Along with our collaborators Stanley Rockson and Fibralign Corporation, we published the findings of a porcine study evaluating the therapeutic efficacy and safety of nanofibrillar scaffolds that release vascular endothelial growth factor-C for treatment of lymphedema.
Karina Nakayama and Ngan Huang were featured in the Stanford Cardiovascular Institute 2016 Spring Quarterly Report for their recent publication in Nano Letters .
Ngan Huang was selected to receive the McCormick Gabilan Faculty Fellowship. This award is intended to support the advancement of women, and mentoring of women to pursue the study of medicine and medical research.
Karina Nakayama was featured in the Stanford Cardiovascular Institute 2015 Summer Quarterly Report for her recent publication in ACS Nano.
Veteran undergraduate researcher Nicholas Mezak was featured in the Veterans resource publication, G.I. Jobs, for his research in the Huang lab. Nick strives to inspire other Veterans to pursue research biomedical careers.
Ngan Huang gave an invited lecture at a STEM Seminar Series at Cañada College on “Stem Cell Approaches to Cardiovascular Tissue Engineering”
The Huang lab was featured in the Stanford Cardiovascular Institute 2014 Winter Quarterly Report. The article discusses new collaborative research project between the Huang and Heilshorn labs.
In collaboration with Fibralign Corporation, the team received the 2014 Best New Investigator Award at the 11th Biennial National Lymphedema Network International Conference for our work on “A Promising Surgical Procedure For Treating Secondary Lymphedema” using a biomaterials-based strategy.
Ngan Huang was featured in The Science Runway, a website designed to inspire girls to pursue careers in medicine and science.
Ngan Huang was awarded the Robert W Hobson II MD Early Career Investigator Award at the American Heart Association Council on Peripheral Vascular Disease.
Congratulations to Ngan Huang on her Nature Medicine paper with Hongjie Dai’s group. NIR-II imaging allows for precise blood velocity measurements in addition to high spatial and temporal resolution. Media coverage can be found here.