3D mammography is a technology that creates three-dimensional images of breast tissue using X-rays. 3D mammography technology is being used by many Boise mammogram specialists, healthcare centers, and hospitals due to the vivid image it delivers of the breast tissue.
A 3D mammogram, also known as digital tomosynthesis, varies from a regular mammogram, which only provides a 2D breast image. A 3D mammography allows clinicians to test thoroughly for breast cancer, even in persons who have no visible signs or symptoms of the illness at the time of the scan. This procedure is critical for some people, such as those with thick breast tissue.
Since breast cancer is so common, accurate imaging is essential. According to the American Cancer Society, approximately one in every eight females may acquire breast cancer over their lifetime.
What exactly is a 3-Dimensional mammogram?
Mammograms are radiographic tests that doctors perform to screen for any breast disorders, such as breast cancer, that may exist. The methodology followed for a 3D mammography is similar to that of a standard mammogram. In contrast to a typical 2D mammography, which generates a flat picture of the breast, a 3D mammogram generates a three-dimensional image of one’s breasts. The mammography equipment sends small X-ray signals into the breast tissue from various angles. After that, it combines all photos into a single 3D image.
The final 3D image provides a comprehensive and realistic representation of the breast. Doctors may utilize this to discover any indicators of abnormal growths or cancer in the body’s tissues. Doctors may recommend 3D mammography to study growths that may indicate cancer or determine the cause of any symptoms that a person may be undergoing.
What is the difference between a 3D and a regular mammogram?
Breast imaging using traditional 2D mammograms is now the industry norm for imaging breast tissue and is considered one of the most effective screening techniques for breast cancer. In a 2D mammography, the technician performs compression of the breast tissue to provide the most homogeneous image possible. The equipment then produces explicit X-ray pictures of the tissue, both from the sides and from top to bottom. An ultrasound-guided 3D mammography is identical to a traditional mammogram, except that the specialist takes several X-rays of the breast from numerous angles. Therefore, it is possible to combine these photographs to generate a comprehensive digital depiction of the breast.
3D mammography may provide physicians and patients with more confidence and clarity in their diagnosis and any required follow-up procedures.
