Cancer HealthCast: AI is Supporting Research of Cancer’s Impact on Aging
NCI researchers are working to prolong the lives of childhood cancer survivors by utilizing AI and other preventive interventions.
The National Cancer Institute’s partnership with St. Jude is helping researchers to better understand how cancer accelerates the aging process of survivors who were diagnosed as children. The team is also developing therapies that can decrease risks of frailty and dying at an early age.
NCI’s Jennifer Guida and St. Jude’s Kirsten Ness say the Behavioral Research Program as well as the Human Performance Laboratory have been instrumental in helping determine which survivors are more likely to experience physical and cognitive decline. These programs have also assisted researchers with identifying interventions that can possibly prevent premature death and other complications caused by cancer and cancer treatments.
Guida and Ness discuss how technology like artificial intelligence is playing a critical role in improving care for childhood cancer especially in conducting screenings, tracking a person’s risk for heart failure as well as creating a patient’s survivorship plan.
-
Jennifer Guida, Ph.D. Program Director, Behavioral Research Program NCI -
Kirsten Ness, Ph.D. Member in the Department of Epidemiology and Cancer Control St. Jude
-
Navy Pushes AI from Experiments to Everyday Warfighting Functions
The Navy’s hybrid fleet hinges on a common naval lexicon and trustworthy AI woven into every intelligence function.
6m watch -
Why Federal Experience Matters After Leaving Government
Jose Arrieta, former HHS CIO, discusses how federal civil servants can carry their high-stakes experience and resilience into careers beyond public service.
7m watch -
How the Marine Corps Is Building a High-Tech Future Fleet
The Marine Corps is leveraging AI to automate tedious tasks, enhance data readiness and accelerate mission-critical functions.
8m watch -
New NPS Challenge Aims to Rewrite How the Military Builds Missiles
Officials say focusing on design methods, not hardware, could unlock fast, low‑cost manufacturing for future munitions.
11m watch
