Pushing Limits in Computing and Biology
BME Professor Amanda Randles joins a conversation about answering important questions in biology and medicine with leadership class supercomputers.
BME Professor Amanda Randles joins a conversation about answering important questions in biology and medicine with leadership class supercomputers.
BME Professor Jessilyn Dunn comments on a health technology startup called HumanFirst that is changing the way clinical trials are run by putting people at the center of drug development.
BME Professor Nimmi Ramanujam, the recipient of the highest award for outstanding contributions to biomedical engineering, shares her thoughts on the field and her research.
Researchers looking to use wearable devices to improve health, such as BME Professor Jessilyn Dunn, are now worried that tracking women's data might do more harm than good now that Roe is no longer the law of the land.
BME Professor Charlie Gersbach talks about how editing the epigenome might be an even more exciting prospect than editing DNA with CRISPR-based tools.
Specialized cells developed in a laboratory by BME Professor Samira Musah shows that COVID-19 can directly infect and damage kidney cells.
Mark Palmeri
BME Professor Joe Izatt is using his experience designing OCT machines to improve LiDAR technology used to help robots and autonomous cars see the world.
BME Professor Lingchong You has shown that it's not just leftovers that make dish sponges breeding grounds for bacterial cultures—the structure of the sponge itself plays a role.
Jessilyn Dunn
Samira Musah
Duke BME Professor Adam Wax has developed a new dual-axis optical coherence tomography (DA-OCT) system that increases the imaging depth by almost 50% compared with conventional OCT.