By Beverly Hashimoto
Praise for the former edition:
Well organised and fantastically illustrated...A strong publication for trainee breast radiologists and radiographers...[and] an incredibly worthwhile reference textbook for more matured practitioners.--RAD Magazine
The moment variation of this generously illustrated case-based reference offers a scientific visible choice of pathologic entities and an in depth review of the way to optimize sonographic procedure in addition to easy methods to strategy the combination of mammography, sonography, MRI and PET/CT in breast melanoma analysis. The booklet starts off with a spotlight on instructing sensible the right way to examine and comprise mammographic, sonographic, and magnetic resonance findings within the scientific atmosphere. The final chapters are dedicated to illustrating the functions of puppy as tested by means of particular scientific cases.
Features of the second one edition:
- Emphasis at the value of high-resolution sonography
- Three new chapters at the use of MRI and puppy in breast imaging
- Numerous new case stories -- together with worthwhile pearls and pitfalls -- that target universal and unusual examples of metastatic and non-metastatic illness
- Charts and descriptions that supply speedy reference for the medical workup of a lesion
- More than 800 photographs that support establish either mammographic and sonographic abnormalities
This thorough reference is perfect for radiologists, mammographers, oncologists, gynecologists and all clinicians seeking to expand their visible sonographic event. Its effortless layout makes it a convenient textual content for radiology citizens in breast rotations.
Read or Download Multimodality Breast Imaging: A Correlative Atlas PDF
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Extra info for Multimodality Breast Imaging: A Correlative Atlas
Example text
The parenchymal edge generally thins out into the axilla and chest wall. These areas commonly form ill-defined curvilinear, feathery borders in patients with scattered or heterogeneous dense breasts. In patients with extremely dense breasts, these borders tend to be well defined. However, the contours are still curvilinear. With heterogeneously dense and extremely dense breasts, the superior corner of the MLO view and the 2/11/10 11:55:29 AM Approach to Mammographic Analysis 9 C A B D Fig. 4 (A) Right MLO digital mammogram.
The amount of reflection is dependent on the difference in acoustic impedance between the substances. If the difference is great, then a large percentage of the sound wave is reflected. Acoustic impedance differences between most tissues within the breast such as fat and fibroglandular tissue are very small, so generally less than 1% of the sound wave is reflected. However, air and bone have acoustic impedances that are very different from breast tissue. When the sound wave strikes a rib, approximately 90% of the sound is reflected, and when the wave strikes the lung, over 99% of the wave is reflected.
Shadowing is confusing. It is a nonspecific finding because it is associated with both benign and malignant entities. Shadowing is particularly a problem for those who use high-frequency equipment, as all tissues more readily attenuate high frequencies, and therefore shadowing is more frequent. indd 24 the mammographic anatomy of the CC view. On the side closest to the nipple, the tissue is white fibroglandular parenchyma. On the side away from the nipple, the tissue is hypoechoic fat. N, arrow points toward the direction of the nipple.