Liver

An elite suite of liver disease assessment tools that can evaluate attenuation while delivering a high-quality diagnostic image

Quantitative ultrasound bio-markers used for liver assessment

Quantitative ultrasound bio-markers used for liver assessment

  • ShearWave® for fibrosis quantification
  • Att PL.U.S.™ for quantification of steatosis
  • Ssp PL.U.S.™ sound speed quality factor for steatosis assessment
  • Vi PL.U.S.™ viscosity quantification for inflammation
  • B-mode Ratio provides a quantitative measurement of the hepato-renal brightness ratio to assess the severity of steatosis

Diagnose Inflammation quickly and confidently

  • Activate in 2 easy steps
  • Automatic segmentation of vessels allows you to scan without having to avoid vascular anatomy
  • Pre-determined box size for a precise average
Att PL.U.S.™ and Ssp PL.U.S.™

Att PL.U.S.™ and Ssp PL.U.S.™

  • Thanks to our patented UltraFast® technology, SuperSonic Imagine® now provides two new ultrasound bio-markers for steatosis assessment: Att PL.U.S.™ and Ssp PL.U.S.™
  • When used in conjunction, Att PL.U.S.™ and SSp PL.U.S.™ will provide values that determine if steatosis is present, mild, moderate or severe

For more information or a list of these values, please contact us.

Vi PL.U.S.™

  • Real-time measurement of viscosity and elasticity, two indicators used to assess the viscoelastic properties of liver tissues
  • Visualization and quantification of tissue viscosity
  • Displays ShearWave® dispersion, potential for liver inflammation
  • Real-time measurement of viscosity and elasticity, two indicators used to assess the viscoelastic properties of liver tissues
ShearWave® PL.U.S.™ (SWE™)

ShearWave® PL.U.S.™ (SWE™)

  • Superior non-invasive assessment of the degree of liver fibrosis
  • Quick acquisition and easily reproducible without user dependency
  • ShearWave® Color Box overlay, adjustable in real-time
  • Q-Box tool with Stability Index for a reliable and reproducible measurement of tissue stiffness
  • No lag time, no compromise to b-mode image quality