Staff
How Native American Agriculture Spread Bees in Pre-Columbian North America
Using genetic markers, researchers have for the first time shown how cultivating a specific crop led to the expansion of a pollinator species. In this case, the researchers found that the spread of a bee species in pre-Columbian Central and North America was tied to the spread of squash agriculture.
Bugs Bunny’s Knowledge Confirmed
The carrot genome sequence reveals information about the vegetable’s evolution and how it accumulates health-beneficial carotenoids. Somewhere, Bugs Bunny is smiling.
Smart Research Keeps Produce Fresh
SmartFresh, an innovative product that helps extend the life of produce, is one of the most successful licensed technologies to come out of NC State research.
NC State’s Barrangou Wins Canada Gairdner Award
Rodolphe Barrangou wins prestigious Gairdner Award for pioneering the gene-editing system known as CRISPR.
Study Finds More Social Insects Have Weaker Immune Response, Highlights Role of Hygiene
Research finds that among eusocial insects – like ants, bees and termites – the more individuals there are in a typical species colony, the weaker the species’ immune response. The finding strongly suggests that hygiene behaviors, and not just immune systems, play a key role in keeping eusocial insects healthy.
Study Finds Key Molecular Mechanism Regulating Plant Translational Activity
Researchers elucidate plant cellular mechanisms associated with ethylene, an important hormone.
Horton endowment created to fund biochemistry scholarships
The H. Robert and Roberta A. Horton Biochemistry Scholarship Endowment was created in an agreement between the Hortons and the N.C. Agricultural Foundation Inc., in the College of Agriculture and Life Sciences.
Top 5 Reasons to Garden for Native Bees
Five good reasons to take steps to make your garden welcoming to native bee species.
Fish type, body size can help predict nutrient recycling rates
NC State University associate professor Craig Layman and colleagues show that ecologists can better predict the rates of how chemical nutrients are transferred by fish if they know the various fish species living in an ecosystem, along with the body size of the fish.