skip to main
|
skip to sidebar
Monday, 25 April 2011
The Augmented Breast: A Pictorial Review of the Abnormal and Unusual
The Augmented Breast: A Pictorial Review of the Abnormal and Unusual
Natalie Yang and Derek Muradali
AJR 2011; 196:451-460
Link to Journal
0 comments:
Post a Comment
Newer Post
Older Post
Home
Subscribe to:
Post Comments (Atom)
About Me
Dr Chris Flowers
Director of Breast Imaging and Research, Moffitt Cancer Center, Tampa, FL. Previously - Associate Professor of Radiology and Biomedical Imaging University of California, San Francisco UCSF
View my complete profile
Blog Archive
▼
2011
(36)
►
October
(1)
Accuracy of Screening Mammography in Older Women
►
May
(3)
MRI Findings of Pure Ductal Carcinoma in Situ: Kin...
Full-Field Digital Mammographic Interpretation Wit...
Mucocele-Like Tumors of the Breast as Cystic Lesio...
▼
April
(32)
Hyperechoic Lesions of the Breast: Not Always Beni...
Variation of Breast Vascular Maps on Dynamic Contr...
Application of MR Mammography Beyond Local Staging...
Interpretation of Positron Emission Mammography an...
Interpretation of Positron Emission Mammography: F...
Breast MRI Using a High-Relaxivity Contrast Agent:...
Development of an Adjustable Model Breast for Mamm...
MRI Appearance of Tumor Recurrence in Myocutaneous...
The Augmented Breast: A Pictorial Review of the Ab...
Indications for Breast MRI: Case-Based Review
Interobserver Variability of Ultrasound Elastograp...
Management of Ultrasonographically Detected Benign...
Accuracy of Diagnostic Mammography and Breast Ultr...
Spectrum of Disease in the Male Breast
Detection and Classification of Calcifications on ...
Breast Imaging and Intervention in the Overweight ...
Preoperative Sentinel Node Identification With Ult...
Microbubble Contrast-Enhanced Ultrasound for Senti...
United States Preventive Services Task Force Scree...
Sonographic Confirmation of a Mammographically Det...
Background Parenchymal Enhancement on Baseline Scr...
Contribution of Diffusion-Weighted Imaging to Dyna...
Predictive Value for Malignancy of Suspicious Brea...
High Cancer Yield and Positive Predictive Value: O...
Targeted Ultrasound in Women Younger Than 30 Years...
BI-RADS Descriptors for Mammographically Detected ...
Computer-Aided Analysis of Ultrasound Elasticity I...
Axillary Ultrasound and Fine-Needle Aspiration in ...
Stereotactic Vacuum-Assisted Breast Biopsy Is Not ...
Contrast-Enhanced MR Angiography of the Breast: Ev...
Vessel Analysis on Contrast-Enhanced MRI of the Br...
Features of Prospectively Overlooked Computer-Aide...
►
2010
(24)
►
September
(1)
Pseudoangiomatous Stromal Hyperplasia: Imaging Fin...
►
August
(3)
Breast MRI After Conservation Therapy: Usual Findi...
Frequency, Upgrade Rates, and Characteristics of H...
Positive Predictive Value of Mammography: Comparis...
►
July
(3)
Breast MRI Screening of Women With a Personal Hist...
Cone-Beam CT for Breast Imaging: Radiation Dose, B...
Digital Breast Tomosynthesis in the Diagnostic Env...
►
June
(1)
Accuracy of MRI in Prediction of Pathologic Comple...
►
May
(5)
The Future of Mammography: Radiology Residents' Ex...
Breast Cancers Not Detected at MRI: Review of Fals...
Apparent Diffusion Coefficient Values for Discrimi...
False-Positive Findings at Contrast-Enhanced Breas...
MRI-Guided Breast Biopsy: Influence of Choice of V...
►
April
(4)
The Positive Predictive Value of BI-RADS Microcalc...
