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Doctor Tim De Coster

Leiden University Medical Center, Leiden (Netherlands (The))
Membership: EHRA Member
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Biography
Tim De Coster is specialized in mathematical modeling and computational methods, with a special interest in the biophysics underling cardiac arrhythmias. After obtaining his Master's degree in Theoretical Physics at KU Leuven (Belgium), he started his PhD training in the cardiac interdisciplinary field at the Physics department at UGent (Belgium) and the Biomedical Sciences department at KU Leuven (Belgium) under the supervision of Sasha Panfilov, Piet Claus and Karin Sipido. For his thesis, he investigated the influence of adipose tissue into the genesis of cardiac arrhythmias, both looking at structural and electrical changes to the heart. He joined the LUMC Laboratory of Experimental Cardiology in the fall of 2018 to delve deeper into the concept and realisation of biological cardiac defibrillation.
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Contributor content

Exploring translational approaches for fully biological cardiac rhythm restoration through ion channel gene therapy
Presentation
Exploring translational approaches for fully biological cardiac rhythm restoration through ion channel gene therapy
Translational exploration of fully biological restoration of cardiac rhythm via ion channel gene therapy
Presentation
Translational exploration of fully biological restoration of cardiac rhythm via ion channel gene therapy
Trapped re-entry challenges the binary view on cardiac arrhythmias
Presentation
Trapped re-entry challenges the binary view on cardiac arrhythmias
Identification of electrical rotational activity in noisy cardiac tissue recordings using a deep neural network
Presentation
Identification of electrical rotational activity in noisy cardiac tissue recordings using a deep neural network
Trapped re-entry: a dormant source of arrhythmia
Presentation
Trapped re-entry: a dormant source of arrhythmia
Computational translational exploration of fully biological restoration of cardiac rhythm via ion channel gene therapy
Presentation
Computational translational exploration of fully biological restoration of cardiac rhythm via ion channel gene therapy
Realization of fully biological restoration of cardiac rhythm: a computational translational exploration
Presentation
Realization of fully biological restoration of cardiac rhythm: a computational translational exploration
"Trapped reentry" as a dormant source of acute focal arrhythmia and fractionated atrial electrograms under sinus rhythm
Presentation
"Trapped reentry" as a dormant source of acute focal arrhythmia and fractionated atrial electrograms under sinus rhythm
Myocyte remodelling due to fibro-fatty infiltrations influences arrhythmogenicity
Presentation
Myocyte remodelling due to fibro-fatty infiltrations influences arrhythmogenicity

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