Technology Offers

Lidia Aguilera posted this:
Technology Transfer Officer at University of Luxembourg

Metabolomics Platform - Luxembourg Centre for Systems Biomedicine The LCSB Metabolomics Platform is specialized in developing and applying mass spectrometry-based comprehensive analysis methods of small molecules in complex biological matrices. Our Platform works with national and international partners from academia and industry to help them reach their research goals. To address the needs in this fast-changing field, our Platform continuously develops new analytical and tailor-made methods in response to upcoming biological and biomedical questions.

Lidia Aguilera posted this:
Technology Transfer Officer at University of Luxembourg

Bioimaging Platform - Luxembourg Centre for Systems Biomedicine The LCSB Bioimaging Platform (bip) provides access to and support for a broad palette of advanced microscopy and flow cytometry instruments, enabling researchers to perform studies from the tissue level and down to sub-cellular scales.

Lidia Aguilera posted this:
Technology Transfer Officer at University of Luxembourg

AQUATIC PLATFORM - Luxembourg Centre for Systems Biomedicine The LCSB Aquatic Platform is centred around the use of zebrafish (Danio rerio), a vertebrate model with high genetic and physiologic similarity to humans. This versatile, reliable model organism is widely used for the in vivo study of developmental biology, gene function, drug discovery and pathophysiological aspects of various human diseases such as epilepsy, rare diseases, neurodegenerative disorders, among others.

NANOMYP posted this:

PolymP®-Active (Zn): Polymeric particles to reduce dentin hypersensitivity PolymP®-Active (Zn) is a breakthrough material that we have just patented for potentially treating dentin hypersensitivity. This new material (based on biocompatible polymeric particles) shows, among many others, the following key benefits: -Induces natural remineralization in few hours enhancing the precipitation of natural minerals that are not dissolved by saliva. -Low Mohs hardness: Do not result in dentin or enamel abrasion. -Fully occludes dentinal tubules enhancing surface nanohardness. -Possess antibacterial activity. -Inhibits dentin metalloproteinases, preventing the accelerated destruction of dentin. From a regulatory standpoint, the product could be developed as a cosmetic.

Centre Technology Transfer CITTRU posted this:

The subject of the offer is new nonlinear optical materials for use in optoelectronics, optical devices and components. The offer relates to co-crystals, from which one of polymorphic form is an efficient, phase matchable second harmonic generator. The averaged, relative experimental of second harmonic generation is over 14 times higher than of the commonly used nonlinear material (potassium dihydrogen phosphate). The presented optical material is colorless, suitable for growing large single crystals. The obtained crystals have extreme values of birefringence with reference to other transparent materials. The maximum birefringence for one of the polymorphic form is 0,46. For comparison, calcite, which is commonly used for the production of polarizing prisms, has a birefringence c.a 0.17. The offered materials, thanks to their properties, may be used for the construction of optical devices and components. Moreover, due to the polar structure may exhibit properties such as pyroelectricity, piezoelectricity or ferroelectricity

Cracow University of Technology posted this:

New class hform-control form-control form-control igh performance photosensitizers for photocurable polymer coating The technology can be used in the production of polymer coatings curable by ultraviolet radiation (UV) imposed on various types of surface such as aluminum, paper, plastics, wood and metals. Technology is compatible with UV LED diodes, which make it advantageous in several fields comparing to traditional mercury MPM lamps

UNIVERSIDAD DE BURGOS posted this:

Method of preparation and use of derivatives of perylene-diimide (PDI) in different applications such as bioimaging or biomarkers.The present invention provides a methodology for the synthesis of derivatives of perylene-diimide (PDI, for which there was no obtention process, and its use in different applications such as bioimaging or biomarkers.

Júlia Nebot posted this:
Licensing Manager at Fundació URV

Device for passive supression of vortex-induced vibrations (VIV) in structures The present invention relates to a device for suppression of Vortex-induced vibrations (known as VIV) in flexible structures or in elastically supported rigid structures. Vortex-induced vibrations are a type of fluid-structure interactions that are consequence of the unsteady periodic forces generated in the wake of bluff bodies when affected by currents. The forces induced on the structures as a result of the large region of separated flow in the wake of the structure, result in vibrations. Vibrations can be fatal in engineering applications. Structures with low mass and damping are the ones in which VIV can be more important. In marine applications, most of the structures are characterised by combined low mass-damping. Although VIV is crucial in marine applications, the invention described here could also be used to prevent VIV in other non-marine scenarios such as structures affected by winds.

