Gene Therapy Restores Functionality in Non-Human Primates After Heart Attacks
New approach uses bacterial genes to restore both strength and rhythm of damaged hearts.
New approach uses bacterial genes to restore both strength and rhythm of damaged hearts.
Professor Dan Ma’s work with MR fingerprinting has to potential to transform how doctors detect and treat conditions like brain tumors and epilepsy.
Join in all the buzz and excitement as Duke's incoming Class of 2029 moves in to campus. And keep your eyes peeled for a brief cameo by Dean Jerry Lynch!
By combining high-res imaging tools with light-absorbing nanostars, researchers can more precisely treat cancerous tumors
A deep dive into the legacy of entrepreneurial support and education left by Bill Walker as he leaves his position in Duke Engineering.
As a Fullbright U.S. Scholar, Saterbak will explore how active learning programs can be more successfully expanded to universities in Africa and Asia
Kim was recognized for his leadership in the field of engineering education
Charles Gersbach is one of many researchers working on the targeted rewriting of the epigenome, which promises to overcome several challenges in direct gene editing in patient therapies.
Increasing the presence of a naturally occurring molecule helps illuminate pathways for improving brain imaging and the efficiency of optogenetic tools
Cochlear implants, modern ultrasound, and head and neck safety are just a few of the impactful advances that have come out of Duke Engineering research.
Yao was recognized for his research to advance photoacoustic imaging technologies
Charles Gersbach weighs in on the challenge of manufacturing gene therapies at large scales.