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Automated whole-breast ultrasound (AWBU) is a technique that produces volumetric images of the breast and is largely independent of operator skill. It utilizes high-frequency ultrasound to help perform a diagnostic evaluation of the lactiferous ducts (duct sonography) [5] and make dilated ducts and intraductal masses visible.
Breast ultrasounds may be used with or without a mammogram. Breast ultrasound is the use of medical ultrasonography to perform imaging of the breast. It can be used as either a diagnostic or a screening procedure. [38] It may be used either with or without a mammogram. [39]
They are performed with the patient standing, the breast pressed between two plastic plates, as the image is taken. The interpretation has to be performed by a specialist. [10] Breast ultrasound is a complementary study of mammography. In many women the tissue that makes up the breast is very dense, representing fibrous tissue and glandular ...
The standard treatment of galactographically suspicious breast lesions is to perform a surgical intervention on the concerned duct or ducts: if the discharge clearly stems from a single duct, then the excision of the duct (microdochectomy) is indicated; [2] if the discharge comes from several ducts or if no specific duct could be determined ...
The assessment categories were initially developed for mammography and later adapted for use with MRI and ultrasound findings. The summary of each category, given below, is nearly identical for all three modalities. Category 6 was added in the 4th edition of the BI-RADS. BI-RADS assessment categories are: [2] 0: Incomplete; 1: Negative; 2: Benign
Acorn cyst sign is a radiologic sign indicating the presence of a benign uncomplicated cyst in ultrasound examinations of the breast. [1] It consists of a deep anechoic fluid portion resembling an acorn, and a superficial echogenic layer resembling an acorn cap. This sign is helpful for radiologists to differentiate a benign uncomplicated cyst ...
Medical ultrasound includes diagnostic techniques (mainly imaging techniques) using ultrasound, as well as therapeutic applications of ultrasound. In diagnosis, it is used to create an image of internal body structures such as tendons, muscles, joints, blood vessels, and internal organs, to measure some characteristics (e.g., distances and velocities) or to generate an informative audible sound.
A large multi-center breast imaging study has demonstrated both reproducibility [11] and significant improvement in the classification [12] of breast lesions when shear wave elastography images are added to the interpretation of standard B-mode and Color mode ultrasound images.