Enhancing Your Acoustics: Ultrasound Image Optimization of Breast Lesions
Bianca Carpentier, Jessica H. Hayward, Lori M. Strachowski
Abstract
Bianca Carpentier, Jessica H. Hayward, Lori M. Strachowski
Abstract
A general understanding of ultrasound physics relative to image optimization is essential when performing breast ultrasound examinations and in accurately interpreting images of the breast. Appropriate technique is crucial to achieve accurate lesion characterization and is emphasized in the second edition of the American College of Radiology Breast Imaging Reporting and Data System for ultrasound (2013). This pictorial essay reviews clinically relevant ultrasound physics to best characterize breast lesions for guiding the clinician to the proper diagnosis. Differences in chosen parameters on ultrasound imaging can create variability in the appearance of breast lesions.
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A general understanding of ultrasound physics relative to image optimization is essential when performing breast ultrasound examinations and in accurately interpreting images of the breast. Appropriate technique is crucial to achieve accurate lesion characterization and is emphasized in the second edition of the American College of Radiology Breast Imaging Reporting and Data System for ultrasound (2013). This pictorial essay reviews clinically relevant ultrasound physics to best characterize breast lesions for guiding the clinician to the proper diagnosis. Differences in chosen parameters on ultrasound imaging can create variability in the appearance of breast lesions.
Key concepts: Medicine, Ultrasound, Breast ultrasound, Breast imaging, Radiology, Ultrasound imaging, Medical physics, Ultrasonography