Boosting PI31 has been shown to head off Parkinson’s-like disorders and extend lifespan in fruit flies and mice, pointing to a possible new therapeutic target for treating rare neurodegenerative diseases, as well as more common disorders, such as Alzheimer's.

Their newest technique has already uncovered hundreds of hidden bacterial genomes and two promising antibiotics. Now, the same approach could unlock an entire microbial universe—reshaping drug discovery and our understanding of how bacteria shape our environment.

Newly identified compounds appear effective against drug-resistant bacteria. The technique used to reveal them could uncover many more antibiotics, as well as help illuminate a previously hidden microbial world.

Jasin's fundamental research on repair of damaged DNA in cells has transformed our understanding of cancers linked to inherited gene mutations. She will be presented with the award on September 16.

The technological breakthrough may improve our understanding of the cellular mechanisms behind hearing and its loss, which remain poorly understood.

An extraordinary scientist, Baltimore’s discovery of reverse transcriptase—the copying of RNA into DNA that could be inserted into the genome—had profound implications in biology.

Dana Orange’s research may help predict flares, provide precise drug targets, and enable interventions that block symptoms before they begin.

The monthly lunch series offers attendees the chance to break bread with prominent scientists on campus.

Hudspeth, a Rockefeller neuroscientist who discovered how sound waves are converted into electrical signals in the ear’s cochlea, was 79.

Researchers have learned that the antioxidant glutathione, when operating inside mitochondria, is a key factor enabling tumors to spread from the breast to the lung.