{"id":4572,"count":0,"description":"","link":"https:\/\/www.upm.es\/recursosidi\/infraestructura\/laboratorio-de-motores-alternativos\/","name":"Laboratorio de motores alternativos","slug":"laboratorio-de-motores-alternativos","taxonomy":"infraestructura","parent":0,"meta":[],"imagen":false,"descripcion":"El laboratorio de motores alternativos contiene un banco de ensayos dotado de un motor de ciclo Otto y aspiraci\u00f3n natural dotado de los sistemas de control del banco de pruebas y del motor, as\u00ed como de un sistema de adquisici\u00f3n de datos. Este banco de ensayos permite monitorizar los par\u00e1metros de funcionamiento del motor y su respuesta frente al uso de diferentes mezclas de combustibles.","donde":[660,1880],"departamento":"","ubicacion":"Escuela T\u00e9cnica Superior de Ingenier\u00eda Aeron\u00e1utica y del Espacio","id_infraestructura_portal":"555","coste_sin_iva":"0","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"-1","tiene_manual":"0","tiene_albaranes_facturas":"0","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Emilio Navarro Ar\u00e9valo","email_responsable_mantenimiento":"emilio.navarro@upm.es","sector_area":"Investigaci\u00f3n de mezclas policombustible para motores de combusti\u00f3n interna.","sirve":"Esta instalaci\u00f3n permite el estudio del comportamiento de motores de combusti\u00f3n interna de encendido provocado al utilizar diferentes mezclas de combustibles tanto l\u00edquidos como gaseosos.","uso":"Actualmente el laboratorio tiene dos funciones b\u00e1sicas. Por un lado, investigar el efecto de mezclas policombustible en motores de clico Otto. Por otro, el banco se utiliza en tareas did\u00e1cticas de car\u00e1cter pr\u00e1ctico dentro del \u00e1mbito del Departamento de Mec\u00e1nica de Fluidos y Propulsi\u00f3n Aeroespacial de la Escuela T\u00e9cnica Superior de Ingenier\u00eda Aeron\u00e1utica y del Espacio.","relacion":"Combustibles alternativos.","otros":"","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/747\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/748","tipo_infraestructura":[{"imagen":false,"infraestructuras":{"3353":{"imagen":false,"descripcion":"Canal de aguas tranquilas, de 100 metros de largo, 3,8 m. de ancho y 2,2 m. de profundidad. Consta de un generador unidireccional de olas regulares e irregulares y de un carro de arrastre de modelos","donde":[{"term_id":"424","name":"CEHINAV (Canal de Ensayos Hidrodin\u00e1micos de la E.T.S.I. 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Las l&iacute;neas de investigaci&oacute;n del grupo son:\n&nbsp;\n\nAn&aacute;lisis y optimizaci&oacute;n de formas de buques mediante estudios num&eacute;ricos y experimentales de comportamiento en la mar.\nEstabilidad de los buques en estado intacto y despu&eacute;s de aver&iacute;as.\nEmbarcaciones deportivas de alta competici&oacute;n.\nDesarrollo de CFD aplicados a la hidrodin&aacute;mica de buques.\nEstudios num&eacute;ricos y experimentales de la hidrodin&aacute;mica en artefactos y plataformas marinas para energ&iacute;as tanto renovables, como oli &amp; gas.\nSimulaci&oacute;n computacional y experimental del fen&oacute;meno de \"sloshing\"\nEstudios de tanques estabilizadores pasivos.\n","parent":"0","count":"7","object_id":"10992","pod_item_id":"424"},{"term_id":"1648","name":"CEHINAV (Hydrodynamic Testing Channel at the HTSE for Naval engineering)","slug":"en_cehinav-hydrodynamic-testing-channel-at-the-htse-for-naval-engineering","term_group":"0","term_order":"0","term_taxonomy_id":"1648","taxonomy":"donde","description":"Nuestro trabajo est&aacute; centrado en temas hidrodin&aacute;micos, tanto desde una faceta experimental como num&eacute;rica. Las l&iacute;neas de investigaci&oacute;n del grupo son:\n&nbsp;\n\nAn&aacute;lisis y optimizaci&oacute;n de formas de buques mediante estudios num&eacute;ricos y experimentales de comportamiento en la mar.\nEstabilidad de los buques en estado intacto y despu&eacute;s de aver&iacute;as.\nEmbarcaciones deportivas de alta competici&oacute;n.\nDesarrollo de CFD aplicados a la hidrodin&aacute;mica de buques.\nEstudios num&eacute;ricos y experimentales de la hidrodin&aacute;mica en artefactos y plataformas marinas para energ&iacute;as tanto renovables, como oli &amp; gas.\nSimulaci&oacute;n computacional y experimental del fen&oacute;meno de \"sloshing\"\nEstudios de tanques estabilizadores pasivos.\n","parent":"0","count":"5","object_id":"10992","pod_item_id":"1648"}],"departamento":"","ubicacion":"ETSI Navales. 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en chips y biochips\nCaracterizaci&oacute;n &oacute;ptica avanzada de transductores\nDesarrollo de sistemas &oacute;ptica avanzados\nMicro y nano flu&iacute;dica\nFuncionalizaci&oacute;n y biofuncionalizaci&oacute;n de superficies\nInmunoensayos y bioqu&iacute;mica\n","parent":"0","count":"15","object_id":"10646","pod_item_id":"652"},{"term_id":"1872","name":"Photonic and Biophotonic Optics Group (GOFB)","slug":"en_photonic-and-biophotonic-optics-group-gofb","term_group":"0","term_order":"0","term_taxonomy_id":"1872","taxonomy":"donde","description":"Nuestro objetivo principal es investigar y desarrollar sistemas &oacute;pticos y fot&oacute;nicos para aplicaciones biol&oacute;gicas y opto-qu&iacute;micas como puedan ser sistemas <em>Point-of-Care <\/em>para diagn&oacute;stico <em>In-Vitro<\/em>, sistemas para an&aacute;lisis y diagn&oacute;stico el l&iacute;quidos, chips y micro-chips para sistemas de detecci&oacute;n y para aplicaciones <em>body-on-a-chip.<\/em> Para alcanzar este objetivo nos centramos en diversas &aacute;reas de investigaci&oacute;n:\n&nbsp;\n\nSimulaci&oacute;n de estructuras micro y nano fot&oacute;nicas\nMicro-nano fabricaci&oacute;n de transductores&nbsp; en chips y biochips\nCaracterizaci&oacute;n &oacute;ptica avanzada de transductores\nDesarrollo de sistemas &oacute;ptica avanzados\nMicro y nano flu&iacute;dica\nFuncionalizaci&oacute;n y biofuncionalizaci&oacute;n de superficies\nInmunoensayos y bioqu&iacute;mica\n","parent":"0","count":"12","object_id":"10646","pod_item_id":"1872"}],"departamento":"","ubicacion":"Grupo de \u00d3ptica, Fot\u00f3nica y Biofot\u00f3nica, Centro de Tecnolog\u00eda Biom\u00e9dica","id_infraestructura_portal":"414","coste_sin_iva":"15500","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"049160","tiene_manual":"0","tiene_albaranes_facturas":"0","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Rafael Casquel","email_responsable_mantenimiento":"rafael.casquel@upm.es","sector_area":"Micro y nano fabricaci\u00f3n","sirve":"Medida de espesores de l\u00e1minas delgadas y determinaci\u00f3n de \u00edndices de refracci\u00f3n","uso":"Medida de espesores de l\u00e1minas delgadas y determinaci\u00f3n de \u00edndices de