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Newsflash: OCAST announces state's second round of nanotechnology award winners . read more / news archive
Inventors
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Professor, Chemical, Biological and  Materials Engineering
Director, University of Oklahoma  Bioengineering Center

University of Oklahoma College of Engineering



Contact:

University of Oklahoma College of Engineering
School of Chemical, Biological and Materials Science
T-335 Sarkeys Energy Center
100 E. Boyd St.

PHONE: (405) 325-4379
E-MAIL: eorear@ou.edu
 WEB: Web site
IRELATED OU LINK: cbme.ou.edu, oubc.ou.edu

Technology Connections:

arrow Water Repellent Cotton Fabric Composite
arrow Producing Polymeric Films for a Surfactant Template/Adsorbed Surfactant Films as a Two Dimensional Solvent (Substrate) for the Formation of Ultrathin Films
arrow Microencapsulated Plasminogen Activator
arrow Method and Composition for the Treatment in Mammal/Liposome Encapsulation of Plasminogen Activators
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About O'Rear

Using nanotechnology, a research team led by Edgar O’Rear III, Francis W. Winn professor of Chemical and Biomedical Engineering, has developed a cotton fabric that is water repellent while still retaining its most desirable features – softness, comfort and breathability.

Individual fibers of white cotton fabric are covered with an ultra-thin, virtually imperceptible coating that makes the fabric hydrophobic yet still comfortable. A water droplet placed on top of a flat swatch will sit over the fabric for hours without being absorbed.

Potential applications for the hydrophobic cotton include clothing – particularly outerwear – as well as tents, cardboard boxes and other packing material, bed and table linens and disposable diapers.

O’Rear also has developed a polymer formulation that dissolves blood clots more quickly by enabling clot-busting medication administered intravenously to be delivered more effectively. The technology, for which a patent has been issued, also can reduce bleeding complications, cutting the time for re-establishing blood flow by as much as a factor of 10.

 

 

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