Mammograms
Early detection saves lives. That's why regular mammograms are so important, especially for women older than 40. If you have a family history of breast cancer or other risk factors, talk to your doctor about when you should start getting screened.
What to Expect During Your Mammogram
A mammogram is an x-ray picture of the breast used to detect tumors and cysts. It helps differentiate benign (non-cancerous) and malignant (cancerous) diseases.
At the beginning of your appointment, your mammographer will briefly ask about your health history and then begin your mammography exam. During the exam, your breast is placed on a flat surface by the mammographer. Compression is then pressed against the breast, which helps smooth out the fibrous and glandular tissue.
Although the pressure of the mammogram only lasts a few seconds, some women find it uncomfortable — but it shouldn't be painful. Please tell your mammographer how you feel. They’ll address your concerns to ensure you have the best mammogram experience possible.
The screening takes 15-30 minutes to complete. The mammographer then views the images of your breast at the computer workstation to ensure they’re high-quality for the radiologist’s review.
After the radiologist reviews your mammography images, they send your report to your healthcare provider. Your provider will then call you with those results. You can also view your mammogram results in MyUnityPoint, our app for patients.
A More Comfortable Mammogram
A mammogram with the SmartCurve™ system is just like a regular Genius Exam™ - only more comfortable. The curved design of the compression device mirrors the shape of a woman's breast to reduce pinching and applies uniform compression over the entire breast. Check with your clinic or provider to see if this technology is available near you.
Mammogram Appointment FAQs
3D Mammography
Mammography is the gold standard for early detection of breast cancer. Since the development of standard mammography, there have been major advances in the technology. Digital 2D mammography was the most recent advancement introduced. Now, DBT or 3D Mammography, has taken this technology to a new level.
The breast is a three-dimensional object composed of different structures, such as blood vessels, milk ducts, fat and ligaments. All these structures, located at different levels within the breast, can overlap and cause uncertainty when viewed as a two-dimensional, flat image. The uncertainty of overlapping tissue is a leading reason why small breast cancers may be missed, and normal tissue may appear abnormal, leading to unnecessary call-backs.