Exosomas y su uso como vacuna
ICREA
Filing date: 3 Jun, 2015
Licenced date: 11 Oct, 2016
P201530775 / PCT/EP2016/062637
ICREA selects researchers based solely on their scientific achievements. However, excellent science often leads to the invention of new and amazing technologies and solutions. When that happens, ICREA fully supports the exploitation of these opportunities.
Our ICREA research professors are working in different Universities and Research Centres. On account of this, ownership of any intellectual or industrial property is always shared between ICREA and the host institution. To make negotiations as fast and conclusive as possible, host institutions are entitled to explore and engage in technology transfer activities on behalf of ICREA when opportunities arise. ICREA supports the exploitation efforts and offers advice throughout the process.
Please have a look at our current technologies and contact ICREA to learn more about them.
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Life & Medical Sciences
Exosomas y su uso como vacuna
ICREA
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Life & Medical Sciences
Enhanced antibiotic composition (publication number WO2016180919 A1)
Universitat Autònoma de Barcelona
CLOSE Enhanced antibiotic composition (publication number WO2016180919 A1)
The present invention relates to an enhanced antibiotic composition, which shows enhanced antimicrobial activity of antibiotics, in particular polymyxins, in front of multidrug resistant bacteria by combining them with specific potentiator compounds. It relates also to such composition for use as a medicament, and such specific potentiator compounds for use as enhancers of the antibacterial activity of antibiotics.
Universitat Autònoma de Barcelona
Filing date: 14 May, 2015
PCT/EP2016/060664
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Engineering Sciences
Confidential title
ICFO
CLOSE Confidential title
ICFO
Filing date: 27 Mar, 2015
US 2017/0102604 A1
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Engineering Sciences
TUNABLE LIGHT MODULATION USING GRAPHENE
Corning and ICFO
CLOSE TUNABLE LIGHT MODULATION USING GRAPHENE
Described herein are optical devices based on two dimensional materials and methods for making such devices. In particular, the articles described herein are useful in the control and modulation of light via graphene mono- or multilayers.
Corning and ICFO
Filing date: 5 Mar, 2015
SP15-083PZ
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Experimental Sciences & Mathematics
CALIXPYRROLE COMPOUNDS AND CREATININE-SELECTIVE ELECTRODES COMPRISING THEM
Institut Català d'Investigació Química
CLOSE CALIXPYRROLE COMPOUNDS AND CREATININE-SELECTIVE ELECTRODES COMPRISING THEM
The present invention relates to the fields of analytical chemistry and medicine. In particular the present invention refers to calixpyrrole compounds useful as ionophores, to membranes, electrodes, and devices including them as well as to methods for determining the amount of creatinine in a test sample using them.
Institut Català d'Investigació Química
Filing date: 19 Jan, 2015
Licenced date: 21 Sep, 2017
EP15382007
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Engineering Sciences
Biocidal composition with dual inmediate and remnant activity
DESINFECCIÓN PROFESIONAL, S. L.
CLOSE Biocidal composition with dual inmediate and remnant activity
DESINFECCIÓN PROFESIONAL, S. L.
Filing date: 5 Dec, 2014
Licenced date: 23 Jul, 2013
EP14382498.5
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Life & Medical Sciences
Method of the identification of gene regulation targets
CLOSE Method of the identification of gene regulation targets
Filing date: 3 Dec, 2014
EP14196170.6
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Experimental Sciences & Mathematics
SENSOR RESISTIVO PARA LA DETECCIÓN DE GAS BENCENO Y PROCEDIMIENTO PARA SU OBTENCIÓN
Universitat Rovira i Virgili
CLOSE SENSOR RESISTIVO PARA LA DETECCIÓN DE GAS BENCENO Y PROCEDIMIENTO PARA SU OBTENCIÓN
Sensor resistivo para la detección de gas benceno y procedimiento para su obtención. El sensor resistivo A incluye un soporte con electrodos recubiertos de nanotubos de carbono funcionalizados y decorados con nanopartículas metálicas, cuyas nanopartículas metálicas soportan una monocapa de un compuesto orgánico del grupo resorcin[4]areno. Se protege además un dispositivo que comprende dicho sensor resistivo A y un sensor resistivo B, igual que el sensor A a excepción que no incluye compuesto orgánico, para detectar de manera selectiva y con elevada sensibilidad gas benceno en aire. El dispositivo es reversible. El procedimiento para obtener el sensor resistivo A comprende seleccionar un soporte, dibujar electrodos, tratar los nanotubos con oxígeno, decorarlos con nanopartículas metálicas, depositar los nanotubos sobre los electrodos; preparar una disolución del compuesto orgánico y sumergir el soporte en dicha disolución para formar una monocapa del compuesto orgánico.
Universitat Rovira i Virgili
Filing date: 18 Nov, 2014
P201431698
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Experimental Sciences & Mathematics
Nucleic acid-induced aggregation of metal nanoparticles and uses thereof in methods for detecting nucleic acids
Universitat Rovira i Virgili
CLOSE Nucleic acid-induced aggregation of metal nanoparticles and uses thereof in methods for detecting nucleic acids
Universitat Rovira i Virgili
Filing date: 23 Oct, 2014
Licenced date: 9 Jun, 2015
WO2016/062861A1
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Life & Medical Sciences
A METHOD FOR THE IDENTIFICATION OF VARIANTS IN NUCLEIC ACID SEQUENCES
Barcelona Supercomputing Center - Centro Nacional de Supercomputación
CLOSE A METHOD FOR THE IDENTIFICATION OF VARIANTS IN NUCLEIC ACID SEQUENCES
The present invention relates to a 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.
Barcelona Supercomputing Center - Centro Nacional de Supercomputación
Filing date: 21 Oct, 2014
PCT/EP2015/074253
