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Recent Technologies
Production of valuable bio-based products from accessible food waste
ud19-39 – Application: An innovative process to produce high value natural antioxidants and other beneficial bio-based products from potato peels has been developed. The process can be used as a standalone or integrated into a biorefinery. This new integrated biorefinery uses inexpensive and accessible food waste to address challenges surrounding food waste management, economic competitiveness,... Read More
HIGHLY SELECTIVE CO2 HYDROGENATION CATALYST
ud19-17 – Application: A new formulation and composition for a highly selective catalyst for the hydrogenation reaction of converting CO(Carbon dioxide) to methanol. This new class of catalyst increases methanol selectivity from its previous 50%, to more than 99% selectivity. It is with this increased selectivity that production of methanol better meets the recent demands for achieving clean... Read More
Polymer Nanoparticles for Co-delivery of Notch-1 Antibodies and ABT-737 to Cancer
ud19-42 – Application: A new technology comprising polymeric nanoparticles that can be loaded with the drug ABT-737 and coated with Notch-1 antibodies that enable specific recognition of cancer cells has been developed. This new nanoparticle formulation not only improves the solubility and bioavailability of ABT-737, but also overcomes previous delivery challenges by enabling targeted delivery... Read More
New method for preventing harmful dinoflagellate bloom formation
ud19-38 – Application: A new method for isolating and immobilizing the algicidal bacteria, Shewanella sp. IRI-160, has been developed. By immobilizing Shewanella sp. IRI-160 in a porous matrix, this method produces compounds that kill the class of phytoplankton known as dinoflagellates, toxin-producing organisms that pose a threat to marine organisms, shellfish aquaculture, and human health.... Read More
Novel Rare-Earth-free magnets that can store larger amounts of magnetic energy
19-25 – Application: A new method yielding magnets that store larger amounts of magnetic energy than previously reported has been developed. This innovative method is unique in its use of a specific alloying element (magnesium) that has previously been overlooked. With the combination of both this newly formulated method and the introduction of magnesium, a critically necessary coercive force... Read More
MODIFICATION OF METHYLOTROPHS TO ENHANCE METABOLITE PRODUCTION
ud19-35 – Application: Genetic modifications to methylotrophic strains to create methanol dependent growth and improve metabolite production from methanol. Problem Addressed: Producing chemicals from engineered microorganisms, such as E. coli, depends on sugars as a feedstock. Compared to sugars, methanol is a more reduced substance, which means it can supply more electrons for product formation... Read More
GENETIC MANIPULATIONS OF SYNTHETIC METHYLOTROPHS FOR IMPROVED METABOLITE PRODUCTION
ud19-33 – Application: Genetic modifications to existing strains of non-naturally occurring Methylotrophs in order to improve their ability to break down methanol into metabolites. Problem Addressed: Natural gas consists primarily of methane, and is used for heating, energy generation, and chemical feedstock. However, natural gas is a poor transportation fuel due to its low energy density.... Read More
WIDE WORKING RANGE ASSAY WITH PROTECTION AGAINST THE PROZONE EFFECT BIAS
dsu17-38 – APPLICATIONS: This is a technologic method intended for at-home or facilitated diagnostic tests for domestic animals. PROBLEMS ADDRESSED: This method is intentioned to protect against the possibility of the prozone effect. Improvement by magnetic immunocapture particle assay increases surface area, stability and speed of biomarker bondage in comparison to solid surfaces, which are... Read More
MANGANESE-BISMUTH-MAGNESIUM ANISOTROPIC PERMAMENT MAGNET
ud19-25 – APPLICATION: This invention is a method and specific alloying element yielding magnet that stores larger amounts of magnetic energy than any other manganese-bismuth-based magnet. PROBLEMS ADDRESSED: Manganese-bismuth magnets are recognized as one of the most promising rare-earth-free alternatives to rare-earth-based magnets that are currently used. Despite worldwide efforts,... Read More
CELL SEPARATION, PROCESSING, AND EXPANSION FOR CELL THERAPY APPLICATION
ud19-23 – APPLICATIONS: Cell therapy manufacturing platform for the separation of mammalian cell phenotypes and in situ maintenance, processing, and expansion of phenotypes. PROBLEMS ADDRESSED: Currently, cell therapy relies more so on cell biology laboratory procedures rather than biotherapeutic manufacturing, due in part to the small-scale nature in autologous therapies and immaturity of the... Read More