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University of Washington Engineered Biomaterials (UWEB)
Healionics Corporation to Enhance Development of Biocompatible Implants 
The 2007 start-up of Healionics Corporation represents a major leap forward in extending the impact of research carried out at the University of Washington Engineered Biomaterials (UWEB) Engineering Research Center.  Healionics is a biomaterials company whose mission is to partner with medical device manufacturers to enhance the biocompatibility and performance of implanted medical devices.  The company, based in Redmond, Washington, has licensed the use of STAR (Sphere Templated Angiogenic Regenerative) material invented by UWEB researchers.  STAR material inserted into the body during surgery encourages the growth of new blood vessels and tissues to promote healing. 

Healionics was named the “most promising new biotech firm” by the Seattle Business Monthly, and was awarded first place for best technology investment by the 2007 Zino Zillionaire Investment Forum. The company, headed by Robert Brown as president and CEO, is the first spin-off of the Ratner Biomedical Group (RBG), founded in 2006 as an incubator of companies. RBG deploys its licensed intellectual properties that are focused on medical devices, biocompatible materials, tissue engineering, and drug delivery.  RBG provides early-stage funding for startups in its portfolio and helps them to develop the management teams and the corporate partnerships that are necessary for sustained growth and capitalization. 

Dr. Buddy D. Ratner, Director of the NSF-funded UWEB, serves as chair of the Science Advisory Board for both Ratner Biomedical Group and Healionics.  Many of RBG’s technologies, like those applied by Helionics, are derived from UWEB research. 
UWEB itself focuses on exploiting specific biological recognition mechanisms in order to develop a new generation of biomaterials for medical implants that will heal in the body in a facile, physiologically normal manner.  Through companies such as Helionics, UWEB’s basic research and inventions will be further developed and applied to medical implants that enhance healing. 

To learn more about this topic visit:
University of Washington Engineered Biomaterials (UWEB)

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The central concept driving UWEB research and engineering is illustrated in this diagram: Today, the body walls off implanted materials as foreign bodies, but improved biomaterials are able to integrate with the body using the process of normal wound healing.
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Last modified  2008