New WUs Generation will be paused

Hi everyone! We are ready to launch a new version of DENIS application, which will include more than one model, also, it will have new features for scientists like the ability to storage more parameters from the simulation. We are working also in a new web page with more information about the project and the workunits organization, to do all that things we need to "purge" the system and prepare some scripts that will maintain the server paused this week. We hope that the new web page an...
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Public Database of Electrophysiological Markers Variability in Cardiac Models

Abstract: The main objective of this project is the creation of a public database with the result of physiological markers under different conditions in published electrophysiological models. The models are simulated under variations of their main parameters to study how each parameter affects to the value of the markers and how they affect together. (more…)
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DENIS Natrium (version 2)

The second stable version of DENIS Simulator is called Natrium, it's an evolution of Kalium version. It solves the same models, but the configuration files are different. Natrium configuration files got XML format that makes them more human readable. The input parameters are similar to Kalium: The model that will simulate The length of the simulation The differential time used for simulate The marker that will looking for Constants to change and it's value The output frequency t...
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DENIS Kalium (version 1)

The first stable version of the DENIS@Home main application is called Kalium. The previous version of the app was called “CRLP2011” because it can just handle this model (Carro Rodriguez Laguna Pueyo 2011). Kalium is the first one that can handle different model in the same application. This 1.0 version can handle different models: ten Tusscher et al. 2004 Endocardial Model ten Tusscher et al. 2004 Epicardial Model ten Tusscher et al. 2004 Midmyocardial Model ten Tusscher and Panfil...
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Carro-Rodriguez-Laguna-Pueyo 2011

Title: A human ventricular cell model for investigation of cardiac arrhythmias under hyperkalaemic conditions. Authors: Jesús Carro, José F. Rodríguez-Mata, Pablo Laguna and Esther Pueyo. Journal: Phil. Trans. R. Soc. A. Date: November 2011. Volume: 369. Issue: 1954. Pages: 4205–4232. DOI: 10.1098/rsta.2011.0127 (more…)
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