Mission

The mission of this program is to promote innovation and translation of tissue engineered products and regenerative medicine technology.  Multidisciplinary teams focus on creation and implementation of novel biomaterials, manufacturing approaches, mechanobiology, stem cell technology,  and large animal models and will work together to translate basic findings into applications of clinical/societal applications.  The program’s mission is also to develop novel genetic approaches to augment the potency of cell therapy and tissue engineering product.

Leadership

Dr. Binil Starly, Associate Director, CMI Functional Tissue Engineering

Dr. Binil Starly is a Chancellor’s Faculty of Excellence Program cluster hire in Regenerative Medicine.  He directs the Data Intensive Manufacturing Laboratory.  As a manufacturing engineer, Dr. Starly will be able to identify, develop and find resources needed to build key platforms to help translate engineered cell, tissue and organ systems to an industrial scale operation.  Such enabling platforms will allow for the automation and standardization of processes involved with either scaling-out or scaling-up regenerative medicine therapies for eventual impact at the bed-side.”

 

 

Daniele FTEDr. Michael Daniele & Dr. Fran Ligler, NC State University – “Recreating the Web of Blood Vessels That Keep Human Tissue Alive”

Two FTE Researchers, Dr. Michael Daniele from University of North Carolina-Chapel Hill and Dr. Fran Ligler from North Carolina State University won the Edison Award from the US Naval Research Laboratory for a synthetic micro vessels patent.  They are featured in NC State News.

 

Dr. Ke Cheng, NC State University – “Spheroid Stem Cell Production Sows Hope for IPF Treatment”

 

 

 

Image by Alice Harvey

Image by Alice Harvey

Dr. Ke Cheng, NC State University – “Synthetic Stem Cells Could Offer Therapeutic Benefits, Reduced Risks”

 

 

 

 

Hydrogel Picture

Dr. Rohan Shirwaiker – NSF CAREER Award for Dr. Rohan Shirwaiker”