… the intra- and interobserver reproducibility of shear wave elastography for breast masses. …
Because we used shear wave elastography, which measures the shear wave velocity in m/s …

… breast masses [15]. In this study, shear wave elastography had superior performance to …
for shear wave elastography because it is the most widely used and recognised classification of …

… The aim of this meta-analysis was to estimate the diagnostic performance of shear wave
elastography (SWE) in differentiating malignant from benign breast lesions. A literature search …

… were set for breast masses detected at diagnostic US, including palpable masses (376 of
939… screening US-detected breast masses because most breast masses detected at screening …

… is used in tissue characterisation, reflecting the hardness of a target lesion, and studies …
various breast lesions [1–3]. Although proven efficient, images of conventional elastography are …

… the entire lesion because, in shear wave elastography, the values are obtained from a fixed
ROI, generally the stiffest peritumoral area. If it were important to explore lesion heterogeneity…

… This study of 175 lesions confirms that the shear wave elastography parameter of mean
stiffness is highly accurate in differentiating between benign and malignant solid breast masses …

… Two patients with breast implants and nine patients with large breast masses (over 4 cm)
were excluded as those masses were not fully included in the maximum range of SWE colour …

… and shear wave elastography may improve diagnostic confidence and performance in
breast lesions. … of strain and shear wave elastography will be helpful to validate these results. …

… to better degrees of breast mass characterization. Shear wave elastography (SWE) helps
estimate tissue stiffness based on the acoustically generated shear wave propagation speed …