Worm pheromones trigger plant defenses, study finds

A new discovery finds that when plants detect pheromones given off by nematode worms, the chemical warning triggers defenses against bacterial, fungal and viral infection.

RNA insecticide could target specific pests

A novel insecticide targets a specific gene in a pest, killing only that bug species on crops and avoiding collateral damage to beneficial insects caused by today’s pesticides.

Being positive amid daily stress is good for long-term health

When faced with life’s daily challenges, adults who don’t maintain a positive outlook have shown elevated physiological markers for cardiovascular and autoimmune disease, according to Cornell research.

Michael I. Kotlikoff, dean of Vet College, named provost

Michael I. Kotlikoff, the Austin O. Hooey Dean of Veterinary Medicine since 2007, will be Cornell University's 16th provost, President Elizabeth Garrett announced today. Kotlikoff will assume the office Aug. 1.

New moth may curb pests, delay Bt crop resistance

A new study published in BMC Biology describes greenhouse trials of a genetically engineered diamondback moth that suppresses populations of pest diamondback moths and reduces their resistance to Bt.

New discovery sheds light on research tool

Cornell researchers have found that when a green fluorescent protein (GFP) is exposed to specific wavelengths of laser light, it turns red. The discovery has potential for researchers studying cell organelles and proteins.

Iron deficiency in children resolved by biofortified pearl millet

A study describes how iron biofortified pearl millet resolved iron deficiency in a group of school-aged children in India within four to six months.

Food order impacts glucose and insulin levels

Weill Cornell Medical College researchers have found that the order in which obese patients with type 2 diabetes eat food matters and may help control glucose levels.

3-D scans of mating fruit flies uncover female biology

Cornell researchers used cutting-edge X-ray technology to noninvasively image fruit flies during and after mating, revealing changes that occur in the female fruit flies' reproductive tract.