Outfitting the Future
NC State researchers are developing wearable technologies that are functional, efficient, innovative and practical, and that could have an impact on countless lives.
New Devices, Wearable System Aim to Predict, Prevent Asthma Attacks
NC State researchers have developed an integrated, wearable system that monitors a user’s environment, heart rate and other physical attributes with the goal of predicting and preventing asthma attacks. The researchers plan to begin testing the system on a larger subject population this summer.
Microneedle Patch Delivers Localized Cancer Immunotherapy to Melanoma
Biomedical engineers have developed a technique that uses a patch embedded with microneedles to deliver cancer immunotherapy treatment directly to the site of melanoma skin cancer.
Recreating the Web of Blood Vessels That Keep Human Tissue Alive
For years, one of the largest obstacles facing the field of regenerative medicine was the need to create a circulatory system to support new tissues and organs as they grew. Now two researchers are being recognized for creating technology to make the customized blood vessels necessary to support tissue generation.
Gu Receives Funding for Glucose-Responsive Smart Insulin Patches
The funding will help Gu develop glucose responsive insulin patches in order to help those suffering from Type 1 diabetes.
Study Sheds New Light on Post-Operative Bleeding in Newborns
A new study finds significant differences between the blood clot structure in adults and newborns, helping researchers better understand the challenges in addressing post-operative bleeding in neonatal patients. The researchers also found that the current standard of care for treating post-operative bleeding may pose an increased risk of thrombosis in newborns compared to adults, which researchers hadn’t suspected.
Zhen Gu Receives Sloan Fellowship
Zhen Gu, an assistant professor in the joint biomedical engineering program at North Carolina State University and the University of North Carolina at Chapel Hill, has been named a 2016 Alfred P. Sloan Research Fellow in chemistry.
Microscopic Drug ‘Depots’ Boost Efficacy Against Tumors in Animal Model
Biomedical engineering researchers have developed a technique for creating microscopic “depots” for trapping drugs inside cancer tumors. In an animal model, these drug depots were 10 times more effective at shrinking tumors than the use of the same drugs without the depots.
Student Project Evolves Into New Tool for the Biotech Industry
When Scott Vu started working on a computer science research project as a teenager, he didn’t realize he would end up launching a company designed to help the biotechnology industry operate more efficiently.
Liquid Metal ‘Nano-Terminators’ Target Cancer Cells
Researchers have developed a new drug delivery technique that uses a biodegradable liquid metal to target cancer cells. The liquid metal drug delivery method promises to boost the effect of cancer drugs. To date, the technique has only been tested in an animal model.