refracci\u00f3n","relacion":"","otros":"","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/529\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/528","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":3435,"name":"Filmetrics","slug":"filmetrics","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":3435,"term_group":0,"count":0,"id":3435},"3559":{"imagen":false,"descripcion":"Sistema para realizar ensayos de choque, evaluar la seguridad pasiva de los veh\u00edculos y evaluar el nivel de protecci\u00f3n ofrecido a sus pasajeros.","donde":[{"term_id":"240","name":"Instituto Universitario de Investigaci\u00f3n del Autom\u00f3vil (INSIA)","slug":"instituto-universitario-de-investigacion-del-automovil-insia","term_group":"0","term_order":"0","term_taxonomy_id":"240","taxonomy":"donde","description":"","parent":"0","count":"18","object_id":"11143","pod_item_id":"240"},{"term_id":"1464","name":"University Automotive Research Institute (INSIA)","slug":"en_university-automotive-research-institute-insia","term_group":"0","term_order":"0","term_taxonomy_id":"1464","taxonomy":"donde","description":"","parent":"0","count":"10","object_id":"11143","pod_item_id":"1464"}],"departamento":"","ubicacion":"Laboratorio de Seguridad Pasiva 05M.00.026.0","id_infraestructura_portal":"66","coste_sin_iva":"164200","fecha_compra":"2003-02-19","fecha_alta_inventario":"2003-02-19","numero_inventario":"59064","tiene_manual":"1","tiene_albaranes_facturas":"1","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Luis Mart\u00ednez S\u00e1ez","email_responsable_mantenimiento":"luis.martinez@upm.es","sector_area":"Sector automoci\u00f3n, ferrocarril y aeron\u00e1utico.","sirve":"El simulador de impacto es un equipo utilizado para reproducir pulsos de deceleraci\u00f3n similares a los que sufren los componentes, sistemas embarcados y ocupantes en los veh\u00edculos en caso de impacto.\r\nEl trineo o \"sled\" se acelera hasta una velocidad de impacto definida y posteriormente se frena mediante un sistema de tubos de poliuretano o panel de aluminio, seg\u00fan los pulsos de deceleraci\u00f3n que se quieran reproducir, para as\u00ed reproducir el choque del hab\u00edtaculo de los ocupantes del veh\u00edculo completo. En el sled se montan los elementos del habit\u00e1culo que se quieren ensayar: asientos, butacas, cinturones de seguridad, airbags, mesas, consolas de conductores de trenes, etc...","uso":"Ensayos de biofidelidad de los maniqu\u00edes de impacto. Ensayos para evaluar las lesiones de varios tipos de ocupantes seg\u00fan el sistema de retenci\u00f3n que se emplee y frente a diferentes pulsos de deceleraci\u00f3n. Ensayos encaminados a la obtenci\u00f3n de certificados de homologaci\u00f3n y al mismo tiempo tiene la versatilidad necesaria para dar soporte a la industria en el dise\u00f1o, evaluaci\u00f3n y mejora de sus productos.","relacion":"Si. Desarrollo de maniqu\u00edes antropom\u00f3rficos instrumentados, de la biofidelidad de estos maniqu\u00edes y de los criterios de lesi\u00f3n de estos maniqu\u00edes.","otros":"El Laboratorio de Seguridad Pasiva se complementa con el Laboratorio de Certificaci\u00f3n de Maniqu\u00edes, donde se realizan los ensayos de certificaci\u00f3n de los maniqu\u00edes de impacto y otros ensayos de investigaci\u00f3n para el desarrollo de nuevos maniqu\u00edes de impacto o de nuevos sistemas de medida de las lesiones. El Laboratorio de Seguridad Pasiva (LSP), dispone de las instalaciones apropiadas para la realizaci\u00f3n de ensayos encaminados a la evaluaci\u00f3n y mejora de componentes que afectan a la seguridad ofrecida a los ocupantes de los veh\u00edculos: autom\u00f3viles, autobuses, autocares y trenes.","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/551\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/550","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":3559,"name":"Simulador de impactos","slug":"simulador-de-impactos","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":3559,"term_group":0,"count":1,"id":3559},"3561":{"imagen":false,"descripcion":"Sled test system to replicate crash impacts and to evaluate the passive safety of vehicles and to assess the level of protection offered to their passengers.","donde":[{"term_id":"240","name":"Instituto Universitario de Investigaci\u00f3n del Autom\u00f3vil (INSIA)","slug":"instituto-universitario-de-investigacion-del-automovil-insia","term_group":"0","term_order":"0","term_taxonomy_id":"240","taxonomy":"donde","description":"","parent":"0","count":"18","object_id":"11143","pod_item_id":"240"},{"term_id":"1464","name":"University Automotive Research Institute (INSIA)","slug":"en_university-automotive-research-institute-insia","term_group":"0","term_order":"0","term_taxonomy_id":"1464","taxonomy":"donde","description":"","parent":"0","count":"10","object_id":"11143","pod_item_id":"1464"}],"departamento":"","ubicacion":"Laboratorio de Seguridad Pasiva 05M.00.026.0","id_infraestructura_portal":"66","coste_sin_iva":"164200","fecha_compra":"2003-02-19","fecha_alta_inventario":"2003-02-19","numero_inventario":"59064","tiene_manual":"1","tiene_albaranes_facturas":"1","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Luis Mart\u00ednez S\u00e1ez","email_responsable_mantenimiento":"luis.martinez@upm.es","sector_area":"Automotive, railway and aeronautical sectors.","sirve":"The impact simulator is a device used to reproduce similar deceleration pulses to those suffered by components, on-board systems and vehicle occupants in the event of an impact.\r\nth e sled accelerates until a defined impact speed. Afterwards, the sled is braked by means of a system of polyurethane tubes or aluminum panel, depending on the deceleration pulses to be reproduced, in order to reproduce the crash of the passenger compartment of the entire vehicle. The cabin elements to be tested are assembled on the sled: seats, seat belts, airbags, tables, train drivers console desks, etc...","uso":"Biofidelity tests of Anthropomorphic Test Devices (impact test dummies).\r\nTests for injury evaluation of different types of occupants depending on the restraint systems used and the different deceleration pulses.\r\nTests aimed at obtaining approval certificates and at the same time having the versatility to support the industry in the design, evaluation and improvement of its products.","relacion":"Development of Anthropomorphic Test Devices (dummies) with instrumentation, the biofidelity of these dummies and the injury criteria of these dummies.","otros":"The Passive Safety Laboratory (LSP) is complemented by the Impact Test Dummies Certification Laboratory, where the certification tests of impact test dummies and other research tests are carried out for the development of new dummies or new injury measurement systems.