►
March
(3)
►
January
(4)
►
2009
(40)
►
December
(1)
►
November
(4)
►
September
(7)
►
August
(6)
►
June
(4)
►
April
(1)
►
March
(6)
►
February
(11)
►
2008
(53)
►
December
(4)
►
November
(4)
►
October
(8)
►
September
(4)
►
August
(9)
►
July
(4)
►
June
(2)
►
May
(4)
►
April
(4)
►
February
(3)
►
January
(7)
►
2007
(9)
►
October
(9)
Labels
(1H-MRS)
(1)
14G core
(1)
2nd look ultrasound
(1)
3D digital tomosynthesis mammography
(2)
3T
(1)
9 gague
(1)
academic
(1)
accelerated partial breast irradiation
(1)
Accuracy
(1)
ACRIN
(1)
ADC valve
(1)
Adenoid Cystic Carcinoma
(1)
ADH
(2)
adolescents
(1)
angiogenesis
(1)
angiography
(1)
angiosarcoma
(1)
anticoagulation
(1)
aphy
(1)
asian breast
(1)
asian population
(2)
atypical
(1)
atypical ductal hyperplasia
(4)
Augmentation
(2)
August 2007
(1)
axilla
(3)
b values
(1)
B3 lesions
(1)
background
(1)
basal phenotype
(1)
basal-like carcinoma
(2)
benefits
(1)
benign
(1)
benign biopsy
(1)
BI-RADS
(3)
biopsy
(7)
biopsy clip
(1)
biopsyr
(1)
BIRADS
(7)
BIRADS 3
(4)
Bleeding
(1)
breast
(17)
breast biopsy
(4)
breast cancer
(31)
breast cancer screening
(6)
breast cancer • breast cancer screening
(1)
breast cancer • computer-aided detection
(1)
breast cancer • enhancement effects
(1)
breast carcinoma
(2)
breast conservation
(1)
breast diseases
(1)
breast imaging
(11)
breast lesions
(1)
breast mass
(2)
breast MRI
(41)
breast needle biopsy
(1)
breast neoplasm
(3)
breast neoplasms
(6)
breast screening
(2)
breast signs
(1)
breast sonography
(6)
breast stroma
(1)
breast surgery
(2)
breast thickness
(1)
breast tissue
(1)
breast tumor
(1)
breast tumor detection
(1)
breast tumor localization
(1)
breast ultrasound
(13)
breast-specific gamma imaging
(1)
CAD
(4)
calcification
(3)
cancer
(4)
cancer yield
(1)
carcinoma
(1)
centrally necrotizing carcinoma of the breast
(1)
characterization
(2)
chemotherapy response
(2)
classification
(1)
coarse calcification
(1)
comparison biopsy
(1)
complete removal
(2)
compression force
(1)
computer-aided detection
(1)
computer-aided diagnosis
(1)
cone-beam CT
(1)
contralarteral tumors
(1)
contralateral breast
(1)
contrast media
(4)
core biopsy
(3)
core needle biopsy
(1)
corellation
(1)
correlate
(2)
cost-effectiveness analysis
(1)
CT
(1)
cystic
(1)
DCE-MRI
(3)
DCIS
(2)
dermatofibrosarcoma protuberans
(1)
detection
(1)
diagnosis
(4)
diagnostic accuracy
(1)
diagnostic imaging
(1)
diagnostic mammography
(5)
diagnostic workup
(1)
differentiation
(1)
diffusion-weighted imaging
(3)
digital breast tomosynthesis
(2)
digital flat-panel mammography
(1)
digital images
(1)
digital mammography
(7)
DMIST
(1)
dosimetry
(1)
double reading
(1)
ductal carcinoma in situ
(2)
duration
(1)
DWI
(5)
dynamic contrast-enhanced MRI
(1)
dynamic imaging
(1)
dynamic MRI
(1)
education
(1)
efficiency
(1)
elastography
(2)
elastography. CAD
(1)
enhancement curves
(1)
enhancing tissue
(1)
false-positive
(1)
fat necrosis
(2)
FDG PET
(1)
FFDM
(3)
fibroadenoma
(1)
film interpretation
(1)
full-field digital mammography
(2)
gadobenate dimeglumine
(1)
gamma camera
(1)
gamma imaging
(1)
guidelines
(2)
gynecomastia
(1)
harms
(1)
hemangioma
(1)
hemostatic sealant
(1)
high relaxivity
(1)
hospital
(1)
hyperechoic lesions
(1)
image processing
(1)
image quality
(1)
image registration
(1)
imaging
(1)
imaging features
(1)
imaging-guided intervention
(1)
implants
(1)
inconclusive mammography
(1)
indications
(1)
interobserver variability
(2)
