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We have previously proposed a novel method for measuring arterial stiffness using shear wave imaging (SWI). In this study, we evaluate the performance of this method on a healthy population (N=30) and we compare it to local measurement of the arterial pulse wave velocity (PWV) achieved at the same arterial site using ultrafast imaging. Ultrafast imaging was used to track shear wave induced remotely...
Early detection of biomechanical modifications in the arterial wall could be used as a predictor factor for various diseases, for example hypertension or atherosclerosis. In this work 1D transient elastography (TE) technique and Supersonic Shear Imaging (SSI) technique are used for the evaluation of the shear wave speed on a phantom consisting in 2.5 mm thickness viscoelastic layer and an arterial...
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