New method connects proteins with mutations that lead to genetic disease

For the first time, a new computational method allows researchers to identify which specific molecular mechanisms are altered by genetic mutations in proteins that lead to disease. (Jan. 18, 2012)

Study uncovers how DNA unfolds for transcription

Cornell geneticists expand on their previous work that showed how compacted DNA unravels prior to transcription. (Jan. 16, 2012)

Guilt, gender play major roles in human-animal relations

Anthropology professor Nerissa Russell has published the first systematic overview of social zooarchaeology, and finds that guilt and gender play a major role in human-animal relations. (Jan. 16, 2012)

Wasp rediscovered in upstate New York after 100 years

Two tiny wasps have been found in Geneva, N.Y.: One hasn't been seen on this continent since its initial discovery by Cornell scientists in 1915, and the other has never been seen here.

'Smart' bird feeders can track who eats when

RFID technology repurposed for tracking birds automates data collection, requiring scientists to spend only a few hours a week tending to feeders wired with tracking technology.

Researchers discover a compound that controls Listeria

Cornell researchers have identified a compound called fluoro-phenyl-styrene-sulfonamide that is safe for mammals but stops Listeria in its tracks. (Jan. 3, 2012)

New book on teen brains can help improve reasoning, decision making

The book 'The Adolescent Brain: Learning, Reasoning and Decision Making,' co-edited by Valerie Reyna, focuses on teen brain development and high cognition, which is critical for good reasoning. (Dec. 15, 2011)

Lower temperatures mean higher vigilance needed for pets

A Cornell veterinarian reviews some of the primary hazards to pets in the holiday and winter season. Beware, for example, of holiday items, cords, antifreeze and icy feet.

Researchers discover how pathogen causes speck disease in tomatoes

Researchers report in Cell Host and Microbe how the structure of a protein allows a bacteria to interfere with the tomato plant's immune system, and cause bacterial speck disease.