Cancer

Researchers use mRNA to create cancer vaccines that are personalized to each individual’s unique tumor.

Researchers mix gene editing with the principles of martial arts to boost T cell therapies.

How are scientists incorporating oncolytic viruses into the current cancer treatment landscape? 

Cancer cells can outsmart drugs meant to combat them. Unraveling their tactics holds the key to beating cancer at its own game.

Cancer anywhere in the body can change brain activity, and brain activity can drive cancer growth. These surprising discoveries are leading to new treatments.

Pioneering approaches transform vaccine technologies and shape the future of disease prevention.

Artificial intelligence is helping researchers fill in critical gaps in medical treatment by identifying new drug targets for more precision medicine solutions.

CRISPR-edited immune cells may help patients with T-cell leukemia, albeit with immunotherapy-related risks.

AI simulates how cancer cells respond to therapy, guiding optimal treatment strategies.

Since antibiotics tend to have negative side effects on the gut, researchers sought an alternative in an unexpected place: yogurt.

Natural killer cells offer safe and effective cancer treatment, but to succeed in the clinic, they need a bit of an energy boost.

Through the ages, scientists have tackled daunting hurdles in the fight against cancer, forging ahead with innovative treatment approaches.