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Viscosity-Corrected Shear Speed Estimates and Shear Speed Images

Detailed Technology Description

Executive Summary Ultrasound imaging relies on sound waves to develop ultrasound images, which are used in diagnostics for a wide variety of medical conditions affecting organs and soft tissues. Current approaches to estimate shear wave speed for shear wave elastography imaging in viscoelastic soft tissue consistently overestimate the shear speed, due to the fact that the shear viscosity is ignored in their estimations. Researchers at MSU have collaborated with researchers at the Mayo Clinic to address this issue and have developed a new method to accurately measure shear viscosity.  Description of Technology Researchers at MSU and the Mayo Clinic have developed a new method that yields accurate estimates of shear wave speed for shear wave elastography imaging in viscoelastic soft tissue. This novel technology is the first to correct shear viscosity estimation errors. Key BenefitsAvoids Overestimation: Precise measurement of shear speedIncreased Precision: Unmatched accuracy in estimates of shear viscosity  ApplicationsClinical diagnosticsMajor medical ultrasound manufacturers Patent Status:  Patent pending, application published #WO2016209922 Licensing Rights Available Full licensing rights available. Inventors: Robert J. McGough, Yiqun Yang, Matthew W. Urban Tech ID: TEC2015-0137

*Abstract

None

*Principal Investigator

Name: Robert McGough, Associate Professor

Department: Electrical and Computer Engineering

Name: Yiqun Yang, Doctoral Student

Department: Electrical Engineering

Name: Matthew Urban, Associate Professor

Department:

Country/Region

USA