OCT Powered by AI-Based Analytics Gives a Glimpse into Wound Healing
Traditional eye imaging technology powered up by new techniques and AI provides a unique in-depth look at wounds as they heal over time.
Traditional eye imaging technology powered up by new techniques and AI provides a unique in-depth look at wounds as they heal over time.
New ultrasound-based approach to getting relatively large therapeutics into cancer cells shows promise in benchtop experiments.
An overview of Pei Zhong’s work over the past several decades reveals how fundamental engineering research — often done far from the clinic — plays a critical role in shaping safer, more effective medical technologies.
Two ever-popular courses in Duke’s Master of Engineering for MedTech Design program led by industry-seasoned faculty exemplify the program’s value.
Nimmi Ramanujam and colleagues are bringing AI‑powered cervical imaging to clinics in Kenya and rethink how diagnosis could work everywhere.
Research indicates that uniform materials could be the culprit of deadly infections that can occur when using synthetic materials for cardiovascular grafts.
Duke researchers are working with public health professionals and citizen scientists in northeastern North Carolina to protects residents from neurotoxins released by giant algal blooms.
By transforming movement into data, Timothy Dunn is reshaping how scientists can study behavior and the brain.
Warren Grill's work with School of Medicine colleagues indicates that stimulating the vagus nerve system could reduce brain inflammation and disruptions in attention and awareness following surgery.
Pengfei Song is part of a team led by the University of Alberta, which has received an ARPA-H award to create high-resolution, 3D ultrasound for lymphedema imaging.
Student-led startup pursues award-winning treatment for patients with disruptions to their autonomic body processes.