Published Medical LED Photo Multiplier System This technology uses a light emitting diode (LED) to achieve the same imaging results as a laser source. By The University of Arizona
Published Multi Sector Nanocomposite for LWIR Imaging This invention uses chalcogenide hybrid organic/inorganic polymers (CHIPs) to create an infrared long pass filter for infrared light. By The University of Arizona
Published Multi Sector Polymers for LWIR Imaging This invention is an approach to creating specific materials that are transparent to Long Wave Infrared. By The University of Arizona
Published Multi Sector LWIR Transparent Polymers This invention is an approach to creating specific materials that are transparent to Long Wave Infrared. By The University of Arizona
Published Multi Sector LWIR Transparent Thermosets This invention is new polymeric materials with improved Long Wave Infrared (LWIR) transmission as demonstrated by IR spectroscopy and IR thermal imaging. By The University of Arizona
Published Healthcare & Pharmaceuticals Urinalysis Test for GI Tract This technology is an orally administered compound that identifies a compromised gastrointestinal tract, especially in diseases that cause "leaks" in to the blood. By The University of Arizona
Published Healthcare & Pharmaceuticals Drug Delivery to the GI Tract This invention is a scaffold molecule and a method for using the molecule to deliver active drug molecules to targets in the body. By The University of Arizona
Published Healthcare & Pharmaceuticals Pro-Drugs for the GI Tract This technology provides a means of delivery of GI therapies for a number of indications without requiring metabolism through the liver or other systemic exposure. By The University of Arizona
Published Healthcare & Pharmaceuticals Targeted Drug Delivery to GI This invention relates generally to the field of medicine, and more specifically to methods and compositions for targeted delivery of substances to the lower GI tract. By The University of Arizona
Published Healthcare & Pharmaceuticals Non-Antibiotic C Diff Agent This invention targets Clostridium Difficile through specific self-destruction modifications. By The University of Arizona
Published Agriculture Edible Wash for Safer Greens University of Arizona researchers have developed reusable, edible washes to inactivate Salmonella Newport on organic leafy greens. By The University of Arizona
Published Agriculture Prevent Salmonella on Greens University of Arizona researchers have developed edible fruit- and vegetable-based antimicrobial films to inactivate Salmonella in bagged organic leafy green salads. By The University of Arizona
