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Doctor Sara Monosilio

Sapienza University of Rome, Rome (Italy)
Membership: EACVI Member EAPC Member
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Low QRS voltage in paralympic athletes: an unexpectedly high prevalence
Presentation
Low QRS voltage in paralympic athletes: an unexpectedly high prevalence
The upper limit of physiological cardiac remodelling in highly trained elite athletes: concepts revised by CMR
Presentation
The upper limit of physiological cardiac remodelling in highly trained elite athletes: concepts revised by CMR
Time always reveals the real face: the challenge of arrhythmogenic cardiomyopathy  diagnosis.
Presentation
Time always reveals the real face: the challenge of arrhythmogenic cardiomyopathy diagnosis.
Deeper insight into elite athletes cardiac remodelling: a CMR cluster analysis
Presentation
Deeper insight into elite athletes cardiac remodelling: a CMR cluster analysis
Unveiling a hide side of the athlete's heart: a CMR focus on the left atrium.
Presentation
Unveiling a hide side of the athlete's heart: a CMR focus on the left atrium.
Hyper-trabeculation in olympic athletes: advanced LV function analysis by CMR.
Presentation
Hyper-trabeculation in olympic athletes: advanced LV function analysis by CMR.
Extreme cardiac remodelling observed in elite endurance athletes: analysis of myocardial deformation and estimated hemodynamic forces.
Presentation
Extreme cardiac remodelling observed in elite endurance athletes: analysis of myocardial deformation and estimated hemodynamic forces.
Right ventricle adaptation to high intensity training assessed by cardiac magnetic resonance in olympic athletes.
Presentation
Right ventricle adaptation to high intensity training assessed by cardiac magnetic resonance in olympic athletes.
Left ventricle myocardial deformation in olympic athletes assessed by cardiac magnetic resonance: does the sex and discipline matter?
Presentation
Left ventricle myocardial deformation in olympic athletes assessed by cardiac magnetic resonance: does the sex and discipline matter?
Left ventricular forces distribution in patients with heart failure and reduced ejection fraction.
Presentation
Left ventricular forces distribution in patients with heart failure and reduced ejection fraction.

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