Clean Technology 2009

Micromachined, hydrogel-driven, glucose-sensitive valve for microfluidic control of insulin delivery.

J. Hofmeister
University of Minnesota, US

Keywords: hydrogel, microvalve, insulin pump, microsensor, type 1 diabetes, microfludics


The invention is a hydrogel-based wireless glucose-sensitive sensor and valve based on a hydrogel which swells and shrinks according to blood glucose levels, blocking or opening a microchannel through which insulin, supplied by a pressurized reservoir, flows. Measured in microns to millimeters, this device could be fully implanted.
Program | Symposia | Short Courses | Expo Press
News | Venue | Subscribe | Contact | Site Map
© Copyright 2009 Clean Technology and Sustainable Industries | All Rights Reserved.