… Note that this review is not intended to detail artifacts and confounders of shear wave
imaging because these are organ, tissue structure, and tissue pathology specific. Nevertheless, …

… title: “Sonoelasticity of Organs, Shear Waves Ring a Bell” [3]. … organs, including the liver
and kidneys, where extended surfaces create reflections of sinusoidal steady-state shear waves. …

… On the downside, the achieved penetration of abdominal organs with shear waves is
sometimes too low for full-body MRE scans. To overcome this amplitude issue, stronger systems …

… applications of shear wave elastography techniques, more specifically comb-push ultrasound
shear elastography (… Sonoelasticity of organs: shear waves ring a bell. J. Ultrasound Med. …

… shear wave noise, ideally a diffuse field. Retrieving elastic parameters is done through
correlation techniques [13] or, using wave … Sonoelasticity of organs: shear waves ring a bell. …

… as constant, the Young’s modulus is exclusively linNed to the shear wave speed. Thus, the
… In this medical field, propagation media are soft solids such as soft tissues, muscles, organs, …

… the material properties of organs because the constituents of the organs are altered on the
… force push beams to generate shear waves for measurement of local shear wave velocity. …

… A more comprehensive determination of the degradation or deviation from the model as
a function of organ size, attenuation, frequency, and shear wave sources, remains to be …

… “feel” of tissues and organs has been used in diagnostic … shear waves (typically between 50
and 1000 Hz continuous … sharp impulsive excitation, then a shear wave is produced that will …

… assessment system called sonoelasticity imaging. Between … shear waves are generated
by an acoustic radiation force and propagated through the tissues. Shear wave velocity (in m/s) …