interpretation time
(1)
interventions
(1)
invasive ductal carcinoma
(1)
invasive lobular carcinoma
(1)
ipsilateral breast
(1)
Irish screening program
(1)
kinetic characteristics
(1)
kinetic curves
(3)
lactation
(1)
lesion size
(1)
lobular neoplasia
(1)
lymph nodes
(2)
male breast
(2)
malpractice
(1)
Mammary Fibromatosis
(1)
mammogram
(1)
mammographic appearance
(1)
mammography
(26)
mammography screening
(1)
Marker clips. occult lesion
(1)
MDCT
(2)
measurement error
(1)
menstrual cycle
(1)
meta-analysis
(1)
microcalcification
(2)
microcalcification distribution
(1)
microcalcification morphology
(1)
microcalcifications
(1)
microcalcifications of the breast
(1)
micropapillary
(1)
microvascular density
(1)
Minkowski functionals
(1)
model
(1)
molecular breast imaging
(1)
morphologic features
(1)
morphology
(1)
MR lymphangiography
(1)
MR mammography
(2)
MR spectroscopy
(2)
MRA of the breast
(1)
MRI
(20)
MRI appearances
(1)
MRI-guided biopsy
(2)
mucinous carcinoma
(2)
Mucocele
(1)
National Mammograpy Database
(1)
Needle localization
(1)
negative predictive value
(1)
neoadjuvant chemotherapy
(1)
neoplasm
(2)
non mass like enhancement
(1)
non-concordance
(1)
non-palpable breast cancer
(1)
nonmasslike enhancement
(1)
normal breast
(1)
normalization
(1)
not always benign
(1)
nuclear medicine
(1)
obesity
(1)
observer performance study
(1)
October 2007
(2)
office
(1)
oncologic imaging
(3)
palpable lesions
(1)
palpable mass
(1)
papillary lesion
(2)
papilloma
(2)
papillomas
(1)
PASH
(2)
pathological complete remission
(1)
pathology
(2)
patient perceptions
(1)
PEM
(2)
perceived risk
(1)
PET
(1)
PET/CT
(1)
physician workforce
(1)
polyacrylamide
(1)
polyacrylamide gel mammoplasty
(2)
positive predictive value
(1)
Positron emission mammography
(2)
post mastectomy
(1)
post op
(1)
postmenopause
(1)
postsurgical changes
(1)
pparent diffusion coefficient
(1)
PPV
(2)
practice
(1)
pre-op staging
(4)
pregnancy
(1)
premenopause
(1)
preoperative localization
(1)
preoperative therapy
(1)
probably benign
(2)
probably benign finding
(1)
prognosis
(1)
prognostic factors
(1)
proton MR spectroscopy
(1)
pseudoangiomatous stomal hyperplasia
(1)
pseudoangiomatous stromal hyperplasia
(1)
QC test
(1)
quantitative method
(1)
radial scar
(1)
radiation dose
(1)
Radio-guided
(1)
radiofrequency identification tags
(1)
radiography
(1)
reading time
(1)
reconstruction
(1)
Review
(1)
risk of malignancy
(1)
ROLL
(1)
SAMS
(2)
screen-film imaging
(1)
screening
(6)
screening mammography
(6)
second look ultrasound
(2)
self assessment
(1)
sensitivity
(2)
sentinel lymph node biopsy
(3)
September 2007
(3)
SFM
(1)
short term follow up
(1)
short-interval follow-up mammography
(1)
single-voxel proton MR spectroscopy
(1)
SLNB
(1)
solid masses
(1)
solitary dilated duct
(1)
sonography
(8)
specificity
(2)
specimens
(2)
spectrum
(1)
staging. axilla
(1)
Stereo
(1)
stromal tumor
(1)
suspicious lesions
(1)
symptoms
(1)
synchronous cancer
(1)
synchrotron radiation imaging
(1)
technology
(1)
timing of scan
(1)
tomosynthesis
(2)
TRAM
(1)
Triple negative
(1)
tumor
(1)
tumor size change
(1)
ultrasound
(9)
ultrasound core biopsy
(1)
under 30
(1)
underestimation
(1)
underestimation November 2007
(2)
university
(1)
usa
(3)
USPSTF
(1)
vacuum-assisted biopsy
(1)
variability
(1)
Vascular maps
(1)
vascularity
(2)
vessel analysis
(1)
volume
(1)
women's imaging
(4)
work up
(1)
workforce
(1)
young women
(1)
0 comments:
Post a Comment