Duke is an innovative place to be! Explore some of our highlights from this past year
Precision BioSciences Announces Closing of IPO
Closed IPO of 9,085,000 shares of common stock at $16.00 per share, for approximately $145.4 million
A Busy Year for Duke New Ventures
Research is the seed capital for creating knowledge to foster innovation: FY19 Annual Report for Duke New Ventures
The Rapid Growth of Digital Innovations at Duke
From the rise of the internet to a booming digital economy: FY19 Annual Report in Software
“Deep Sepsis” Licensed to Cohere Med
Cohere Med licenses technology from Duke to drive adoption of early Sepsis detection using AI
PhaseBio IPO Values BioPharma Company at $46M
PhaseBio is a clinical-stage biopharmaceutical company founded by Duke inventors Drs. Chilkoti and Setton
Hungry for Innovation: Notable Project Stems from MEDx Dinner
Gastroenterology and engineering professionals brainstormed engineering solutions to medical problems
Echodyne’s Role in 1st FAA Approved Out-of-Site Drone Flight
The Bill Gates-backed company relies on metamaterials technology developed out of David Smith Labs
Accessible Quantum Computing Just Around the Corner
Immense computing power on the cloud may not be far off, says IonQ COO.
Phitonex Launches NovaFluor Dyes Enabling High-Res Analysis
New dyes developed on the NovaFluor platform enable researchers to radically increase in the number of scientific questions they can answer
Chip Lets Robots “Imagine” Their Actions Before Moving
Robots that can rapidly plan out their movements could accelerate factory automation—and help keep fragile humans safe.
Enzyvant: FDA Acceptance of Biologics License Application
Enzyvant has an exclusive worldwide licensing agreement with Duke to develop RVT-802 developed by M. Louise Markert, M.D., Ph.D.
New Ag Tool: Plant Hormone that Speeds Root Growth
Scientists have identified a plant hormone, beta-cyclocitral, that makes tomato and rice plant roots grow faster and branch more
HARVEY Helps Move Bioprinted Organs Closer to Reality
Supercomputer code successfully models behavior of interwoven vasculature created with new 3D printing technique
Lab-grown Tissue Patch Could Fix Ailing Hearts
A bioengineer from Duke has been developing a “patch” that could take the place of the cells destroyed by a heart attack