By learning how an immune cell called Tr1 works in the body, researchers hope to one day harness the cells to better treat allergies and infections, according to new Cornell research.
April is Sustainability Month at Cornell, and the campus will bloom with exhibits, lectures, a bike rally, a fun run, environmental fashion and learning how to keep this blue planet green.
Ph.D.-level plant breeders now come from 16 countries in West Africa, where Cornell contributes to educating them as the next generation of plant breeders in Africa.
The Cornell Campus-to-Campus buses have resumed service thanks to a new air filtration system that was designed, built and installed by a team of faculty and staff, and at the center of the collaboration, a master’s student who decided to do something challenging with his summer break.
Experiencing a range of positive emotions, from enthusiasm to amusement, is linked to lower levels of inflammation, says a new study by Anthony Ong. He and his team drew on approaches used to measure the biodiversity of ecosystems.
Patients with depression can be categorized into four unique subtypes defined by distinct patterns of abnormal connectivity in the brain, according to new research from Weill Cornell Medicine.
An enzyme that stimulates the breakdown of fats in immune cells helps trigger inflammation, or an immune response to pathogens, a new study by Weill Cornell Medicine researchers suggests.
The lab of Yimon Aye, assistant professor of chemistry, has developed a new genome-wide method for identifying and analyzing proteins that could be suitable targets for drug delivery.
A deeper understanding of the brain’s connectivity network of neurons and its relationship to the organ’s deep tissue could allow recognition of what processes relate to neurological disorders.