\r\nThe LSP has the appropriate facilities to carry out tests in order to evaluate and improve components that affect the vehicles occupants safety: cars, buses, coaches and trains.","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/551\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/550","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":3561,"name":"Impact simulator","slug":"impact-simulator","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":3561,"term_group":0,"count":1,"id":3561},"3593":{"imagen":false,"descripcion":"T\u00fanel de viento ACLA16 para ensayos de ingenier\u00eda del viento","donde":[{"term_id":"242","name":"Instituto Universitario de Microgravedad \"Ignacio da Riva\" (IDR)","slug":"instituto-universitario-de-microgravedad-ignacio-da-riva-idr","term_group":"0","term_order":"0","term_taxonomy_id":"242","taxonomy":"donde","description":"","parent":"0","count":"7","object_id":"12400","pod_item_id":"242"},{"term_id":"1466","name":"\"Ignacio da Riva\" University Microgravity Institute","slug":"en_ignacio-da-riva-university-microgravity-institute","term_group":"0","term_order":"0","term_taxonomy_id":"1466","taxonomy":"donde","description":"","parent":"0","count":"5","object_id":"11706","pod_item_id":"1466"}],"departamento":"","ubicacion":"ETSIAE, Campus de Montegancedo, Edificio CIDA","id_infraestructura_portal":"37","coste_sin_iva":"588000","fecha_compra":"2004-02-11","fecha_alta_inventario":"2004-02-11","numero_inventario":"72765","tiene_manual":"0","tiene_albaranes_facturas":"1","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Sebasti\u00e1n Franchini Longhi","email_responsable_mantenimiento":"s.franchini@upm.es","sector_area":"Sector de la construcci\u00f3n, sector aeroespacial, ingenier\u00eda del viento, energ\u00eda e\u00f3lica, seguidores y colectores solares, puentes colgantes y atirantados.","sirve":"Estudio del efecto del viento sobre todo tipo de obsatculos, edificios, estructuras y vehiculos.\r\nEstudios de aerodin\u00e1mica experimental, en particular los relacionados con la ingenier\u00eda del viento.","uso":"Ensayos sobre diversos tipos de infraestructuras civiles.","relacion":"Desarrollo de recolectores de energia \"energy harvesting\". Control de flujo con actuadores de plasma.","otros":"","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/435\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/438\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/434\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/433\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/436\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/437","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":3593,"name":"T\u00fanel de viento ACLA16","slug":"tunel-de-viento-acla16","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":3593,"term_group":0,"count":0,"id":3593},"3599":{"imagen":false,"descripcion":"Invernaderos de bioseguridad P2","donde":[{"term_id":"252","name":"Centro de Biotecnolog\u00eda y Gen\u00f3mica de Plantas (CBGP)","slug":"centro-de-biotecnologia-y-genomica-de-plantas-cbgp","term_group":"0","term_order":"0","term_taxonomy_id":"252","taxonomy":"donde","description":"","parent":"0","count":"19","object_id":"12360","pod_item_id":"252"}],"departamento":"","ubicacion":"Laboratorio de cultivo de plantas del CBGP","id_infraestructura_portal":"13","coste_sin_iva":"240533","fecha_compra":"2008-02-29","fecha_alta_inventario":"2008-02-29","numero_inventario":"no disponible","tiene_manual":"1","tiene_albaranes_facturas":"1","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Rosendo Garc\u00eda L\u00f3pez - T\u00e9cnico","email_responsable_mantenimiento":"invernaderos.cbgp@upm.es","sector_area":"Investigaci\u00f3n con Cultivo de Plantas","sirve":"5 Compartimentos de 40m2 equipados con sistemas de climatizaci\u00f3n e iluminaci\u00f3n artificial controlados a distancia. Poseen un nivel de contenci\u00f3n biol\u00f3gica P2 que permite trabajar con transg\u00e9nicos.","uso":"Cultivo de plantas transg\u00e9nicas.","relacion":"","otros":"Para m\u00e1s informaci\u00f3n: http:\/\/www.cbgp.upm.es\/index.php\/es\/servicios\/servicio-cultivo-plantas","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/13\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/556","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":3599,"name":"Invernaderos de bioseguridad P2","slug":"invernaderos-de-bioseguridad-p2","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":3599,"term_group":0,"count":1,"id":3599},"3601":{"imagen":false,"descripcion":"Laboratorio de Cultivo de Plantas - Invernadero del CBGP","donde":[{"term_id":"252","name":"Centro de Biotecnolog\u00eda y Gen\u00f3mica de Plantas (CBGP)","slug":"centro-de-biotecnologia-y-genomica-de-plantas-cbgp","term_group":"0","term_order":"0","term_taxonomy_id":"252","taxonomy":"donde","description":"","parent":"0","count":"19","object_id":"12360","pod_item_id":"252"}],"departamento":"","ubicacion":"Invernadero del CBGP","id_infraestructura_portal":"415","coste_sin_iva":"0","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"No dispone","tiene_manual":"0","tiene_albaranes_facturas":"0","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Rosendo Garc\u00eda L\u00f3pez - T\u00e9cnico","email_responsable_mantenimiento":"invernaderos.cbgp@upm.es","sector_area":"Cultivo de plantas","sirve":"Un laboratorio de cultivo de plantas (LCP) de 542 m2 que contiene 18 c\u00e1maras de cultivo de condiciones controladas, programables independientemente en valores de temperatura, humedad, intensidad de luz y duraci\u00f3n del fotoperiodo. Incluye un laboratorio para la realizaci\u00f3n de distintos trabajos como extracci\u00f3n de muestras, recolecci\u00f3n de semillas, preparaci\u00f3n de medios, realizaci\u00f3n de fotograf\u00edas, etc. Para ello cuenta con diverso equipamiento como autoclave, campanas de flujo laminar, c\u00e1mara frigor\u00edfica, etc.","uso":"El personal de cultivo de plantas ofrece a los usuarios los siguientes servicios: producci\u00f3n de plantas, elaboraci\u00f3n de semilleros, trasplantes, recolecci\u00f3n de semillas, entutorados, preparaci\u00f3n de medios, abonados y tratamientos fitosanitarios. Adem\u00e1s realiza de forma rutinaria las labores de riego, mantenimiento y limpieza de las instalaciones.","relacion":"","otros":"Para m\u00e1s informaci\u00f3n: http:\/\/www.cbgp.upm.es\/index.php\/es\/servicios\/servicio-cultivo-plantas","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/554\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/555","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":3601,"name":"Laboratorio de Cultivo de Plantas","slug":"laboratorio-de-cultivo-de-plantas","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":3601,"term_group":0,"count":0,"id":3601},"3604":{"imagen":false,"descripcion":"Invernadero (M\u00f3dulos) del CBGP","donde":[{"term_id":"252","name":"Centro de Biotecnolog\u00eda y Gen\u00f3mica de Plantas (CBGP)","slug":"centro-de-biotecnologia-y-genomica-de-plantas-cbgp","term_group":"0","term_order":"0","term_taxonomy_id":"252","taxonomy":"donde","description":"","parent":"0","count":"19","object_id":"12360","pod_item_id":"252"}],"departamento":"","ubicacion":"Invernadero del CBGP","id_infraestructura_portal":"416","coste_sin_iva":"0","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"No dispone","tiene_manual":"0","tiene_albaranes_facturas":"0","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Rosendo Garc\u00eda L\u00f3pez - T\u00e9cnico","email_responsable_mantenimiento":"invernaderos.cbgp@upm.es","sector_area":"Cultivo de plantas","sirve":"Un invernadero de 1200 m2 dividido en 18 compartimentos, equipados con sistemas de climatizaci\u00f3n e iluminaci\u00f3n artificial controlados a distancia. 