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Bacterial genome scalpel can identify key gene regions

CRISPR-Cas

Picture of florescent flies.

Jun 12, 2023

CRISPR/Cas9-Based Gene Drive Could Suppress Agricultural Pests

Researchers use for the first time a gene-drive system on an important agricultural pest. 
image of the belltower lit red

Jan 6, 2023

Rodolphe Barrangou Named to National Inventors Hall of Fame

NC State's CRISPR pioneer receives another prestigious honor. 
Hitchhiker at the side of a raod.

Nov 25, 2022

Genetic ‘Hitchhikers’ Can Be Directed Using CRISPR

NC State researchers use CRISPR to make large-scale genetic changes to bacteria by co-opting a natural process. 
Rodolphe Barrangou in the lab

May 2, 2021

What’s the Big Deal About CRISPR?

If you’ve had a bite of cheese, yogurt or another commercially produced dairy product, you’ve eaten a CRISPR-enhanced food. From better dairy foods to more resilient crops to new treatments for genetic diseases, this Nobel-winning technology holds promise. 
NC State gateway

Mar 10, 2020

Study Shows CRISPR Effectiveness Against Colitis Pathogen

Research at North Carolina State University shows that the CRISPR-Cas system can be used to effectively target and eliminate specific gut bacteria, in this case Clostridioides difficile, the pathogen that causes colitis – a chronic, degenerative disease of the colon. 

Jun 16, 2015

Bacterial genome scalpel can identify key gene regions

In a study that twists nature’s arm to gain clues into the varied functions of the bacterial genome, North Carolina State University researchers utilize a precision scalpel to excise target genomic regions that are expendable.