Doctor Giulia Crisci

Heart Centre Hasselt, Hasselt (Belgium)

Membership: ESC Professional Member EACVI Member HFA Member

Contributor content

Presentation

Relationship between exercise oxygen kinetics and exercise performance in heart failure

$Volume-mediated changes in tricuspid regurgitation and unfavorable septum shape during exercise in patients with heart failure preserved ejection fraction$

Presentation

Volume-mediated changes in tricuspid regurgitation and unfavorable septum shape during exercise in patients with heart failure preserved ejection fraction

Presentation

Interventricular septum displacement and hemodynamic evaluation across heart failure spectrum during exercise performance

Presentation

Interventricular septum displacement implications during exercise in different heart failure phenotypes: limited cardiac reserve, right-ventricle to pulmonary circulation uncoupling, and oxygen uptake

Presentation

Crucial relationship between right ventricular to pulmonary circulation uncoupling and natriuretic peptides levels in heart failure during maximal exercise

Presentation

Interventricular abnormal septum displacement as contributory mechanism for impaired peak oxygen consumption and exercise cardiac output response in heart failure

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Doctor Giulia Crisci

Contributor content

Relationship between exercise oxygen kinetics and exercise performance in heart failure

Volume-mediated changes in tricuspid regurgitation and unfavorable septum shape during exercise in patients with heart failure preserved ejection fraction

Interventricular septum displacement and hemodynamic evaluation across heart failure spectrum during exercise performance

Interventricular septum displacement implications during exercise in different heart failure phenotypes: limited cardiac reserve, right-ventricle to pulmonary circulation uncoupling, and oxygen uptake

Crucial relationship between right ventricular to pulmonary circulation uncoupling and natriuretic peptides levels in heart failure during maximal exercise

Interventricular abnormal septum displacement as contributory mechanism for impaired peak oxygen consumption and exercise cardiac output response in heart failure

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