Published Sciences Geobacter Sulfurreducens Pili Geopili can easily be massed produced and they are naturally conductive, thus reducing manufacturing costs, and they can be altered using common genetic manipulations. By University of Massachusetts, Amherst
Published Sciences Water Soluble Cadmium Selenide The products are new materials, and the preparation method provides an easy, rapid synthesis of water-soluble nanoparticles, which is amenable to scale-up and mass production. By University of Massachusetts, Amherst
Published Multi Sector BUMP A rapid, low-cost and versatile method for fabricating microlens arrays based on surface wrinkling. By University of Massachusetts, Amherst
Published Sciences Nanofiber Mats This platform technology can be employed to generate materials with a range of antimicrobial or other beneficial properties. By University of Massachusetts, Amherst
Published Electronics Substituted Bistetracenes Opportunities includes P-type materials for organic solar cells and P-type materials for organic thin film transistors. By University of Massachusetts, Amherst
Published Sciences Temp-Controlled Electrospray New ESI source design strategies that prevent heat loss, protein degradation, and acidification of protein solution. By University of Massachusetts, Amherst
Published Sciences Nanopatterned Surfaces Sensing and/or separation of cells, bacteria or viruses in pharmaceutical and biomedical applications. Separation of organic and inorganic particles such as latexes, oxides, etc. By University of Massachusetts, Amherst
Published Sciences Guest Molecules Simple and robust nanoparticle production. Customizable nanoparticle size and surface functionalization. By University of Massachusetts, Amherst
Published Multi Sector Amphiphilic Polymers These polymers can selectively extract peptides based on their isoelectric point with efficiencies close to 100%. When used in a simple two-phase extraction system. By University of Massachusetts, Amherst
Published Engineering Patterned Metal Layers The commercial use of the invention is the efficient fabrication of metallic structures on a variety of substrates, including glass slides, quartz, silicon wafers, polymer films. By University of Massachusetts, Amherst
Published Sciences Nanoporous Templates Highly precisely oriented and ordered nanodomains or nanostructures Simple, robust, rapid non-disruptive, and economic fabrication processes Environmentally friendly solvents By University of Massachusetts, Amherst
Published Manufacturing & Production Mesophorous Materials Advantages of this approach include rapid and high degrees of network condensation, low film stress, rapid cycle times, stable templates and precursors and opportunities. By University of Massachusetts, Amherst
