ereprof. dr. Thierry Gillebert
- ORCID iD
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0000-0002-3832-919X
- Bio (via ORCID)
- Thierry C. Gillebert, MD, is a cardiologist with expertise in echocardiography and heart failure. He performed basic research on diastolic heart function in Antwerp (Belgium), La Jolla (California, USA) and Porto (Portugal). He then switched to clinical research. With his colleagues at Ghent University he initiated and developed the epidemiological Asklepios cohort project. This project focuses on preclinical heart disease in the general European middle-aged population. In this project he applied his basic science concepts to clinical assessment of heart failure, ventricular-arterial coupling and HFpEF. Thierry Gillebert is emeritus professor of Cardiology and former chairman of the Department at Ghent University Hospital (Belgium). He has served the European Society of Cardiology in many functions and chaired the task force for establishing the standard of cardiology training, the ESC Core Curriculum for the General Cardiologist (2013).
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Left atrial reservoir strain in prognosis of heart failure and time for getting terminology straight
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- Miscellaneous
- open access
Personality traits and cardiovascular diseases : is it about 'don’t worry, be happy', or is this a deeper underlying problem?
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Strain-volume loops and cardiac function
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Myocardial function : from myofilaments to cardiac pump
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Estimating LV filling pressures noninvasively : a word of caution
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Left atrial reservoir and booster function in HFrEF : implications for diastolic function
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Muscle strength is a major determinant of the blood pressure response to isometric stress testing : the Asklepios population study
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Allometric versus ratiometric normalization of left ventricular stroke volume by Doppler-echocardiography for outcome prediction in severe aortic stenosis with preserved ejection fraction
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Feasibility and agreement of a novel combined echocardiographic method to measure global longitudinal strain and strain rate compared to speckle tracking and tissue Doppler imaging
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Prediction of filling pressures and outcome in heart failure : can we improve E/e′?