13 de estos compartimentos, de 47 m2 cada uno, son de prop\u00f3sito general, y los 5 restantes, de 40m2, poseen un nivel de contenci\u00f3n biol\u00f3gica P2 que permite trabajar con transg\u00e9nicos.","uso":"El personal de cultivo de plantas ofrece a los usuarios los siguientes servicios: producci\u00f3n de plantas, elaboraci\u00f3n de semilleros, trasplantes, recolecci\u00f3n de semillas, entutorados, preparaci\u00f3n de medios, abonados y tratamientos fitosanitarios. Adem\u00e1s realiza de forma rutinaria las labores de riego, mantenimiento y limpieza de las instalaciones.","relacion":"","otros":"Para m\u00e1s informaci\u00f3n: http:\/\/www.cbgp.upm.es\/index.php\/es\/servicios\/servicio-cultivo-plantas","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/553\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/552","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":3604,"name":"Invernadero (M\u00f3dulos) del CBGP","slug":"invernadero-modulos-del-cbgp","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":3604,"term_group":0,"count":0,"id":3604},"3673":{"imagen":false,"descripcion":"El Laboratorio de Puertos y Costas de la Universidad Polit\u00e9cnica de Madrid consta de un canal de longitud 52 metros, con secci\u00f3n transversal de 1.00 metro de ancho por 1.50 metros de altura y tiene una capacidad de generaci\u00f3n de oleaje regular e irregular de hasta 0.45 m en una profundidad de 1.00 metro. Presenta control de absorci\u00f3n del oleaje reflejado y controla la disipaci\u00f3n mediante espuma de poliuretano. Tambi\u00e9n se dispone de un tanque o piscina de ensayos tridimensionales, que ocupa la parte central de la nave, tiene una profundidad de 1.36 metros, una anchura de 11 metros y una longitud de 33 m.   El fondo del mismo est\u00e1 terminado con pavimento de terrazo \u00bfin situ\u00bf y las paredes verticales en loseta continua, dotadas de un sistema de anti reflexi\u00f3n mediante espumas de poliuretano de 10 ppi. Se genera oleaje multidireccional con control de absorci\u00f3n, con movimiento individual de palas, pudiendo llenar hasta 1.00 m. El aparato generador de oleaje est\u00e1 constituido por 16 paletas de 0.70 metros de frente y 1.30 metros de altura, con las prestaciones siguientes: H = 0.25 m en una l\u00e1mina de agua de 0.60 m.  La informatizaci\u00f3n del proceso de generaci\u00f3n y calibraci\u00f3n del oleaje se compone de una estaci\u00f3n de trabajo, una tarjeta de comunicaciones, una unidad conversora y una interface con tarjeta de conexi\u00f3n para un m\u00ednimo de 8 canales anal\u00f3gicos de entrada en forma diferencial o 16 canales forma com\u00fan y 2 canales tambi\u00e9n anal\u00f3gicos de salida. Las instalaciones se complementan con equipos de medida de oleaje, programaci\u00f3n y calibrado, adquisici\u00f3n y an\u00e1lisis de datos y un peque\u00f1o centro de c\u00e1lculo con modelos matem\u00e1ticos y num\u00e9ricos de contraste.","donde":[{"term_id":"346","name":"Environment Coast and Ocean Research Laboratory","slug":"environment-coast-and-ocean-research-laboratory","term_group":"0","term_order":"0","term_taxonomy_id":"346","taxonomy":"donde","description":"","parent":"0","count":"2","object_id":"11789","pod_item_id":"346"}],"departamento":"","ubicacion":"Laboratorio de Puertos, ETS Ingenieros de Caminos, Canales y Puertos","id_infraestructura_portal":"387","coste_sin_iva":"1000000","fecha_compra":"2008-06-08","fecha_alta_inventario":"2008-06-08","numero_inventario":"04A.S2.999.X","tiene_manual":"1","tiene_albaranes_facturas":"1","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Jos\u00e9 Luis Orts Egio","email_responsable_mantenimiento":"joseluis.orts@upm.es","sector_area":"Hidr\u00e1ulica, Energ\u00eda y Medio Ambiente. Ingenier\u00eda Mar\u00edtima","sirve":"La instalaci\u00f3n sirve para hacer ensayos hidrodin\u00e1micos en escala 1\/50 a 1\/150 en piscina de 33 m x 11 m x 1.20 m, fundamentamente de comportamiento ante la agitaci\u00f3n interior de instalaciones portuarias y de elementos flotantes, tanto barcos como dispositivos de energ\u00eda e\u00f3lica marina. Al disponer de un canal de 52 m de longitud, 1.50 m de ancho permite el an\u00e1lisis de secciones tipo de diques, tanto rompeolas como verticales frente a oleaje, esfuerzos derivados del oleaje o funcionalidad, remonte y rebase.","uso":"En estos dos \u00faltimos a\u00f1os 2020 y 2021 se han ensayado cuatro plataformas flotantes tipo barge, de la tecnolog\u00eda TRIWIND y se est\u00e1 ensayando el comportamiento a estabilidad estructural y funcional de un puerto en el Pa\u00eds Vasco.","relacion":"Mercado e\u00f3lico marino y Agenda 2030 con los objetivos de desarrollo sostenible, ODS 7, Energ\u00edas limpias, ODS 13 Acci\u00f3n por el clima, ODS 14, vida submarina y ODS 11 Ciudades y comunidades sostenibles, mejorando la armon\u00eda con el medio f\u00edsico y la interacci\u00f3n tierra - mar.","otros":"Es una instalaci\u00f3n puntera tanto a nivel f\u00edsico como de equipamiento e instrumentaci\u00f3n","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/576\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/577","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":3673,"name":"Tanque de ensayos del Laboratorio de Puertos de la Escuela T\u00e9cnica Superior de Ingenieros de Caminos, Canales y Puertos","slug":"tanque-de-ensayos-del-laboratorio-de-puertos-de-la-escuela-tecnica-superior-de-ingenieros-de-caminos-canales-y-puertos","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":3673,"term_group":0,"count":0,"id":3673},"3675":{"imagen":false,"descripcion":"Laboratorio de Puertos","donde":[{"term_id":"346","name":"Environment Coast and Ocean Research Laboratory","slug":"environment-coast-and-ocean-research-laboratory","term_group":"0","term_order":"0","term_taxonomy_id":"346","taxonomy":"donde","description":"","parent":"0","count":"2","object_id":"11789","pod_item_id":"346"}],"departamento":"","ubicacion":"ETS