Bioprinted Pancreas-on-a-Chip Platform for Drug Response EvaluationID# 2016-4547
This technology describes a chip that can be used to evaluate pancreatic function and response to TD1 pharmaceuticals. The chip acts as a perfusable human pancreas model with embedded vascularization. The design includes a microfluidics chamber, a bioprinted extracellular matrix, and adipose-derived stem cells directed towards a beta-cell fate. A lumen is formed within the extracellular matrix, which can be perfused with cells, culture media, or other perfusate. This “organ on a chip” recreates the key features of a pancreatic microenvironment and can be used for screening drugs that regulate pancreatic function.
Application & Market Utility
Real-time observation of cell morphology and drug response. Keeps tissue intact for testing various TD1 drugs. Capable of long-term perfusion (up to 26 days), First successful culture of pancreatic islets in a 3D vascularized form. First successful 3D bioprinting system for pancreatic islets.
Seeking licensing with biomedical industry partner for commercialization of innovation.