Seeking Additive Manufacturing Materials for Cold Forming Dies
Find materials that are able to be processed by means of additive manufacturing technologies and are suitable for cold forming operations. The materials provided should withstands heavy cyclic loads due to the working conditions of the process. We are seeking innovative materials that are capable of being processed thru additive manufacturing technologies and could work under cold forming process conditions.
Seeking a method for controlling the implantation of yeasts during alcoholic fermentation
We are interested in knowing if during the alcoholic fermentation yeasts that are fermenting are the same ones that have been inoculated. The molecular method we use is long, we need 2 days to obtain the yeast colony, 1 day to get enough biomass and finally, 1 day to obtain de mitocondrial DNA and do the electrophoresis to know the result. We would like to go faster in obtaining the yeast and the biomass needed to get the result, especially.
3D Printing of Drugs
Cluster9 Project ID : 6-2017-4487
Companion diagnostic for cutaneous and uveal melanoma
Companion diagnostic for cutaneous and uveal melanoma. Our combination drug therapy for metastatic melanoma offers an alternative treatment for patients that do not have the BRAF V600 mutation or for patients resistant to Vemurafenib. Additionally, our technology can be used as a prognostic test to predict the risk of metastasis in uveal and cutaneous melanoma.
Diamondlike coatings for optical systems, medical devices, automotive industry
At the university (Novosibirsk) the technology of diamondlike coatings is developed for optical systems in the wide range of IR-optics. Coatings have high adhesion to a variety of substrates and are suitable for application as medical antibacterial coverings, a friction reducing coating with a low friction coefficient, antirust coats. The laboratory looks for partners for technical cooperation and technology licensing.
Biometric identification system based on eye blinking
The Optics and Vision Sciences research group at the University of Alicante has developed a method for biometric authentication by recognizing the blinking of a subject. The method consists of studying and characterizing the changes in the intensity of diffused light during the blinking process. Those changes are used to classify the blinks using different algorithms. A subject can then be identified according to the parameters recorded. This method allows the authentication of subjects by means of a non-contact procedure, and even unconsciously. Commercial or built-in on mobile devices video cameras or webcams can be used for its application provided that the video is recorded at rates higher than 150 frames per second (fps). We are looking for companies interested in the commercial exploitation of this technology as well as in adapting it for the development of related projects.
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