Today’s Solutions: April 26, 2024

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

How citizen scientists are driving tangible change in Australia

Citizen science has evolved as a formidable force in conservation, propelled by regular people's passion and dedication to conserving our planet's irreplaceable ecosystems. Citizen ...

Read More

Meet Dr. Wade: writer of thousands of Wikipedia pages for women scientists

Though the world has made some strides in gender equality, there is certainly still room for improvement, especially in the field of science, technology, ...

Read More

Art preserves endangered flora in Himalayas—where conservation and culture co...

"In 2002, I was returning to Kalimpong in the eastern Himalaya region of India, and I found numerous trees had been cut down for ...

Read More

Prescribed thinning and controlled burns critical in preventing California wi...

A pioneering two-decade-long study done in California's Sierra Nevada mountains confirms the effectiveness of forest management strategies such as restorative thinning and regulated burning ...

Read More