| Description:
 Through a case-based approach, this book illustrates the best practices 
for all facets of breast cancer imaging – from screening of asymptomatic
 patients to cancer staging, identifying metastases, and assessing 
efficacy of treatment – in a succinct, practical source. Contributing 
authors from a wide range of subspecialties provide well-rounded 
guidance to meet the needs of today's multidisciplinary work 
environment.
 
 
 Key Features:Presents multidisciplinary discussions on the advantages 
and/or limitations of all available modalities.
 Includes 
advice from leading experts on cross-sectional imaging, breast imaging, 
and PET/CT, with input from radiation oncology, medical oncology, and 
breast surgery, to span the complete spectrum of care from screening to 
diagnosis to treatment, reflecting today’s team approach to patient 
care.Covers all imaging modalities to help you correlate 
disease presentations on mammography, CT, MR, US, and PET images.
 Offers
 a very practical, clinical, concise approach to the subject in a 
case-based format.
 Provides over 1,000 high-resolution 
images of disease appearance for comparison with the findings you 
encounter in your practice.
 
 Table of Contents:
 
 Chapter 1: Screening for breast cancer in asymptomatic patients
 by
 Chris Comstock, MD and Marie Tartar, MD
 
 Case 1: Breast 
cancer presenting as a small new mass on mammography
 Case 2: Breast 
cancer presenting as a new mass on mammography
 Case 3: Breast 
cancer presenting as a new spiculated mass on mammography
 Case 4: 
Breast cancer presenting as a small growing mass in the axilla
 Case 
5: IDC presenting as a small growing mass
 Case 6: Small growing 
breast cancer presenting as a contour change on mammography
 Case 7: 
Breast cancer presenting as a largely obscured mass in dense breast 
tissue
 Case 8: Slowing growing microlobulated colloid carcinoma 
(benign looking
 growing mass)
 Case 9: Breast cancer presenting 
as a new posterior mass on mammography: importance of inclusion of 
posterior breast tissue on mammography
 Case 10: DCIS presenting as a
 microcalcification cluster
 Case 11” DCIS presenting as multiple 
microcalcification clusters along a ductal ray
 Case 12: Breast 
cancer presenting as architectural distortion in extremely dense breasts
 Case 13: ILC presenting as growing amorphous density
 Case 14: 
Small cancer in implant patient, well seen only on implant displaced
 views
 Case 15: Importance of complete work-up of new mammographic masses
 Case
 16: MRI high risk screening for occult breast cancer
 Case 17: MRI 
high risk screening for occult breast cancer
 Case 18: Breast cancer 
presenting as a growing small mass on screening MRI
 Case 19: CT 
identification of unknown breast cancer in an asymptomatic patient
 Case
 20: PET identification of occult breast cancer in an asymptomatic 
patient
 
 Chapter 2: Evaluation of the 
symptomatic patient: Diagnostic breast imaging
 
 Cases:
 1.
 Palpable axillary IDC, presenting as a growing mammographic mass 
simulating a lymph node
 2. Palpable lump presenting as malignant 
microcalcifications on mammography
 3. Palpable IDC presenting as 
mammographic architectural distortion and shadowing sonographic mass
 4.
 Palpable ILC presenting as architectural distortion
 5. Palpable 
lump presenting with masses and pleomorphic microcalcifications
 6. 
Palpable lump presenting as mammographic architectural distortion with 
microcalcifications
 7. Palpable lump presenting as growing amorphous
 mammographic asymmetry
 8. Palpable lump presenting as developing 
mammographic density
 9. Mammographically occult palpable breast 
cancer
 10.  Large, palpable, mammographically occult invasive 
carcinoma
 11. Breast cancer involving the nipple-areolar complex, 
not identified on conventional imaging, demonstrated by MRI
 12. 
Mammographically occult retroaerolar breast cancer presenting as nipple 
retraction
 13. Importance of clear communication and accurate 
history; Inaccurate history of biopsy “scar” leads to near-miss of a 
spiculated cancer
 14. Axillary nodal p
 
 
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