
Miss Stephanie Bezy
KU Leuven, Leuven (Belgium)
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Presentation
The change in propagation speed of natural shear waves by altering preload might differentiate patients with increased myocardial stiffness
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Predictors of shear wave propagation speed assessed by shear wave elastography
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Systolic shear wave propagation speed as a novel non-invasive marker of myocardial contractility
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Myocardial stiffness assessed by shear wave elastography relates to pressure-volume loop derived measurements of chamber stiffness
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Myocardial stiffness assessed by natural shear wave elastography is related to pressure-volume loop derived parameters
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The influence of hemodialysis-induced preload changes on the propagation speed of natural shear waves
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Natural shear wave propagation speed is influenced by both changes in myocardial structural properties as well as loading conditions
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The behaviour of natural shear waves under different loading conditions
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