Hot IP -- Top innovations available for license from research institutions worldwide

Top innovations available for license from research institutions worldwide
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July, 2009 -- Selected submissions this week:



Ramot at Tel Aviv University, Ltd.
Self Assembling Peptide Nano Structures


Name of Intellectual Property: Self-Assembling Peptide Nanostructures for wide ranging applications

Technology Summary: We have developed a unique and novel family of peptide nanostructures that are based on aromatic homo-dipeptides. This includes peptide nanotubes, nanospheres, and hydrogels with nano-scale order. It has also been demonstrated that these peptide nanotubes could serve as a mold for the fabrication of metals and building blocks of a novel electrochemical platform. Furthermore, the peptide tubes were demonstrated to have very strong mechanical rigidity with Young modulus of about 19 GPa. Click here for details >>

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Columbia University
Reconstituted fluorescent proteins for combinatorial marking of cells and cell structures

Name of Intellectual Property: Reconstituted fluorescent proteins for combinatorial marking of cells and cell structures

Technology Summary: Green Fluorescent Protein (GFP) and its derivatives are used as reporters because they readily form active fusion proteins, can be safely expressed in cells and are easily visualized by standard microscopic techniques. This invention details the use of a “split” GFP, where the original GFP molecule is expressed as two separate polypeptides. When brought into close proximity, the polypeptides fold together, reconstituting the original protein and its fluorescent properties. Click here for details >>

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University of Colorado
Modified CNGs show potential as a drug-screening tool


Name of Intellectual Property: Enhanced measurement of cAMP, an important signaling molecule, enabling improved study and drug discovery for related disorders

Technology Summary: Dr. Karpen and his team have developed a novel research tool to detect activity of the cellular signaling molecule cAMP. They genetically engineered cyclic nucleotide-gated ion channels (CNGs) that are 2-20 fold more sensitive to activation by cAMP. Once activated, CNG channels allow positively charged calcium ions (Ca2+) to flow into the cell. This Ca2+ influx can either be recorded as an electrical current or imaged with fluorescent dyes. Click here for details >>

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Hot I.P. is a regular e-bulletin presenting the best available technologies from universities and research institutions around the world. All submissions are judged as top-echelon, vetted innovations by the submitting organizations, and then are reviewed for quality, novelty, and likely market acceptance by Hot I.P.'s editorial staff prior to acceptance for publication. Each item links to a brief description of the technology, its inventor, patent status, and the business opportunity it represents, along with key contact information.

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