Today’s Solutions: January 23, 2025

We’re all familiar with mRNA vaccines for their lifesaving efficacy as Covid-19 vaccines, but at the University of Arizona Cancer Center, the vaccines are playing a different role. Rather than working as a preventative measure, they’re being used as a therapeutic measure for patients with colorectal, head, and neck cancers.

Researchers essentially use mRNA technology to create vaccines that inform the body that a cancerous tumor is dangerous and tell the immune system to fight it. They specifically target proteins that appear on the surface of certain tumors. These vaccines can be personalized with tissue from a patient’s own tumor for maximum efficacy.

“Personalized cancer vaccines wake up specialized killer T cells that recognize abnormal cells and trigger them to kill the cells that are cancer,” says Julie E. Bauman, deputy director of the University of Arizona Cancer Center. “It’s a matter of using our own immune system as the army to eliminate cancer.”

Solutions News Source Print this article
More of Today's Solutions

Tokyo’s four day workweek is a radical step to address Japan’s fertility crisis

BY THE OPTIMIST DAILY EDITORIAL TEAM In a nation known for its relentless work ethic, Tokyo is making waves by introducing a four-day workweek ...

Read More

Architects embrace trees to bring nature in and redefine home design

BY THE OPTIMIST DAILY EDITORIAL TEAM Biophilic design—the practice of integrating nature into architecture—is no longer confined to houseplants and scenic views. Architects and ...

Read More

This Danish artist creates giant troll sculptures using local trash

Since 2014, a Danish artist by the name of Thomas Dambo has erected dozens of wooden, folklore-inspired trolls in greens-aces and parks around the ...

Read More

Farmers and scientists in CA collaborate to minimize water use

In response to climate change and relentless droughts and heatwaves, scientists and farmers in California’s Central Valley are working with local communities to put ...

Read More