
Activating Complex Regions of the Genome to Treat Rare Diseases
Researchers find a master epigenetic switch that activates silenced genes to compensate for their missing counterparts in a rare genetic disease called Prader-Willi syndrome
Researchers find a master epigenetic switch that activates silenced genes to compensate for their missing counterparts in a rare genetic disease called Prader-Willi syndrome
Synthetic biological compartments trap together cellular machinery to increase their rate of protein production
One small slit could make rapid and detailed imaging tools more accessible for labs and hospitals
Associated $250,000 prize will support Randles's work to build "digital twins" for the human vasculature to improve heart-related health outcomes
Cameron McIntyre’s research allows doctors to see a patient’s brain in three dimensions. Using this hologram, neurosurgeons can perform complex surgeries to alleviate the tremors associated with Parkinson’s disorder and epilepsy.
A new platform can design and match small peptides with complex, tangled proteins previously considered unreachable
Local and global collaborations help BME Design Fellows make a low-cost, affordable, and easy-to-use screening tool for hearing loss in children
Sommer will play a key role in identifying opportunities for Duke to extend its impact in the brain sciences, through both pathbreaking research and educational opportunities
Join Dean Jerry Lynch and Professor Amanda Randles in a conversation about how digital twins - advanced, personalized computational models of a patient's body - could help save lives.
New algorithm better identifies the origin of a seizure to guide more precise surgical interventions
With the support from the Department of Defense’s 2024 Innovator Award, Nimmi Ramanujam and an interdisciplinary team of researchers aim to improve the detection and treatment of early-stage breast cancer
Scientific presentations were just one portion of the Duke Summit on AI for Health Innovation