Using Iron to Destroy Multiple Myeloma Cancer Cells
Inhibiting a critical enzyme involved in iron regulation makes cancer cells vulnerable to cell death
Inhibiting a critical enzyme involved in iron regulation makes cancer cells vulnerable to cell death
Curtarolo was recognized for his pioneering contributions to high-throughput computational thermodynamics and synthesizability theories with application to disordered ceramics.
The new approach allows researchers to identify and optimize material recipes to more effectively encapsulate difficult-to-deliver drugs
The Graduate Student Programs & Services team provides a uniquely embedded support system that empowers master’s and PhD students from around the globe to thrive academically, professionally and personally.
Team led by Duke Quantum Center advances toward designing a powerful 256-qubit quantum computer as part of a major NSF initiative for quantum technology.
Nadeau was named a fellow by the American Society of Civil Engineers in recognition of his decades of teaching, service and leadership in the civil and environmental engineering field.
Dunn was recognized for her work to use wearable technologies like smartwatches to identify digital biomarkers for disease
New wearable device technology continuously monitors skin and tissue stiffness to provide real-time medical and athletic insights.
The new three-semester program builds on the school’s legacy of cross-training students from both disciplines to achieve powerful results.
Students in the Climate & Sustainability Engineering Master of Engineering inaugural cohort embarked on summer internships where they tackled real-world climate challenges and learned more about working in the climate & sustainability space.
Two Duke Engineering faculty members are heavily involved in the new interdisciplinary initiative, with BME master's alumna Anna Menon set to deliver the keynote lecture at the launch event.
New approach uses bacterial genes to restore both strength and rhythm of damaged hearts.