Ingenieros de Caminos, Canales y Puertos","id_infraestructura_portal":"300","coste_sin_iva":"0","fecha_compra":"1968-05-30","fecha_alta_inventario":"1968-05-30","numero_inventario":"04A.S2.999.X","tiene_manual":"0","tiene_albaranes_facturas":"0","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Jos\u00e9 Luis Orts Egio","email_responsable_mantenimiento":"joseluis.orts@upm.es","sector_area":"Ingenier\u00eda Mar\u00edtima","sirve":"Los objetivos de la instalaci\u00f3n son docente e investigador en el campo de la experimentaci\u00f3n en modelo f\u00edsico a escala reducida de obras mar\u00edtimas, portuarias y costeras.","uso":"Las l\u00edneas de trabajo en la actividad docente se centran en tres grandes corrientes; la primera, la fiabilidad de las obras de abrigo, diques en talud, verticales, mixtos y especiales; la segunda, de energ\u00edas marinas, recursos y dispositivos,  y, la tercera, el paisaje, la sostenibilidad y el an\u00e1lisis de las \u00e1reas sensibles, as\u00ed como, la lucha y protecci\u00f3n ambiental de la costa.\r\nlas l\u00edneas de investigaci\u00f3n actuales se centran en tres grandes tareas; la primera, la fiabilidad de las obras de abrigo en todas sus tipolog\u00edas, incluyendo los diques especiales;  la segunda, las energ\u00edas marinas, tanto la e\u00f3lica en sus recursos y cimentaciones, como las derivadas del oleaje, la marea y la corriente. Finalmente, la tercera, la sostenibilidad, el an\u00e1lisis de las \u00e1reas sensibles, el paisaje natural construido, destruido y recuperado, as\u00ed como, la lucha contra la erosi\u00f3n y la protecci\u00f3n ambiental de la costa.","relacion":"Obejtivos ODS de la ONU en los apartados 7, 13 y 14.","otros":"El laboratorio consta de un canal de 52 m de largo, con secci\u00f3n transversal de 1 metro de ancho por 1,5 metros de altura y tiene una capacidad de generaci\u00f3n de oleaje regular e irregular de hasta 0,45 m en una profundidad de 1 metro. Presenta control de absorci\u00f3n del oleaje reflejado y controla la disipaci\u00f3n mediante espuma de poliuretano. El tanque de ensayos tridimensionales, que ocupa la parte central de la nave, tiene una profundidad de 1,36 metros, una anchura de 11 metros y una longitud de 33 m. El fondo del mismo est\u00e1 terminado con pavimento de terrazo \u00bfin situ\u00bf y las paredes verticales en loseta continua, dotadas de un sistema de antireflexi\u00f3n mediante espumas de poliuretano de 10 ppi, genera oleaje multidireccional con control de absorci\u00f3n, con movimiento individual de palas, pudiendo llenar hasta 1 m. El aparato generador de oleaje est\u00e1 constituido por 16 paletas de 0,70 m de frente y 1,30 m de altura, con las prestaciones siguientes: H = 0,25 m en un calado de 0,6 m.","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/294\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/313\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/295\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/312","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":3675,"name":"Nave de Ensayos del Laboratorio de Puertos, ETS Ingenieros de Caminos, Canales y Puertos","slug":"nave-de-ensayos-del-laboratorio-de-puertos-ets-ingenieros-de-caminos-canales-y-puertos","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":3675,"term_group":0,"count":0,"id":3675},"3679":{"imagen":false,"descripcion":"Servicio de Metabol\u00f3mica \/ Espectometr\u00eda de masas del CBGP","donde":[{"term_id":"252","name":"Centro de Biotecnolog\u00eda y Gen\u00f3mica de Plantas (CBGP)","slug":"centro-de-biotecnologia-y-genomica-de-plantas-cbgp","term_group":"0","term_order":"0","term_taxonomy_id":"252","taxonomy":"donde","description":"","parent":"0","count":"19","object_id":"12360","pod_item_id":"252"}],"departamento":"","ubicacion":"Sala S51 (s\u00f3tano) del edificio principal del CBGP (UPM-INIA)","id_infraestructura_portal":"413","coste_sin_iva":"0","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"37A.S1 .027.0 0051S - SALA DE METABOLOMICA","tiene_manual":"0","tiene_albaranes_facturas":"0","mantenimiento_ok":"0","nombre_responsable_mantenimiento":"Stephan Pollmann - Profesor Titular de Universidad","email_responsable_mantenimiento":"stephan.pollmann@upm.es","sector_area":"Espectometr\u00eda de masas","sirve":"El laboratorio de metabol\u00f3mica est\u00e1 dotado de equipos para la extracci\u00f3n, prepurificaci\u00f3n y derivatizaci\u00f3n de mol\u00e9culas de peque\u00f1o tama\u00f1o, as\u00ed como de un espectr\u00f3metro de masas con triple cuadrupolo unido a un cromat\u00f3grafo de gases (GC-QqQ-MS\/MS), y un espectr\u00f3metro de masas h\u00edbrido (ESI-Qq-TOF-MS\/MS) que puede acoplarse a un equipo de cromatograf\u00eda l\u00edquida de ultra altas prestaciones  (UHPLC) o bien a un sistema nanoLC.","uso":"Este equipamiento permite tanto la detecci\u00f3n de metabolitos y mol\u00e9culas de peque\u00f1o tama\u00f1o como su uso en la secuenciaci\u00f3n de novo de prote\u00ednas y p\u00e9pticos. Los servicios ofrecidos cubren la cuantificaci\u00f3n absoluta de compuestos de inter\u00e9s, como hormonas vegetales, amino\u00e1cidos, carbohidratos, y sus derivados. Existe la posibilidad tanto de realizar an\u00e1lisis estad\u00edsticos suplementarios como de ofrecer soluciones a problemas particulares.","relacion":"","otros":"Este laboratorio pertenece a la red de laboratorio de la Comunidad de Madrid. 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Tambi\u00e9n permite el registro de actividad el\u00e9ctrica cerebral en animal anestesiado tras la aplicaci\u00f3n de un est\u00edmulo el\u00e9ctrico (potenciales evocados). Permite registrar m\u00faltiples se\u00f1ales al mismo tiempo.","uso":"Permite observar el efecto neurol\u00f3gico de tratamientos y realizar modelos de enfermedades neurodegenerativas. Tambi\u00e9n se usa para observar c\u00f3mo responden los ratones a un da\u00f1o cerebral y poder monitorizar el efecto de los tratamientos que pueden ayudar a revertirlo. Estudio de patolog\u00edas asociadas a des\u00f3rdenes cerebrales: Alzheimer, ictus, Parkinson.","relacion":"","otros":"","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/619\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/620","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":4026,"name":"Plataforma de electrofisiolog\u00eda en peque\u00f1o roedor","slug":"plataforma-de-electrofisiologia-en-pequeno-roedor","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":4026,"term_group":0,"count":0,"id":4026},"4028":{"imagen":false,"descripcion":"Unidad de Cultivos Celulares dotada con equipamiento para la realizaci\u00f3n de experimentaci\u00f3n con diferentes modelos de l\u00edneas celulares de origen animal, incluyendo las l\u00edneas celulares de origen humano. a