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LIF DOSAGES
Filing date: 14 May, 2018
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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A method for controllong timinf of events in microfluidic device and a timer microfluidic device.
A method for controlling timing of events in a microfluidic analytical devicemicrofluidic device and a timer microfluidic analytical devicemicrofluidic device The method comprises adding a liquid on a first end of a microfluidic analytical devicemicrofluidic device at a first time t0, the liquid flowing by capillarity towards a second end; producing, by a battery (12) included in the microfluidic analytical devicemicrofluidic device, energy from a second time tstart until a third time tend to feed an auxiliary device (16) connected to the battery (12), said tstart corresponding to the moment when the liquid contacts the battery (12); using a delivery energy time interval toperation of the battery (12) comprised between a time ton in which a voltage output of the battery (12) is above a threshold and a time toff in which the voltage output is below the threshold to control the duration of an event including a selective activation and deactivation of said auxiliary device (16), wherein the battery (12) being sized and composed to provide a given amount of energy.
Consejo Superior de Investigaciones Científicas
Filing date: 14 May, 2018
EP18382329
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A METHOD FOR TUNING THE MAGNETIC COERCIVITY OF A NANOPOROUS FILM, A DEVICE AND USES THEREOF
The present invention relates to a method for tuning the magnetic coercivity of a nanoporous film, a device and uses thereof. The method comprises: - providing a thick nanoporous film having a thickness above 10 nm and an average nanopore wall thickness, at least regarding the interstitial separation between nanopores measured along at least one plane, which is below 15 nm; and - subjecting said thick nanoporous film to an electric field to vary its magnetic coercivity by voltage-inducing changes in the magnetic anisotropy thereof. The device comprises a thick nanoporous film and a voltage source to vary the magnetic coercivity of the thick nanoporous film by voltage-inducing changes in the magnetic anisotropy thereof, according to the method of the present invention. The invention also comprises the use of the device of the invention as a component of a magnetic device actuated with voltage.
Universitat Autònoma de Barcelona
Filing date: 8 May, 2018
PCT/EP2018/061900
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Electroluminiscent sensing device
La presente invención se refiere a un dispositivo de detección electroluminiscente que comprende una estructura de emisión inferior (BES, del inglés “Bottom-Emission Structure”) y a un dispositivo de detección electroluminiscente que comprende una estructura de emisión superior (TES, del inglés “Top-Emission Structure”), que en lugar del electrodo superior de pantallas ACEL convencionales comprende una capa de detección (SB, ST) hecha de un material que tiene una conductividad que cambia cuando se expone a un analito a detectar y en un grado que depende de la concentración del analito. Se pueden detectar diferentes tipos de analitos con el dispositivo de detección electroluminiscente de la presente invención, incluyendo vapor de agua en aire, para detectar humedad, alcohol, o analitos específicos que se pueden detectar con un polímero impreso molecularmente (MIP, del inglés “Molecularly Imprinted Polymer”) procesado para tener afinidad con los mismos.
ICN2
Filing date: 7 May, 2018
WO2019215082A1 - EP18382313.7
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NRF2 Activators for the prevention and/or treatment of axonal degeneration
IDIBELL
Filing date: 19 Apr, 2018
15/957,601 N/Ref.: 20171361
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COMBINATION OF LIF INHIBITORS AND PD-1 AXIS INHIBITORS FOR USE IN TREATING CANCER
Mosaic Biomedicals, S.L.U., et al
Filing date: 12 Apr, 2018
18382248.5-1111
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A device and method for sensing conductivity of a fluid
CSIC-IMB
Filing date: 12 Mar, 2018
Licenced date: 10 Jul, 2023
EP18382158
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A NANOPOROUS GRAPHENE STRUCTURE AND METHOD FOR PREPARATION THEREOF
The present invention relates to a novel nanoporous graphene structure exhibiting simultaneous semiconducting and nanosieving functionalities and novel electronic properties, as well as to a method for its synthesis.
Institut Català de Nanociència i Nanotecnologia
Filing date: 15 Feb, 2018
WO2019158694
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Photoisomerizable derivatives of dihydrofolate reductase inhibitors
Institute for Bioengineering of Catalonia
Filing date: 27 Dec, 2017
P3891EP00
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Optical endoscope
ICFO and ICREA
Filing date: 30 Nov, 2017
Licenced date: 21 Sep, 2018
PCT/ES2017/070787 - 114973