Notice of Removal: Experimental investigation of shear wave imaging in thin soft media in various coupling conditions

Chang, Enoch Jing-Han; Guo, Yuexin; Lee, Wei-Ning

doi:10.1109/ultsym.2017.8092577

Cited by 2 publications

(1 citation statement)

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“…High-frame-rate imaging enables a new method for estimating the elastic properties of the myocardium (i.e., stiffness): shear wave imaging (SWI) [18][19][20][21] can measure and visualize certain vibrations in the myocardium (shear waves, SW) that propagate at a velocity that is directly related to its stiffness. In a large, isotropic, elastic medium, the velocity of shear waves (c) directly relates to the shear modulus of the medium (i.e., its stiffness, µ), and its density (ρ).…”

Section: Shear Wave Imagingmentioning

confidence: 99%

Translating High-Frame-Rate Imaging into Clinical Practice: Where Do We Stand?

Popescu

Bezy

Voigt

2023

Romanian Journal of Cardiology

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Continuous developments in cardiovascular imaging, software, and hardware have led to technological advancements that open new ways for assessing myocardial mechanics, hemodynamics, and function. The technical shift from clinical ultrasound machines that rely on conventional line-per-line beam transmissions to ultrafast imaging based on plane or diverging waves provides very high frame rates of up to 5000 Hz with a wide variety of potential new applications, including shear wave imaging, ultrafast speckle tracking, intracardiac flow imaging, and myocardial perfusion imaging. This review provides an overview of these advances and demonstrates potential applications and their possible added value in clinical practice.

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Section: Shear Wave Imagingmentioning

confidence: 99%