Experts recommend earlier screening as breast cancer rates rise in younger women
UC professor and breast radiologist speaks with WLWT
As more people are being diagnosed with breast cancer at earlier ages, the U.S. Preventive Services Task Force lowered the screening age from 50 years old to 40 this year.
The University of Cincinnati's Ann Brown, MD, told WLWT early detection remains the best prevention.
"Early detection makes such a difference when we're dealing with breast cancer," said Brown, associate professor of radiology at the UC College of Medicine and a UC Health breast radiologist. "We know that it leads to better outcomes in terms of survival, but also better treatment options."
A mammogram is the most accurate way to detect the disease, Brown said.
"Our number one tool against breast cancer is screening mammography, especially with the latest 3D technology," Brown said. "That's why we're recommending screening every year at least starting at age 40. And if you have additional risk factors, you may need to start screening earlier, and with an additional test coupled with the mammogram like a breast MRI."
Featured image at top: A woman receives a mammogram. Photo/Rhoda Baer, National Cancer Institute via Unsplash
Related Stories
UC College of Nursing Professor honored with AANA education excellence award
December 23, 2025
Susan Newell, assistant professor in the UC College of Nursing, is being recognized by the American Association of Nurse Anesthesiology (AANA) as one of three top educational administrators and instructors. She will receive the Clinical Instructor of the Year Award during AANA's top educator event 2026 EDGE Conference, February 4-7 in Louisville, Kentucky.
Supporters give generously to the Bearcats Pantry and Resource Center
December 22, 2025
Supporters gave generously to the Bearcats Pantry and Resource at the University of Cincinnati during two fundraisers: the Crosstown Foodout and Giving Tuesday.
Fusion reactors may be key to uncovering dark matter
December 22, 2025
Yahoo! News highlights a new study by University of Cincinnati physicist Jure Zupan that explains how fusion reactors might create subatomic particles associated with dark matter.