Tomorrow’s Cure: How DNA guides cancer detection

This content is courtesy of Mayo Clinic, the No. 1 hospital in the world according to Newsweek. Minnesota Oncology is a member of the Mayo Clinic Care Network. This relationship provides us with access to information, knowledge and expertise from Mayo Clinic..

What if you knew you'd get sick before you ever felt symptoms? If it was a cold, that information is useful. In the case of cancer, it is lifesaving. This week's podcast episode of Tomorrow's Cure explores how DNA could be used to detect blood cancers before they ever develop.

Episode experts include Dr. Mrinal Patnaik, a hematologist, internist and oncologist at Mayo Clinic; and Dr. Kelly Bolton, an oncologist at Washington University in St. Louis.

"We're developing tests where we can actually detect the early first step in the multistep progression to cancer," Dr. Bolton says. "That's an area where we might be able to intervene on someone's genetic changes that haven't quite led to cancer, but that are very high risk of becoming a cancer."

"When we detect clonal hematopoiesis, we want to nip it in the bud and prevent those high-risk patients from developing blood cancer because they are often lethal, difficult to treat. So the earlier we can effectively and safely intervene, the better for the patients,” says Dr. Patnaik.

DNA.png

WATCH THE VIDEO

Share

Categories

Tags

Recent Posts

#
August 27, 2026

Learn the answers to five common questions about immunotherapy, including how it works, how it is given, potential side effects and how they are managed.

#
August 21, 2026

Staying active during cancer treatment can look different for everyone. Learn how small amounts of movement can support strength, stamina and overall well-being while working with your care team to find an approach that works for you.

#
August 19, 2026

Learn who may qualify for lung cancer screening, how low-dose CT (LDCT) screening can help detect lung cancer early, and why knowing your risk is an important part of early detection.