Unidad se compone de un laboratorio de nivel de contenci\u00f3n biol\u00f3gica 1 (NCB1), un laboratorio de nivel de contenci\u00f3n biol\u00f3gica 2 (NCB2) y una zona de lavado y esterilizaci\u00f3n com\u00fan. El laboratorio NCB1 est\u00e1 formado por: Una cabina de flujo laminar horizontal TELSTAR 3 incubadores de CO2 Thermo con sensor de infrarrojos y camisa de agua de 80 L y un incubador CO2 Lab-Line para el mantenimiento de cultivos celulares. Un lector de placas por absorbancia Una centr\u00edfuga refrigerada Hettich Rotina Un congelador hasta -80\u00b0C Una nevera con rango de temperaturas entre -4 y 20\u00b0C 2 cabinas de flujo laminar vertical clase II Nuaire El laboratorio NCB2 est\u00e1 formado por: Una cabina de flujo laminar clase II Nuaire Un incubador CO2 Thermo Scientific 3111 Water Jacket con sensor de infrarrojo y camisa de agua de 80 L Una centr\u00edfuga HERMLE Z306 Un microscopio \u00f3ptico Olympus IX71","donde":[{"term_id":"556","name":"Centro de Tecnolog\u00eda Biom\u00e9dica (CTB)","slug":"centro-de-tecnologia-biomedica-ctb","term_group":"0","term_order":"0","term_taxonomy_id":"556","taxonomy":"donde","description":"","parent":"0","count":"84","object_id":"12498","pod_item_id":"556"}],"departamento":"","ubicacion":"Centro de Tecnolog\u00eda Biom\u00e9dica","id_infraestructura_portal":"484","coste_sin_iva":"75000","fecha_compra":"2011-01-18","fecha_alta_inventario":"2011-01-18","numero_inventario":"4002505; 4005120; 142973; 4003310; 4007040","tiene_manual":"1","tiene_albaranes_facturas":"1","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Milagros Ramos","email_responsable_mantenimiento":"milagros.ramos@ctb.upm.es","sector_area":"Salud, cultivos celulares, cultivos primarios, l\u00edneas celulares, viabilidad celular, MTT","sirve":"La Unidad cuenta con cabinas de flujo laminar de seguridad biol\u00f3gica (CSB) tipo II adecuadas para garantizar la esterilidad en la zona de trabajo y proteger al investigador de posibles agentes pat\u00f3genos manipulados en su interior. Tambi\u00e9n est\u00e1 dotada con incubadores que permiten el mantenimiento de las condiciones de temperatura, humedad y concentraci\u00f3n de CO2 controladas, congelador, frigor\u00edfico, autoclave, centr\u00edfuga, ba\u00f1os termost\u00e1ticos, etc. El personal t\u00e9cnico de la unidad realiza un estricto control del buen funcionamiento y mantenimiento preventivo tanto de los equipos como de las instalaciones en general, para lo que se han elaborado protocolos espec\u00edficos de funcionamiento. Diariamente se revisan los par\u00e1metros de presi\u00f3n de CO2, humedad y temperatura de los incubadores, el flujo laminar de las cabinas, la temperatura de los frigor\u00edficos y los congeladores, as\u00ed como otros indicadores relevantes.","uso":"Mantenimiento de l\u00edneas celulares (cardiomiocitos, fibroblastos, osteoblastos, neuronas, c\u00e9lulas de gl\u00eda, c\u00e9lulas madre mesenquimales, condrocitos, c\u00e9lulas de retina, c\u00e9lulas de melanoma) y humanas (glioblastomas), cultivos primarios de tejidos u \u00f3rganos de rat\u00f3n (cerebelo, corteza, hipocampo o c\u00e9lulas de m\u00e9dula), suministro de l\u00edneas celulares congeladas o en flask, ensayos de viabilidad celular (MTT, XTT, calce\u00edna AM), an\u00e1lisis de viabilidad sobre distintas superficies y evaluaci\u00f3n de toxicidad de biomateriales o nanopart\u00edculas.","relacion":"","otros":"","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/601\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/600","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":4028,"name":"Unidad de cultivos celulares","slug":"unidad-de-cultivos-celulares","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":4028,"term_group":0,"count":0,"id":4028},"4032":{"imagen":false,"descripcion":"El animalario del CTB tiene una superficie de 55 m\u00b2; la superficie interior \u00fatil total es de 30m\u00b2, distribuidos de la siguiente forma:  -  Dos zonas independientes para la estabulaci\u00f3n de roedores.  - Zona de cuarentena.   - Vest\u00edbulo.   -  Peque\u00f1o almac\u00e9n con capacidad de fungibles para una semana de funcionamiento.  - Zona experimental de laboratorio para quir\u00f3fano  y  estudios  de  comportamiento.  -  Zona de instalaciones.     La instalaci\u00f3n proporciona un ambiente controlado para los animales, con control peri\u00f3dico de dieta, agua, temperatura, aire, ciclo de luz\/oscuridad natural, condiciones de vivienda y manejo, adem\u00e1s del control de la calidad microbiol\u00f3gica y gen\u00e9tica de los animales utilizados en la experimentaci\u00f3n rutinaria y ex\u00e1menes sanitarios peri\u00f3dicos.","donde":[{"term_id":"556","name":"Centro de Tecnolog\u00eda Biom\u00e9dica (CTB)","slug":"centro-de-tecnologia-biomedica-ctb","term_group":"0","term_order":"0","term_taxonomy_id":"556","taxonomy":"donde","description":"","parent":"0","count":"84","object_id":"12498","pod_item_id":"556"}],"departamento":"","ubicacion":"Centro de Tecnolog\u00eda Biom\u00e9dica (CTB)","id_infraestructura_portal":"459","coste_sin_iva":"239827","fecha_compra":"2015-04-20","fecha_alta_inventario":"2015-09-11","numero_inventario":"4010655","tiene_manual":"0","tiene_albaranes_facturas":"1","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Daniel Gonz\u00e1lez","email_responsable_mantenimiento":"daniel.gonzalez@ctb.upm.es","sector_area":"Salud, roedores, animales transg\u00e9nicos","sirve":"Instalaciones preparadas para la cr\u00eda, estabulaci\u00f3n y uso de ratones silvestres y modificados gen\u00e9ticamente.","uso":"Alberga los siguientes tipo de roedores:\r\n1.  Ratones modificados gen\u00e9ticamente 5xFAD, para emular la enfermedad de Alzheimer. \r\n2.  Ratones modificados gen\u00e9ticamente que expresan la prote\u00edna fluorescente verde (EGFP). \r\n3. Ratones silvestres de fondo gen\u00e9tico CD-1. \r\n4. Ratones silvestres de fondo gen\u00e9tico C57Bl6.","relacion":"","otros":"","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/592\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/623","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":4032,"name":"Animalario","slug":"animalario","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":4032,"term_group":0,"count":0,"id":4032},"4042":{"imagen":false,"descripcion":"Microscopio electr\u00f3nico de transmisi\u00f3n Jeol 1011 (100 Kv) equipado con una c\u00e1mara Gatan-Orius de 11 Mpx. Incluye los medios necesarios para el procesamiento previo de tejidos biol\u00f3gicos.","donde":[{"term_id":"556","name":"Centro de Tecnolog\u00eda Biom\u00e9dica (CTB)","slug":"centro-de-tecnologia-biomedica-ctb","term_group":"0","term_order":"0","term_taxonomy_id":"556","taxonomy":"donde","description":"","parent":"0","count":"84","object_id":"12498","pod_item_id":"556"}],"departamento":"","ubicacion":"Centro