Cracow University of Technology posted this:

New Class oform-control form-control f High Performance Photosensitizers for Photocurable Polymer Coatings The technology can be used in the production of polymer coatings curable by ultraviolet radiation (UV) imposed on various types of surface such as aluminum, paper, plastics, wood and metals. Technology is compatible with UV LED diodes, which make it advantageous in several fields comparing to traditional mercury MPM lamps

Yissum - Research Development Company of the Hebrew University posted this:

Technology for in Situ Water Purification of LNAPL Pollution Technology for in Situ Water Purification of LNAPL Pollution Project ID : 15-2018-4569

Yissum - Research Development Company of the Hebrew University posted this:

Treatment of Genetic Diseases Caused by Nonsense Mutation Treatment of Genetic Diseases Caused by Nonsense Mutation Project ID : 6-2018-4579

Yissum - Research Development Company of the Hebrew University posted this:

A novel approach to suppression of reproductive performance of the Mediterranean Fruit Fly (Ceratitis capitata) and other major pests of agriculture The Sterile Insect Technique (SIT) to control insect pests is based on their mass-production in dedicated facilities, separation and sterilization of males and their periodic release, in order to compete with wild-type males, and essentially impose female sterility. Their are several problems associated with this procedure: (1) Females tend to soon overcome imposed monogamy, and remate again with males available at that time. Based on research funded by the ISF and the Chief Scientists Fund of the Ministry of Agriculture, we have devised a novel transgenic procedure to prevent or reduce subsequent re-mating of the females in the field, and suppress egg development, which is normally induced by mating. Such transgenic males produce a modified "Sex Peptide", as a component of their seminal fluid, which imposes long-term non-receptivity on females subsequent to initial mating. (2) The second problem is that the current practice of irradiation-imposed sterilization of males is debilitating and reduces their field performance. It is also logistically time-consuming and costly. This situation requires the release of a large overabundance of males (in the case of the Medfly, twice-weekly throughout the year). We propose that irradiation be replaced by genetic sterility and have several suggestion of how this might be approached. The genetic sterility we propose would be incorporated with the persistent modified Sex Peptide, and combined, these two male-specific transgenes would significantly augment the SIT. Project ID : 8-2006-1709

IVAN RODRIGUEZ ROSELLO posted this:
Licensing Manager at UNIVERSIDAD DE ALICANTE

Briquettes of flexible polyurethane foam with latex or viscoelastic foam for the energy recovery of mattress wastes The research group, " Wastes, Energy, Environment and Nanotechnology ", belonging to the University Institute of Engineering of the Chemical Processes (WEEN-IECP) at the University of Alicante, has developed a new compacted material and the procedure for manufacturing briquettes from mattress wastes (flexible polyurethane foam, latex foam and viscoelastic foam). In view of the high calorific values of these wastes, these briquettes can be used as fuel product for industrial use, allowing their energy recovery giving hereby a solution to the build-up of mattresses in landfills. Likewise, this process would improve their transport, manipulation and storage. In addition, the fact that the conditions for the obtaining of the briquettes are not very extreme, this system could be placed in the landfill’s facilities. Companies in the mattress waste management sector, landfills or other private entities interested in the commercial development of this technology through license agreements and / or technical cooperation are sought.

Lucas Montes posted this:
Technology Transfer Advisor at University of Granada (OTRI)

Biomimetic magnetic nanoparticles for its use in biotechnological applications The present invention provides a composition which contains nanoparticles of magnetite made in presence of magnetosome proteins expressed as recombinant. These nanoparticles are biocompatibles, have a negative charge at physiological pH and a size higher tan 30nm, considered in the range of the singular magnetic domain, for different uses in the field of biotechnology, as well as for its use for for drug administration for the treatment of cancer.

IVAN RODRIGUEZ ROSELLO posted this:
Licensing Manager at UNIVERSIDAD DE ALICANTE

“PresbyCustom”: New customizable contact lenses to correct presbyopia The research group of Optics and Visual Perception of the UNIVERSITY OF ALICANTE, with the collaboration of the company LABORATORIOS LENTICON SA, has developed a new multifocal scleral contact lens to compensate presbyopia (age-related near vision deterioration) which has the peculiarity of being optically customizable according to the specific needs of each patient. The new contact lens has been developed combining different types of stable optical aberrations that have allowed us to optimize the depth of focus, providing excellent levels of visual quality as well as very comfort wear, easy fitting process and greater stability than current multifocal contact lenses. Some prototypes have been manufactured at laboratory level and they have been validated successfully in patients. Currently, CE marking is being processed which will allow its international commercialization. We are looking for companies interested in acquiring this technology for commercial exploitation.

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