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Researchers are studying rodent teeth to understand how stem cells know when to proliferate and renew injured or aging tissue.

New genes are more likely to emerge fully-fledged from a genome's non-coding regions — sometimes referred to as "junk" DNA — than many scientists would have expected.

The new test could mean patients are diagnosed up to ten years earlier than currently possible, resulting in earlier treatment before sight loss begins.

Research could lead to better beer, single malt Scotch whiskey and provide tool for scientists to better understand other crops, including rice and wheat.

The new technique enables researchers to observe stem cells inside bones and could lead to breakthroughs in discovering drugs for diseases such as osteoporosis.

Researchers have looked at how the signaling molecules of T-cells affect the immediate tumor environment, which includes the connective tissue as well as the blood vessels that supply the tumor.

A highly sensitive method that can detect even the earlier stages of colorectal cancer has been developed by researchers in Japan.

TRACERx is the first study to look at the evolution of cancer in real time and immense detail.

Tempus has formed a second collaboration with Penn’s Abramson Cancer Center to improve and personalize treatment for patients diagnosed with acute myeloid leukemia (AML).

NIH researchers find pairing CNS drugs with amitriptyline enhances their delivery to the brain.