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Doctor Matthijs Cluitmans

Cardiovascular Research Institute Maastricht (CARIM), Maastricht (Netherlands (The))
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Biography
Matthijs Cluitmans is passionate about translating scientific insights and technology developments into healthcare impact. He is driven to further our understanding of cardiac arrhythmias, and to improve the diagnosis and therapy of patients with heart rhythm disorders. As an assistant professor at Maastricht University Medical Centre and a senior scientist at Philips Research, he combines his scientific curiosity with the clinical need for valorization. Ultimately, he hopes to use his dual background as a biomedical engineer and medical doctor to bring the fields of industrial engineering, academic science, and clinical medicine closer together.
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Contributor content

Interplay between scar and functional alterations for arrhythmia risk stratification
Presentation
Interplay between scar and functional alterations for arrhythmia risk stratification
A novel trigger-substrate mechanism based on clinically concealed repolarization abnormalities underlies idiopathic ventricular fibrillation
Presentation
A novel trigger-substrate mechanism based on clinically concealed repolarization abnormalities underlies idiopathic ventricular fibrillation
Large repolarization gradients increase susceptibility to trigger-induced arrhythmias and are not reflected by QT time
Presentation
Large repolarization gradients increase susceptibility to trigger-induced arrhythmias and are not reflected by QT time
Follow-up electrocardiographic imaging does not require repeat imaging of body-surface electrodes
Presentation
Follow-up electrocardiographic imaging does not require repeat imaging of body-surface electrodes
Noninvasive localization of premature ventricular complexes: a research-community-based approach
Presentation
Noninvasive localization of premature ventricular complexes: a research-community-based approach
Combining noninvasive imaging of repolarization with whole-heart computational modelling for personalized medicine in primary ventricular fibrillation
Presentation
Combining noninvasive imaging of repolarization with whole-heart computational modelling for personalized medicine in primary ventricular fibrillation
Integration of noninvasive imaging of repolarization and cellular modelling for personalized medicine in primary ventricular fibrillation
Presentation
Integration of noninvasive imaging of repolarization and cellular modelling for personalized medicine in primary ventricular fibrillation

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