TISSUE LESION DETECTION AND DETERMINATION USING QUANTITATIVE TRANSMISSION ULTRASOUND

The speed of sound data corresponding to transmission of ultrasound through a cancerous lesion is different than the speed of sound data corresponding to transmission of ultrasound through a benign lesion. The system can assign a coloration to a speed of sound image according to the speed of sound t...

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Main Authors KLOCK JOHN C, WISKIN JAMES W, BORUP DAVID T, IUANOW ELAINE, LENOX MARK W
Format Patent
LanguageEnglish
Published 25.08.2016
Subjects
DIAGNOSIS
HUMAN NECESSITIES
HYGIENE
IDENTIFICATION
MEDICAL OR VETERINARY SCIENCE
SURGERY
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Abstract The speed of sound data corresponding to transmission of ultrasound through a cancerous lesion is different than the speed of sound data corresponding to transmission of ultrasound through a benign lesion. The system can assign a coloration to a speed of sound image according to the speed of sound through the tissue as obtained from quantitative transmission ultrasound. The shape indicative of a lesion can be identified through the reflection data with the type of lesion identifiable by the coloration from the speed of sound data.
AbstractList The speed of sound data corresponding to transmission of ultrasound through a cancerous lesion is different than the speed of sound data corresponding to transmission of ultrasound through a benign lesion. The system can assign a coloration to a speed of sound image according to the speed of sound through the tissue as obtained from quantitative transmission ultrasound. The shape indicative of a lesion can be identified through the reflection data with the type of lesion identifiable by the coloration from the speed of sound data.
Author WISKIN JAMES W
IUANOW ELAINE
LENOX MARK W
KLOCK JOHN C
BORUP DAVID T
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HUMAN NECESSITIES
HYGIENE
IDENTIFICATION
MEDICAL OR VETERINARY SCIENCE
SURGERY
Title TISSUE LESION DETECTION AND DETERMINATION USING QUANTITATIVE TRANSMISSION ULTRASOUND
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