Simulation of the propagation of electrical activity in the heart

Over the last few years, computer models have become valuable tools for the understanding of the multi-scale and multi-physics phenomena that underlie the complex biophysical structures and processes of the heart. Our current computational models track the electro-mechanics of the heart from sub-cellular to the whole-organ level. Therefore, the models allow a better comprehension of important cardiac diseases, such as Ventricular Arrhythmia, Myocarditis, Infarct, Chagas Disease, Diabetes,...

EELA-2 application demo: http://applications.eu-eela.eu/application_details.php?ID=8
Authors António Pina and Bruno Oliveira

EELA-2 application demo
http://applications.eu-eela.eu/application_details.php?ID=24
Authors:Francisco Fernández de Vega and Daniel Lombraña González