Acoustic Radiation Force Impulse Technology in  the Differential Diagnosis of Solid Breast Masses with  Different Sizes: Which Features Are Most Efficient?

<div>Images of the VTI Patterns 1–4. (a) VTI (right) shows a bright area (Pattern 1) corresponding to the hypoechoic mass in B-mode US (left); (b) VTI (right) shows no bright or dark areas (Pattern 2) corresponding to the hypoechoic mass in B-mode US (left); (c) VTI (right) shows a dark (grey) area (Pattern 3) corresponding to the hypoechoic mass in B-mode US (left); (d) VTI (right) shows a dark (black) area (Pattern 4) corresponding to the hypoechoic mass in B-mode US (left).</div>

BioMed Research International

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Figure 1

Figure 1: Acoustic Radiation Force Impulse Technology in  the Differential Diagnosis of Solid Breast Masses with  Different Sizes: Which Features Are Most Efficient? 

Figure 1 | Acoustic Radiation Force Impulse Technology in  the Differential Diagnosis of Solid Breast Masses with  Different Sizes: Which Features Are Most Efficient? 