Demonstration of Fat Properties in Diagnostic Ultrasound Images through the Development of a Modular Phantom

The proportion of fat content in the body is important classification and grading disease. In a clinical situation, image characteristics adipose tissue are used as information diagnosing Therefore, imaging on ultrasound images should be understood comprehensive manner. this study, we describe using phantoms representing three different fractions. fractions were 0%, 40%, 80%, consisted agarose gel containing either distilled water or one two emulsions. To characterize content, scanned an Accuvix V10 system. Both brightness attenuation echo increased with increasing content. Deep structures could not observed clearly areas high pure appeared to echo-free. Pure displayed acoustic enhancement, while shadowing. However, emulsion hyperechoic because difference impedance between fat. results show that well-characterized fraction can potentially understand human ultrasound.