3D X-RAY MAMMOGRAPHY TOMOSYNTHESIS WITHOUT USG BREAST
MRP - ₹ 4,400
What is a 3D X-RAY MAMMOGRAPHY TOMOSYNTHESIS WITHOUT USG BREAST?
3D X-Ray Mammography Tomosynthesis Without USG Breast is an advanced breast imaging examination that uses X-ray technology to create detailed, layer-by-layer images of breast tissue. Unlike conventional mammography, tomosynthesis provides a three-dimensional view of the breast, improving the detection and evaluation of abnormalities such as lumps, calcifications, and other suspicious findings. This examination is performed without an accompanying ultrasound and helps support the early diagnosis and management of breast diseases, including breast cancer.
Additional Information
| Also known as/ Other names: | 3D Mammography (Tomosynthesis), Digital Breast Tomosynthesis (DBT), 3D Digital Mammogram, Breast Tomosynthesis without Breast Ultrasound |
| Parameters: | 1 |
| Recommended for: | Female |
| Sample Type: | _ |
| Patient Preparation: | - |
| Reports: | Within 24 working hrs |
Disclaimer: Result availability is subject to the laboratory's schedule and test availability.
FAQs
It is an advanced breast imaging examination that uses Digital Breast Tomosynthesis (3D Mammography) to create detailed, layer-by-layer images of breast tissue without the use of ultrasound.
It is used to screen for and evaluate breast abnormalities, helping radiologists detect suspicious findings that may require further assessment.
Yes. The examination uses a low dose of X-ray radiation and is considered a safe and effective method for breast imaging.
It may be recommended for routine breast cancer screening, evaluation of breast symptoms, follow-up of previous findings, or assessment of women with dense breast tissue.
Yes. The detailed layer-by-layer images can improve the detection and evaluation of breast abnormalities, supporting the early diagnosis of breast cancer.
3D mammography captures multiple X-ray images from different angles to create a layered view of the breast, providing greater detail than conventional two-dimensional mammography.
