AI Breast Ultrasound Interpretation
Get help understanding what your breast ultrasound shows in plain language. Clear explanations of simple cysts, complex masses, and BI-RADS classification.
Helping thousands of women understand their breast ultrasound results
This tool analyzes breast ultrasound images and provides simple explanations of cysts, solid masses, and BI-RADS categorization.
What is a Breast Ultrasound Interpretation?
Breast ultrasound is a radiation-free imaging test that uses sound waves to differentiate solid breast masses from fluid-filled cysts. CT Read helps you understand what cyst types, solid lesion features, and BI-RADS categories mean.
Simple Cysts vs Complex Cysts
Simple cysts are anechoic, round, well-defined fluid collections (usually benign, BI-RADS 2). Complex cysts may contain debris, septations, or solid components and need closer evaluation.
Solid Mass Characteristics
Solid masses are evaluated for shape, margins, orientation (parallel vs taller-than-wide), and posterior acoustic features. Suspicious features include irregular margins, non-parallel orientation, and posterior shadowing.
Vascularity (Doppler)
Color Doppler shows blood flow within a lesion. Increased internal vascularity may suggest a more concerning lesion, but is interpreted along with morphology.
Axillary Lymph Nodes
Axillary lymph nodes are evaluated for cortical thickening, loss of fatty hilum, and asymmetric size — features that may indicate lymph node involvement.
Breast Ultrasound Interpretation Made Easy
The ultrasound interpretation tool helps you understand basic breast US findings in plain language.
Simple Explanations for Breast US
Receive clear, jargon-free explanations of cyst types, solid masses, and BI-RADS categories.
Educational Focus on Breast Imaging
Learn the basics of breast ultrasound features and how they translate to BI-RADS reports.
Peace of Mind After Screening
Reduce anxiety by understanding breast ultrasound results before your follow-up appointment.
How to Use the Breast Ultrasound Interpretation Service
Four simple steps to get a breast ultrasound interpretation report:
Upload Breast US Images
Upload one or more breast ultrasound images (DICOM, JPG, or PNG) to the secure platform.
AI Interpretation Processing
The AI analyzes lesion shape, echogenicity, vascularity, and provides BI-RADS-aligned descriptions.
Generate Detailed Interpretation
An easy-to-understand breast US interpretation report is generated with key findings explained.
View and Share Interpretation
View the results and optionally share them securely with your doctor or breast specialist.
Understand Your Breast Ultrasound
Upload your breast ultrasound image to get an easy-to-understand explanation
Röntgen, CT, MRI en Echografie
What conditions can a breast ultrasound detect?
Breast ultrasound uses high-frequency sound waves to image breast tissue without radiation. It is the first-line imaging exam for women under 30, for evaluating palpable lumps, and as a supplement to mammography in women with dense breasts.
Simple breast cysts
Ultrasound is the gold standard for distinguishing fluid-filled cysts (which are almost always benign) from solid masses. A simple cyst — anechoic, well-circumscribed, with posterior acoustic enhancement — needs no biopsy.
Fibroadenomas
The most common benign solid breast tumor in young women, fibroadenomas appear as oval, hypoechoic masses with smooth borders and parallel orientation. Most can be safely monitored without biopsy.
Invasive breast cancer
Suspicious ultrasound features include irregular shape, non-parallel orientation ("taller than wide"), spiculated or angular margins, posterior shadowing, and increased internal vascularity on Doppler.
Dense breast supplemental screening
In women with extremely dense breasts (BI-RADS density d), supplemental ultrasound after mammography detects 3–4 additional cancers per 1,000 women — important when MRI is unavailable.
Lactational and post-partum issues
Ultrasound easily diagnoses galactoceles, blocked ducts, mastitis-related abscesses, and is the first-line exam for pregnant or breastfeeding women with breast complaints.
Lymph node assessment
Ultrasound evaluates axillary lymph nodes for suspicious features (cortical thickening >3 mm, loss of fatty hilum) and guides fine-needle aspiration when staging a known cancer.
When is a breast ultrasound recommended?
Breast ultrasound is the right first imaging exam in many specific situations.
- 1
Palpable breast lump in any woman
Ultrasound is first-line for women under 30 (because mammography has limited utility in dense breasts of young women) and is added to mammography in older women.
- 2
Pregnant or breastfeeding women with breast symptoms
Ultrasound has no radiation and is safe during pregnancy and lactation, making it the preferred initial test for any breast complaint.
- 3
Supplemental screening for women with dense breasts
Whole-breast screening ultrasound is recommended in many regions for women with dense breasts (BI-RADS density c/d) when MRI is not available or affordable.
- 4
Characterizing a mammographic finding
Ultrasound is used to determine whether a mammographic mass is cystic or solid, to assess shape and margins, and to guide biopsy.
- 5
Image-guided biopsy and procedures
Ultrasound is the most common guidance method for breast core biopsies, cyst aspirations, marker placements and pre-operative wire localizations.
Breast ultrasound vs mammography vs MRI
Each breast-imaging modality has unique advantages — they are often used together.
| Imaging modality | Best at showing | Limitations | Cost & access |
|---|---|---|---|
| Breast ultrasound | Cysts vs solid; palpable masses; pregnant/young women; dense breasts; biopsy guidance | Cannot detect calcifications; lower sensitivity for DCIS; operator dependent | Low cost, no radiation |
| Mammography (2D) | Population screening 40+; microcalcifications; long-term comparison | Lower sensitivity in dense breasts; involves radiation | Low cost; widely available |
| Tomosynthesis (3D mammogram) | Improved sensitivity in dense breasts; lower recall rate | Slightly higher dose than 2D; not yet universal | Low–mid cost |
| Breast MRI | Highest sensitivity for invasive cancer; high-risk screening; staging | Expensive; needs IV contrast; long scan time; more false positives | Highest cost |
How to prepare for a breast ultrasound
Breast ultrasound is one of the easiest imaging exams — no fasting, no injections, no radiation.
Wear a two-piece outfit
You will undress from the waist up and put on a gown. A two-piece outfit makes the visit faster.
Avoid lotion, deodorant or powder on the breast or under the arm
These products can interfere with ultrasound gel coupling and image quality.
Bring previous imaging and biopsy reports
Comparison with prior mammograms, ultrasounds or MRI is critical for accurate interpretation, especially if a known lesion is being followed.
Be prepared to point out any specific area of concern
If you came for a palpable lump, mark the area before the exam. Targeted scanning of patient-identified findings improves cancer detection.
Limitations of AI breast ultrasound interpretation
Ultrasound is operator-dependent and has inherent constraints.
- Cannot detect microcalcifications: A key sign of DCIS — clustered microcalcifications — is invisible on ultrasound. Mammography remains essential for screening women over 40.
- Operator and equipment dependent: Image quality varies dramatically with the experience of the sonographer and the quality of the probe. AI interpretation is only as good as the input image.
- False positives lead to additional biopsies: Many BI-RADS 3 and 4A lesions on ultrasound turn out to be benign on biopsy. AI helps stratify risk but does not eliminate the need for tissue diagnosis.
CT Read AI breast ultrasound interpretation is for educational use only. All clinical management of breast lesions must be directed by a qualified breast specialist or radiologist.