2011Unpublished venueRequires access

Evaluation of echogenicity, vascularity index and tissue thickness of localized scleroderma ultrasound images Using MATLAB

Vishal Mistry, Jaydip Desai, Suzanne C. Li, Hong Man, Arthur Ritter

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Abstract

Ultrasound has shown a great potential for serving as an outcome measure for localized scleroderma. High spatial resolution of ultrasound will aid to evaluate Echogenicity, Vascularity index and tissue thickness of localized scleroderma. Echogenicity is higher when the ultrasound waves reflected are lesser in value from any particular body organ. Vascularity index can be defined as the differences in the color pixels of blood vessels in localized scleroderma image and control image.

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What this paper is about

Ultrasound has shown a great potential for serving as an outcome measure for localized scleroderma. High spatial resolution of ultrasound will aid to evaluate Echogenicity, Vascularity index and tissue thickness of localized scleroderma. Echogenicity is higher when the ultrasound waves reflected are lesser in value from any particular body organ. Vascularity index can be defined as the differences in the color pixels of blood vessels in localized scleroderma image and control image.

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Available abstract

Ultrasound has shown a great potential for serving as an outcome measure for localized scleroderma. High spatial resolution of ultrasound will aid to evaluate Echogenicity, Vascularity index and tissue thickness of localized scleroderma. Echogenicity is higher when the ultrasound waves reflected are lesser in value from any particular body organ. Vascularity index can be defined as the differences in the color pixels of blood vessels in localized scleroderma image and control image.

Key concepts: Echogenicity, Vascularity, Ultrasound, Medicine, Radiology, Scleroderma (fungus), Pixel, Biomedical engineering

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