of global strain of right ventricle by 2-D speckle tracking (RVGS) and longitudinal strain of free lateral wall (RV-fwLS) in predicting prognosis in chronic heart failure.

Speaker: Doctor D. Grande (Bari, IT)

Access
Abstract
Slides
Like
Thumbnail

Novel index of right ventricular myocardial stiffness in patients with pulmonary hypertension: correlations with cardiac morphology and who functional class

Speaker: Doctor A. Tunhasiriwet (Bangkok, TH)

Access
Abstract
Slides
Like
Thumbnail

Access the full session

Novel ultrasonic techniques

Speakers: Doctor I. Kawamura, Doctor T. Papaioannou, Mr A. Maier, Doctor I. Ikonomidis, Doctor D. Grande...
Access
Like
Thumbnail

About the event

Image

ESC Congress 2016

27 August - 31 August 2016

Sessions Presentations

Congress
logo Image

ESC 365 is supported by

logo Bristol Myers Squibb Explore sponsored resources
logo Novo Nordisk Explore sponsored resources