de Tecnolog\u00eda Biom\u00e9dica","id_infraestructura_portal":"461","coste_sin_iva":"335417","fecha_compra":"2013-01-25","fecha_alta_inventario":"2013-01-25","numero_inventario":"4002843","tiene_manual":"1","tiene_albaranes_facturas":"1","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Javier de Felipe","email_responsable_mantenimiento":"javier.defelipe@ctb.upm.es","sector_area":"imagen, bioimagen, nanopart\u00edculas, micropart\u00edculas, TEM","sirve":"El TEM permite la toma de im\u00e1genes de im\u00e1genes 2D de muestras biol\u00f3gicas y de materiales inorg\u00e1nicos con resoluci\u00f3n nanom\u00e9trica.","uso":"Toma de im\u00e1genes 2D de todo tipo de tejidos biol\u00f3gicos.","relacion":"","otros":"","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/589\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/616","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":4042,"name":"Microscopio Electr\u00f3nico de Transmisi\u00f3n (TEM)","slug":"microscopio-electronico-de-transmision-tem","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":4042,"term_group":0,"count":0,"id":4042},"4050":{"imagen":false,"descripcion":"Servicio de Microscop\u00eda del CBGP","donde":[{"term_id":"252","name":"Centro de Biotecnolog\u00eda y Gen\u00f3mica de Plantas (CBGP)","slug":"centro-de-biotecnologia-y-genomica-de-plantas-cbgp","term_group":"0","term_order":"0","term_taxonomy_id":"252","taxonomy":"donde","description":"","parent":"0","count":"19","object_id":"12360","pod_item_id":"252"}],"departamento":"","ubicacion":"Sala S38 (Planta s\u00f3tano) del edificio principal del CBGP (UPM-INIA)","id_infraestructura_portal":"412","coste_sin_iva":"0","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"37A.S1.019.0 0036S - SALA DE MICROSCOPIA","tiene_manual":"1","tiene_albaranes_facturas":"1","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Pablo Gonz\u00e1lez-Melendi de Le\u00f3n - Profesor Titular de Universidad","email_responsable_mantenimiento":"pablo.melendi@upm.es","sector_area":"Microscop\u00eda","sirve":"Equipos para preparaci\u00f3n de muestras para la captaci\u00f3n y seguimiento de im\u00e1genes en alta resoluci\u00f3n.","uso":"Investigaci\u00f3n en Biotecnolog\u00eda de plantas y microorganismos","relacion":"","otros":"El servicio de microscop\u00eda es miembro de: Red Espa\u00f1ola de Microscop\u00eda \u00d3ptica Avanzada (REMOA). Para m\u00e1s informaci\u00f3n acerca de este servicio:http:\/\/www.cbgp.upm.es\/index.php\/es\/servicios\/servicio-microscopia\r\n\r\nPlataforma de Microscop\u00eda para Biociencias. \r\nRed de Laboratorios e Infraestructuras de la Comunidad de Madrid\r\nhttp:\/\/www.cbgp.upm.es\/index.php\/es\/servicios\/servicio-microscopia","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/583\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/584","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":4050,"name":"Microscop\u00eda","slug":"microscopia","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":4050,"term_group":0,"count":1,"id":4050},"4053":{"imagen":false,"descripcion":"Plataforma con capacidad de procesado y an\u00e1lisis de datos desde un punto de vista estad\u00edstico, as\u00ed como de la aplicaci\u00f3n de enfoques de machine learning (aprendizaje autom\u00e1tico) a niveles descriptivo y predictivo sobre grandes vol\u00famenes de datos cl\u00ednicos. Se hace uso de servidores de alto rendimiento para la computaci\u00f3n y entrenamiento de modelos en base a la aplicaci\u00f3n de algoritmos de inteligencia artificial.","donde":[{"term_id":"556","name":"Centro de Tecnolog\u00eda Biom\u00e9dica (CTB)","slug":"centro-de-tecnologia-biomedica-ctb","term_group":"0","term_order":"0","term_taxonomy_id":"556","taxonomy":"donde","description":"","parent":"0","count":"84","object_id":"12498","pod_item_id":"556"}],"departamento":"","ubicacion":"Centro de Tecnolog\u00eda Biom\u00e9dica (CTB)","id_infraestructura_portal":"485","coste_sin_iva":"1471","fecha_compra":"2019-11-27","fecha_alta_inventario":"2019-11-27","numero_inventario":"4020022","tiene_manual":"0","tiene_albaranes_facturas":"1","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Alejandro Rodr\u00edguez","email_responsable_mantenimiento":"alejandro.rodriguez@ctb.upm.es","sector_area":"Salud, hospitales, sistema de salud, sector farmac\u00e9utico, computaci\u00f3n, inteligencia artificial.","sirve":"Las t\u00e9cnicas permiten obtener informaci\u00f3n descriptiva que describa los datos y sus potenciales relaciones. La aplicaci\u00f3n de t\u00e9cnicas de aprendizaje autom\u00e1tico permite la generaci\u00f3n de modelos predictivos en base al problema planteado.","uso":"Aplicaci\u00f3n para an\u00e1lisis de datos y para generar perfiles de pacientes de cualquier patolog\u00eda mediante la extracci\u00f3n de patrones sobre los datos origen.","relacion":"","otros":"","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/602\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/625","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":4053,"name":"Plataforma IA de an\u00e1lisis descriptivo y predictivo de datos cl\u00ednicos","slug":"plataforma-ia-de-analisis-descriptivo-y-predictivo-de-datos-clinicos","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":4053,"term_group":0,"count":0,"id":4053},"4067":{"imagen":false,"descripcion":"LEHA (Laboratorio de Ensayos y Homologaci\u00f3n de Antenas) ha estado trabajando en Mediciones de Antena desde 1980 para actividades industriales, investigaci\u00f3n y fines educativos, y est\u00e1 incluido en el Grupo de Radiaci\u00f3n (GR) del Departamento de SSR de la UPM.   El director de calidad de LEHA es el Prof. Manuel Sierra Casta\u00f1er y la directora t\u00e9cnica es la Prof. Bel\u00e9n Galocha Irag\u00fcen. El personal de LEHA esta formado por el ingeniero Pablo Caballero, el ingeniero Xiaoliang Sun y el t\u00e9cnico Cristian Mart\u00ednez. Un n\u00famero variable de estudiantes de tesis de maestr\u00eda tambi\u00e9n colabora en LEHA.   LEHA se reorganiza con la acreditaci\u00f3n ISO 17025 para la medici\u00f3n de antenas.   LEHA est\u00e1 incluido en la red: RLA de la iniciativa Madri+d (Comunidad de Madrid).","donde":[{"term_id":"460","name":"Grupo de Radiaci\u00f3n","slug":"grupo-de-radiacion","term_group":"0","term_order":"0","term_taxonomy_id":"460","taxonomy":"donde","description":"Nuestro grupo tiene una amplia experiencia en I+D+i en los siguientes temas:\n\n<strong>Dise&ntilde;o, construcci&oacute;n y medida de antenas<\/strong> para todo tipo de aplicaciones (Comunicaciones terrestres, comunicaciones por sat&eacute;lite, radar, etc.)\n<strong>An&aacute;lisis y Evaluaci&oacute;n de Compatibilidad Electromagn&eacute;tica de sistemas complejos<\/strong> (compatibilidad en buques, EMI, etc.)