2012Unpublished venueRequires access

In vivo time harmonic multiple frequency elastography of human liver

Heiko Tzschätzsch, Jürgen Braun, Thomas Fischer, Robert Klaua, Michael K. Schultz, Ingolf Sack

Open publisher page 1 citations

Abstract

For diagnosis of fibrosis we developed an ultrasound elastography system .which combines the advantages of magnetic resonance elastography (MRE) with ultrasound elastography (USE). Multi-frequency MRE has a high diagnostic power for the staging of low grades of fibrosis. USE has the potential to provide similar results in real-time and at low costs with a wide availability. We demonstrate the feasibility of time-harmonic multi-frequency USE at six volunteers and compare the resulting shear wave speed dispersion over seven frequencies with literature values from MRE.

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What this paper is about

For diagnosis of fibrosis we developed an ultrasound elastography system .which combines the advantages of magnetic resonance elastography (MRE) with ultrasound elastography (USE). Multi-frequency MRE has a high diagnostic power for the staging of low grades of fibrosis. USE has the potential to provide similar results in real-time and at low costs with a wide availability. We demonstrate the feasibility of time-harmonic multi-frequency USE at six volunteers and compare the resulting shear wave speed dispersion over seven frequencies with literature values from MRE.

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Available abstract

For diagnosis of fibrosis we developed an ultrasound elastography system .which combines the advantages of magnetic resonance elastography (MRE) with ultrasound elastography (USE). Multi-frequency MRE has a high diagnostic power for the staging of low grades of fibrosis. USE has the potential to provide similar results in real-time and at low costs with a wide availability. We demonstrate the feasibility of time-harmonic multi-frequency USE at six volunteers and compare the resulting shear wave speed dispersion over seven frequencies with literature values from MRE.

Key concepts: Magnetic resonance elastography, Elastography, Ultrasound, Harmonic, Ultrasound elastography, Transient elastography, Dispersion (optics), Acoustics

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