VPSPED Home | OTD Home | OU Home | OUHSC Home | OU Tulsa Home
spacer      ABOUT OTD       TECHNOLOGIES        INVENTORS        SPINOFF COMPANIES        IP FORMS       RELATED LINKS        SEARCH        CONTACT US
Inventors
spacer
 


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
vertical line

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.

 

 

rightspacer
 
spacer
bottom bar