Researchers have discovered a gene in hemp that helps the plant resist powdery mildew, giving the fledgling hemp industry a new tool to combat the prevalent disease.
The work aims to understand how stem cells function to fuel normal tissue maintenance and to repair injuries in actively regenerative tissues, such as skin.
Researchers tracked the brain’s dopamine reward system and found – for the first time – this system flexibly retunes toward the most important goal when faced with multiple competing needs.
Lecturer Barbara Meyer has "made exciting discoveries regarding how disruptions in proper gene expression can have dramatic consequences in organism development and health as well as impact aging and lifespan.”
A new project seeks to develop methodologies to assess food environments in two Kenyan cities, understand the role of informal vendors and offer guidance on how to measure the rapidly changing food environments.
New research used engineered mice to compare SARS-COV-2 omicron subvariants, and found one of them, BA.5, was more virulent likely due to its ability to rapidly replicate early during infection.
The CATALYST Academy engineering program at Cornell teamed up with CROPPS to discover how engineering and technology play major roles in plant science and agriculture.
