ESC 365 - Development of a multiscale electromechanical computer model from cell to hemodynamics

EHRA Premium Access

Development of a multiscale electromechanical computer model from cell to hemodynamics

Topic: Artificial Intelligence (Machine Learning, Deep Learning)

Speaker: Doctor A. Lyon (Maastricht, NL)

Event: EHRA 2021

Congress Presentation

Add to my library

About the speaker

Doctor Aurore Lyon

Cardiovascular Research Institute Maastricht (CARIM), Maastricht (Netherlands (The))

2 presentations

0 follower

7 more presentations in this session

Human-based computational and experimental investigation of disease mechanisms in mutation-specific hypertrophic cardiomyopathy

Speaker: Miss F. Margara (Oxford, GB)

Cholinergic regulation of cardiac pacemaker activity by L-type Cav1.3 channels

Speaker: Miss L. Talssi (Montpellier, FR)

Functional characterization of drug responses in induced pluripotent stem cell-derived cardiomyocytes from a short QT syndrome type 5 patient

Speaker: Ms J. Lee (Basel, CH)

Electro-mechanical and mechano-electrical interactions in healthy and drug-induced LQTS rabbit hearts

Speaker: Ms R. Lewetag (Freiburg, DE)

Enhancing mutant IKS channel activity by increasing endogenous PIP2 levels and its interaction with PKA signalling pathway

Speaker: Doctor V. Rathod (London, GB)

Access the full session

WGCCE

Speakers: Doctor A. Lyon, Miss F. Margara, Miss L. Talssi, Ms J. Lee, Ms R. Lewetag...

About the event

EHRA 2021

23 April - 25 April 2021

Sessions Presentations

Congress

ESC 365 is supported by

Explore sponsored resources

Explore sponsored resources