Can investigators use household dust as a forensic tool?

A North Carolina State University-led study has found it is possible to retrieve forensically relevant information from human DNA in household dust. After sampling indoor dust from 13 households, the researchers were able ...

Researchers assemble pathogen 'tree of life'

A new online tool—the first of its kind for plant pathogens—will help researchers across the globe identify, detect and monitor species of Phytophthora, which have been responsible for plant diseases ranging from the ...

Rural educators find solutions to support multilingual learners

A new study has found that a professional development program helped teachers in a rural school district in the Southeast to collaborate and identify innovative solutions to serve multilingual learners, or students learning ...

How is AI changing the way we write and create?

Since late last year, artificial intelligence platforms like ChatGPT have become a growing topic of conversation on college campuses, with students using the technology for everything from class assignments to essays.

Cover crops can help mitigate farmer losses

A North Carolina State University study suggests that cover crops—or crops grown in between cash-crop seasons—can help keep Midwestern soil drier and healthier, thereby preventing losses incurred when farmers can't plant ...

Researchers separate cotton from polyester in blended fabric

In a new study, North Carolina State University researchers found they could separate blended cotton and polyester fabric using enzymes—nature's tools for speeding chemical reactions. Ultimately, they hope their findings ...

Forensic study sheds light on the remains of infants, children

A new forensic science study sheds light on how the bones of infants and juveniles decay. The findings will help forensic scientists determine how long a young person's remains were at a particular location, as well as which ...

Self-driven laboratory speeds chemical discovery

A team of chemical engineering researchers has developed a self-driven lab that is capable of identifying and optimizing new complex multistep reaction routes for the synthesis of advanced functional materials and molecules. ...

page 12 from 40