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Biofunctional Thiophene Monomers
ud19-34 – APPLICATION: We have developed a novel set of functionalized thiophene monomers with biologically active side groups. These new monomer designs make it possible to for us to create novel conjugated polymers that have precisely tailored properties for optimizing interactions with living tissue. These materials are being used in a wide variety of bioelectronic medical device applications... Read More
Well-Defined 3D Co-culture Model for ER+ Breast Cancer Dormancy and Activation
ud20-06 – Application: Researchers at the University of Delaware have developed a dynamic 3D co-culture model for assessing the impact of microenvironment cues on ER+ breast cancer. The model is applicable for (T47D, ZR-75-1, BT474) dormancy, activation, or re-activation, including effects of bone marrow niche cells, specifically human mesenchymal stem cells (hMSCs) and bone lining... Read More
Eco-Friendly, Scalable Synthesis Method of Designer 3D Porous Materials for Applications In Gas Storage, Fuel Cells And Drug Delivery
ud19-10 – APPLICATION: This method of synthesis has created a scalable and sustainable way to produce three-dimensional porous materials [metal-organic frameworks (MOFs) and porous aromatic frameworks (PAFs)] which can be used for wide range of applications. PROBLEM ADDRESSED: Synthesis of MOFs and PAFs have never been scalable or environmentally friendly prior to the research of this method. The... Read More
A New 3D Printing Approach for Fiber Composites
ud20-03 – APPLICATION: This novel 3D printing technology is based on groundbreaking engineering that produces fiber-reinforced polymer composites in a one step-process, eliminating the need for additional curing steps. It facilitates improved geometric complexity of the final product as well as improved manufacturing throughput. The products made using this approach have improved mechanical... Read More
Hydrogen‐Free, Low‐Pressure Catalytic Depolymerization of Lignocellulosic Biomass
ud19-45 – APPLICATION: A novel catalytic process that facilitates the ambient pressure fractionation and depolymerization of plant dry matter, i.e., lignocellulosic biomass, has been developed. This process offers several advantages over other state‐of‐the‐art depolymerization technologies, including improved safety and reduced energy usage. The end products of lignocellulose depolymerization are... Read More
Dual-Function Nitinol Coronary Stents
ud18-033 – Dual-Function Nitinol Coronary Stents UD18-033 APPLICATION: This coronary stent design is an upgrade of a regular stent used for treating a blocked coronary artery. Novel nanotubular structure dual drug-eluting coronary stent was engineered to facilitate in revascularization of the coronary by inhibiting neointimal hyperplasia and reducing the in-stent restenosis. PROBLEMS ADDRESSED: ... Read More
Reagents and Methods for Tetrazine Synthesis
ud20-01 – Reagents and Methods for Tetrazine Synthesis UD20-01 APPLICATION: This technology offers a new safer way of introducing tetrazines into complex molecules used for modification of proteins, cellular labeling, in vivo imaging, targeted drug delivery and fabrication of biomaterials. PROBLEM ADDRESSED: Introduction of tetrazines into complex molecules is often hindered by the... Read More
Novel Bio-Based Analogue to BPA
ud-19-31 – Application: A bio-based analogue to Bisphenol A (BPA) has been developed. This bio-based analogue, Bisguaiacol A (BGA), exhibits the required thermomechanical properties and is potentially a safer and more environmentally friendly alternative to BPA. With BPA being suspected as a human endocrine disruptor, there is an increased need for a less harmful, renewable alternative. The novel... Read More
A New, Efficient Passive Microwave and Radar Lens
ud19-29 – A NEW, EFFICIENT PASSIVE MICROWAVE AND RADAR LENS UD19-29 APPLICATION: This technology offers a new and efficient lens antenna system based on the classical Luneburg lens antenna. It provides an improved aperture efficiency by mitigating the impedance mismatch problems, and can be used as a beamforming/beamscanning elements in a number of microwave and optical applications including... Read More
A New Process for the Production of Olefins from Methanol and Dimethyl Ethers
ud19-40 – A NEW PROCESS FOR THE PRODUCTION OF OLEFINS FROM METHANOL AND DIMETHYL ETHERS UD19-40 APPLICATION: A new combination of catalyst and feed composition has been developed for conversion of methanol or dimethyl ethers to olefins in the C4‑C7 range with no aromatics or hydrocarbon by-products. PROBLEM ADDRESSED: Currently, when attempting to form hydrocarbon products from methanol,... Read More