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Mammography Basics PowerPoint Presentation

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Description : The primary breast imaging modality that seeks to detect breast abnormalities using X-rays which may primarily indicate the early presence of breast cancer before it becomes clinically apparent.

Tags : mammography,what is mammography,why mammography,about mammography

Published on : Dec 04, 2022 | Views : 810 | Downloads : 7

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MAMMOGRAPHY BASICS Presented by JOYCE NASSAR
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Mammograms don’t look fun but they can save a life! Approximately 1 in 8 women will develop breast cancer over a life time.
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What is mammography..?? The primary breast imaging modality that seeks to detect breast abnormalities using X-rays which may primarily indicate the early presence of breast cancer before it becomes clinically apparent. It was shown to reduce mortality by 25%–52% in randomized controlled trials. A low radiation dose is especially important to avoid soft tissue damage and to provide the best differential attenuation between normal tissue and cancerous tissue.
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Physics oil
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Physics
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Physics
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Physics oil - Filters - Collimators
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Physics Collimator A more uniform breast thickness Reduce blurring from motion Reduce radiation dose Reduce scattered radiation Better visualization of tissues near the chest wall
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Physics development, fixing, washing and drying.
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Physics Analog-to-digital conversion Digital Signal
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Physics AEC
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1. Indication: Types of mammo.
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Routine VIEWS Cranio-caudal (CC) Mediolateral oblique (MLO)
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Quadrants of the breast PNL PNL CC MLO L L Outer (Lateral) Inner (medial) Upper Inner
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Quadrants of the breast 12 3 6 9 12 3 9 3 6
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Breast Anatomy
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Breast Anatomy
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2. Breast Composition Categories
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3. Important findings Mass, asymmetry, architectural distortion and calcifications. Shape, density, size, location, border definition, unilateral or bilateral, surrounding tissue, increasing in number from prior mammogram and distribution of anomalies are always considered as mammographic characteristics that serves as a “flag” to be attentive to this area for further study, rather than an absolute assurance of underlying disease.
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3. Important findings
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3. Important findings
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3. Important findings Mass
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3. Important findings Calcifications
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3. Important findings RCC RMLO Architectural distortion
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3. Important findings Asymmetric density represents an area of tissue with fibroglandular structures that is more extensive in one breast relative to the corresponding region in contralateral breast. When a potential mass is seen only in one view/projection on a mammogram, it is called an asymmetry until its three-dimensionality is confirmed. Asymmetries are planar, lack convex outward borders, and lack three-dimensional mass Global asymmetry on a mammogram involves a larger area of breast tissue, at least a quadrant, with asymmetry relative to the corresponding region in the contralateral breast without any associated mass, calcifications, or architectural distortion https://aneskey.com/approach-to-asymmetry/ Asymmetry
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3. Important findings Global Asymmetry
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3. Important findings Focal Asymmetry
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3. Important findings Developing Asymmetry
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4. Correlation & Comparison Radiologist should correlate mammographic characteristic with clinical and historical information. Radiologist compares current and prior exams to determine the necessity to change or stability. However comparison is irrelevant when the finding has firmly benign features or is inherently suspicious for malignancy.
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5. BI-RADS® Assessment Categories & Management Recommendations
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Newer applications Computer-aided detection and diagnosis software helps highlighting the areas of calcifications and masses. Digital breast tomosynthesis consists of using a moving x-ray tube to obtain multiple projections at different depths, then reconstructing images in sections similar to CT. Dual-energy subtraction contrast-enhanced mammography features intravenous contrast and can detect some of the cancer when standard mammography findings are suspicious.
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Thank You