Modeling a Strategy to Storm a Biofilm’s Walls
Computational modeling is searching for a weak spot in the armor of a common infection of cystic fibrosis patients

Computational modeling is searching for a weak spot in the armor of a common infection of cystic fibrosis patients
Duke ECE’s two newest Fellows advanced the fields of signal processing and imagined new applications for nanomaterial-enhanced electronics
Invented at Duke 2023 showcased a bustling innovation ecosystem at the university, including several Duke Engineering startups
Executive-in-Residence Lee Tiedrich, an expert in AI law and policy, recently spoke about the new AI executive order and various AI legislative proposals.
Computational model allows researchers to simulate cellular-scale interactions across unprecedented distances in the human vasculature
A new “digital twins” computational framework captures personalized arterial forces over 700,000 heartbeats to better predict risks of heart disease and heart attack
To make Clarivate's annual list, researchers must have a paper ranked in the top 1% for its field for the last decade
By learning to anticipate property differences between molecules, a new platform can help identify the best candidates for new therapies
Three new executives-in-residence are transforming the offerings of the Christensen Family Center for Innovation
With two NIH Awards totaling $2.8 million, Daniel Reker of Duke BME will design machine learning models to improve the development of more effective drug delivery tools.
A tire tech startup hatched at Duke Engineering has fully fledged the nest to become part of one of the world’s largest tire manufacturers
Throughout the disciplines and across its schools and programs, Duke is employing and empowering climate-fluent leaders to educate a new generation of students.
By drawing on the depth and breadth of expertise across Duke, Amanda Randles hopes to transform the university into a powerhouse in computational medicine