Patents

ICREA selecciona els investigadors únicament segons els seus mèrits científics. No obstant això, l'excel·lència científica porta sovint a la invenció de noves tecnologies i solucions. Quan passa això, ICREA fa costat a l'aprofitament d'aquestes oportunitats.

Els catedràtics de recerca de la ICREA treballen a diverses universitats i centres de recerca. Per això la titularitat de qualsevol propietat industrial es comparteix sempre entre la ICREA i la institució d'acollida. Perquè les negociacions siguin el més àgils i concloents possible, les institucions d'acollida tenen plena llibertat per emprendre activitats de transferència de tecnologia en nom d'ICREA, si en sorgeix l'oportunitat. ICREA recolza les accions encaminades a aquest aprofitament i presta assessorament al llarg de tot el procés.

Consulteu les nostres tecnologies actuals i contacteu amb ICREA per saber-ne més.

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Area, Patent application number, Title, Inventors, Institutions
  • Experimental Sciences & Mathematics - 16382336.2-1451 - 15 Jul, 2016
    Catalytic Carboxylation Of Activated Alkanes And/Or Olefins

    Juliá-Hernández, Francisco; Cornella, Josep; Martin, Ruben


  • Life & Medical Sciences - EP16178577.9 - 1 May, 2016
    A COMPUTER-IMPLEMENTED AND REFERENCE-FREE METHOD FOR IDENTIFYING VARIANTS IN NUCLEIC ACID SEQUENCES

    David Torrents David Carrera Jordà Polo Mercè Planas
    Barcelona Supercomputing Center (BSC)
    The present invention relates to a computer implemented method for the identification and characterization of sequence variants in nucleic acids. In particular, this method is able to quickly and accurately identify most types of sequence genome variations that have been associated to disease, that is, from single nucleotide substitutions to large structural variants. This method has multiple and direct applications in diagnosis, prognosis and therapy.

  • Engineering Sciences - EP16167561.6 - 28 Apr, 2016
    MAGNETIC-ELECTROCATALYTIC, PSEUDO-ORDERED MESOPOROUS ALLOY FILMS, A METHOD FOR MAKING THEM AND THEIR USE

    Isaraín Chavez, Jin Zhang, Maria Dolors Baró, Eva Pellicer, Jordi Sort
    Universitat Autonoma de Barcelona
    The present invention provides magnetic and electrocatalytic, pseudo-ordered mesoporous alloy films as well as their use. Two different types of mesoporous alloy films have been provided by the invention: (1) non-noble metal + noble metal; (2) non-noble metal A + non-noble metal B. In both cases, the obtained films exhibit electrocatalytic properties. Furthermore, the introduction of ferromagnetic 3d transition metals into the porous films confer them a magnetic functionality. The invention also provides a new method to synthesize said mesoporous metallic alloys with pseudo-ordered porosity, whose method is carried out in one-single step in the presence of an aqueous electrolyte that contains a triblock copolymer. The method is industrially scalable.

  • Engineering Sciences - EP 16382120 - 18 Mar, 2016
    Method for the preparation of metal organic frameworks

    D. Maspoch, I. Imaz, L. C. Garzón
    Institut Catalana de Nanociència i Nanotecnologia

  • Life & Medical Sciences - PCT/EP2016/062637 - 3 Jan, 2016
    EXOSOMES AND USE THEREOF AS VACCINES

    Hernando A del Portillo Obando; Francisco E. Borràs Serres; Lorenzo Fraile Sauce; Sergio Montaner Tarbes
    ISGlobal

  • Life & Medical Sciences - P12417EP00 - 27 Nov, 2015
    Agents for the treatment of diseases associated with undesired cell proliferation

    Seoane J., Soto A., Sala A., Huber MI., Chigancas MV., Anido J.


  • Engineering Sciences - ES1641.1145 - 24 Nov, 2015
    A process of obtainment of an n-type organic semiconductor by UV-VIS irradiation

    M. Campoy-Quiles, A.R. Goñi, B. Dörling, C. Müller, and J. Ryan
    CSIC
    The invention relates to a process of obtainment of an n-type organic semiconductor by irradiating a p-type organic semiconductor with UV-VIS radiation.

  • Experimental Sciences & Mathematics - EP 15190177 - 16 Oct, 2015
    Photodiode with intense photovoltage or photocurrents

    Amador Perez, Monica Lira-Cantu, Gustau Catalan


  • Life & Medical Sciences - PCT/EP2015/073909 - 15 Oct, 2015
    HUMANIZED NEUROMELANIN-CONTAINING RODENT

    Miquel Vila Bover, Iria Carballo-Carbajal, Ariadna Laguna Tusest, Jordi Bové Badell, Thais Cuadros Arasa
    Vall d'Hebron Institut de Recerca (VHIR)

  • Experimental Sciences & Mathematics - EP 15382491 - 10 Oct, 2015
    Flexoelectric Device

    Jackeline Narvaez, Gustau Catalan
    ICN2-Institut Catala de Nanociencia i Nanotecnologia
    All flexoelectric devices have two electrodes and a dielectric material sandwitched between them. When subject to an inhomogeneous deformation (strain gradient), such as bending, the dielectric material will polarize and generate a charge density at its surface. The role of the electrodes is to collect this charge. The figure of merit of such a device is the effective flexoelectric coefficient, µeff, which is the coefficient between the generated charge and the applied strain gradient. The flexoelectric coefficient of most materials is in the nC/m range, and only occasionally can reach up to µC/m. The present invention proposes that substituting the dielectric (electrically insulating) layer for a semiconductor (electrically conducting) layer results in a much larger flexoelectric coefficient that can reach up to mC/m.

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