Many tools for the early detection of breast cancer are under study. Some tools are already used in breast cancer diagnosis and staging and are widely available. These tools have been studied in the early detection setting more than others and include:
Other tools under study for the early detection of breast cancer include breast tomosynthesis (3D mammography) and nuclear medicine imaging of the breast (molecular breast imaging). Breast-specific gamma imaging (BSGI) and positron emission mammography (PEM) are types of nuclear medicine imaging. (Learn more about these and other tools under study below.)
More research is needed on these tools to know whether they may play a role in breast cancer screening for all women or certain groups of women at higher risk.
Special imaging machines can take multiple, standard two-dimensional (2D) digital mammograms. Computer software combines the 2D X-ray images into a three-dimensional (3D) image (called breast tomosynthesis). Radiologists must have special training to read these 3D images.
Breast tomosynthesis is not a substitute for 2D mammography. It is done in combination with 2D mammography. A breast tomosynthesis machine provides both a standard 2D digital mammogram and an enhanced 3D image based on the 2D images. All of the X-rays are taken on the same machine, so a woman getting breast tomosynthesis in combination with a mammogram stays in place. Because more X-rays are taken, breast tomosynthesis gives a slightly higher dose of radiation than mammography (this higher dose is still within FDA guidelines) .
Some studies have suggested screening with digital mammography plus breast tomosynthesis may find more breast cancers than digital mammography alone [64-66].
Digital mammography in combination with breast tomosynthesis is becoming more widely available in mammography centers.
Thermography uses infrared light to measure temperature differences on the surface of the breast. Both breast cancer and benign (not cancer) conditions can cause abnormal heat patterns. Thermography cannot distinguish between cancerous and benign heat patterns . And, because thermography measures heat at the surface of the breast, it is not good at finding cancers deeper within the breast tissue.
Neither the U.S. Food and Drug Administration (FDA) nor the American College of Radiology views thermography as a useful breast screening or imaging tool [70-71]. In 2011, the FDA issued an alert warning the public about misleading claims by thermography practitioners and manufacturers on the screening benefits of the tool . To read the full alert, visit the FDA website.
If you are interested in joining a clinical trial studying one of these screening methods, talk to your health care provider. BreastCancerTrials.org in collaboration with Susan G. Komen offers a custom matching service that can help you find a clinical trial on breast cancer screening.
Learn more about clinical trials.
Our commitment to research
At Susan G. Komen, we are committed to ending breast cancer forever. Our global research grants and scientific programs are essential driving forces for achieving this mission. Many of the world’s leaders in breast cancer research have been supported by Komen’s Research and Scientific Programs – including three Nobel Laureates. Komen’s funding has supported research that has resulted in a better understanding of breast cancer; earlier detection; personalized, less-invasive treatments for what was once a “one-treatment-fits-all” disease; and improved survival rates. Learn more about the exciting research we are funding.
Komen funds research looking at new methods of early detection. One new method is breast ultrasound tomography, a tool that uses ultrasound technology. Breast ultrasound tomography may give information on breast density by measuring the speed that sound waves travel through the breast .
Learn about the latest research on breast ultrasound tomography that Komen is funding in our Stories of Discovery.
Facts for Life: Breast Imaging Methods
Research Fast Facts: Early Detection
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