Scientists have recently shed some light on exactly why elephants, one of the biggest animals on the planet, paradoxically experience unusually low rates of cancer. The research found these remarkable ...

Scientists at Oregon State University say they have discovered a genetic function that helps the p53 tumor suppressor gene carry out its function and prevent cancer. Finding ways to maintain or ...

CLN-049’s anti-leukaemic impact was observed regardless of FLT3 status, which is the most commonly mutated protein in AML.

St. Jude Children's Research Hospital scientists identified a promising combination approach to treat a rare, but ...

Wistar Institute scientist Maureen Murphy wants to solve a decades-long mystery: Why is ovarian cancer often resistant to hormone therapy? In a recently published study, she shared a new theory as to ...

The most commonly mutated gene in cancer, p53, works by shifting cell metabolism in a way that alters a cell’s identity, researchers at the Sloan Kettering Institute have discovered. More than 50% of ...

Scientists call it Peto's paradox: cancer is caused by gene mutations that accumulate in cells over time, yet long-lived animals that have lots of cells, such as elephants and whales, hardly ever get ...

December 16, 2025) St. Jude Children's Research Hospital scientists identified a promising combination approach to treat a ...

Combining the Concept of Healthy Living and Aging with Strategies to Prevent Malignant Disease of Cancer' at UoH, Prof ...