\n<strong>Dise&ntilde;o, construcci&oacute;n y Medida de Sistemas de Radiofrecuencia<\/strong> (Amplificadores de Bajo Nivel de Ruido, Mezcladores, Osciladores, componentes pasivos&hellip;) desde UHF hasta Terahercios.\n<strong>An&aacute;lisis y Dise&ntilde;o mediante Simulaci&oacute;n de Sistemas y Redes de Radiocomunicaciones<\/strong> (Sistemas v&iacute;a Sat&eacute;lite, Sistemas de Comunicaciones M&oacute;viles, Redes de Difusi&oacute;n de TV Digital)\n\n&nbsp;\nNuestro grupo trabaja en las siguientes <strong>l&iacute;neas de investigaci&oacute;n<\/strong>:\n\nDise&ntilde;o y prototipado de antenas reflectoras.\nDise&ntilde;o y prototipado de arrays de antenas.\nMedida de antenas y circuitos de radiofrecuencia.\nAntenas inteligentes y sistemas MIMO para Estaciones Base y Terminales.\nCircuitos de Radiofrecuencia.\nSimulaci&oacute;n y Emulaci&oacute;n de Sistemas de Comunicaciones.\n","parent":"0","count":"7","object_id":"12423","pod_item_id":"460"}],"departamento":"","ubicacion":"ETSIT UPM","id_infraestructura_portal":"508","coste_sin_iva":"0","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"1","tiene_manual":"0","tiene_albaranes_facturas":"0","mantenimiento_ok":"0","nombre_responsable_mantenimiento":"belen@gr.ssr.upm.es","email_responsable_mantenimiento":"manuel.sierra@upm.es","sector_area":"Defensa y Seguridad, Comunicaciones 5G, Comunicaciones por Sat\u00e9lite.","sirve":"Instalaci\u00f3n para medida y Caracterizaci\u00f3n de Antenas desde 660 MHz hasta 110 GHz (Pr\u00f3ximamente hasta 240 GHz).","uso":"Medidas de antenas o materiales en diferentes sistemas. Sistema Esf\u00e9rico, Rango Compacto, Sistema Plano y Cil\u00edndrico.","relacion":"","otros":"","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/635\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/634","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":4067,"name":"LEHA (Laboratorio de Ensayos y Homologaci\u00f3n de Antenas)","slug":"leha-laboratorio-de-ensayos-y-homologacion-de-antenas","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":4067,"term_group":0,"count":2,"id":4067},"4069":{"imagen":false,"descripcion":"El equipo FIB-SEM consiste en un microscopio electr\u00f3nico de barrido (SEM) capaz de tomar im\u00e1genes de alta resoluci\u00f3n y un haz de iones focalizados (FIB) que puede usarse para eliminar capas sucesivas de la muestra. El modelo es ZEISS Crossbeam 540.","donde":[{"term_id":"556","name":"Centro de Tecnolog\u00eda Biom\u00e9dica (CTB)","slug":"centro-de-tecnologia-biomedica-ctb","term_group":"0","term_order":"0","term_taxonomy_id":"556","taxonomy":"donde","description":"","parent":"0","count":"84","object_id":"12498","pod_item_id":"556"}],"departamento":"","ubicacion":"Centro de Tecnolog\u00eda Biom\u00e9dica","id_infraestructura_portal":"462","coste_sin_iva":"910026","fecha_compra":"2016-02-24","fecha_alta_inventario":"2016-02-24","numero_inventario":"4007505","tiene_manual":"1","tiene_albaranes_facturas":"1","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Javier de Felipe","email_responsable_mantenimiento":"javier.defelipe@ctb.upm.es","sector_area":"imagen, bioimagen, SEM, superficies","sirve":"Este equipo permite la toma de im\u00e1genes de materiales biol\u00f3gicos y materiales inorg\u00e1nicos con alta resoluci\u00f3n utilizando el SEM. Adem\u00e1s, gracias al FIB, permite la toma de im\u00e1genes seriadas de tejidos y su reconstrucci\u00f3n en tres dimensiones.","uso":"Toma de im\u00e1genes seriadas y reconstrucci\u00f3n en 3D de muestras de tejidos biol\u00f3gicos.","relacion":"","otros":"El equipo es especialmente \u00fatil en el estudio del tejido nervioso, dado que permite analizarlo en 3D, lo cual facilita el estudio de la conectividad a nivel sin\u00e1ptico.","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/615\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/590","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":4069,"name":"Microscopio Electr\u00f3nico de Barrido con ca\u00f1\u00f3n de iones focalizados (FIB-SEM)","slug":"microscopio-electronico-de-barrido-con-canon-de-iones-focalizados-fib-sem","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":4069,"term_group":0,"count":0,"id":4069},"4071":{"imagen":false,"descripcion":"Plataforma de an\u00e1lisis de imagen por medio de m\u00e9todos de inteligencia artificial. Cuenta con alta capacidad de computaci\u00f3n, almacenamiento y procesamiento de im\u00e1genes.","donde":[{"term_id":"556","name":"Centro de Tecnolog\u00eda Biom\u00e9dica (CTB)","slug":"centro-de-tecnologia-biomedica-ctb","term_group":"0","term_order":"0","term_taxonomy_id":"556","taxonomy":"donde","description":"","parent":"0","count":"84","object_id":"12498","pod_item_id":"556"}],"departamento":"","ubicacion":"Centro de Tecnolog\u00eda Biom\u00e9dica (CTB)","id_infraestructura_portal":"486","coste_sin_iva":"7873","fecha_compra":"2021-05-21","fecha_alta_inventario":"2021-05-26","numero_inventario":"4023642; 4023827","tiene_manual":"0","tiene_albaranes_facturas":"1","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"\u00c1ngel Garc\u00eda Pedrero","email_responsable_mantenimiento":"angelmario.garcia@upm.es","sector_area":"Salud, observaci\u00f3n de la Tierra, inteligencia artificial, computaci\u00f3n, visi\u00f3n por computador.","sirve":"Permite el an\u00e1lisis de im\u00e1genes de varios sectores como el m\u00e9dico, agr\u00edcola o energ\u00e9tico, entre otros.","uso":"Dentro del sector salud la potencia de computaci\u00f3n y la experiencia del grupo ha permitido el procesado y an\u00e1lisis de diferentes modalidades de im\u00e1genes m\u00e9dicas (histol\u00f3gicas, MRI, TC...) para generar modelos de IA de ayuda al diagn\u00f3stico de diferentes enfermedades (c\u00e1ncer, demencia). Dentro del sector agr\u00edcola, se han desarrollado algoritmos y metodolog\u00edas para mejorar la producci\u00f3n mediante la algoritmos de segmentaci\u00f3n y clasificaci\u00f3n de im\u00e1genes que permiten la detecci\u00f3n de anomal\u00edas (zonas mal regadas, con falta de fertilizante etc).","relacion":"Aplicaci\u00f3n de t\u00e9cnicas de Deep Learning para la generaci\u00f3n de modelos de segmentaci\u00f3n, clasificaci\u00f3n y detecci\u00f3n de objetos.","otros":"","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/626\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/627","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":4071,"name":"Plataforma IA de an\u00e1lisis de imagen","slug":"plataforma-ia-de-analisis-de-imagen","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":4071,"term_group":0,"count":0,"id":4071},"4148":{"imagen":false,"descripcion":"Laboratorio de registro y grabaci\u00f3n de audio y video con un completo equipamiento que permite la realizaci\u00f3n de estudios neurom\u00f3rficos de la voz: C\u00e1mara panelada insonorizada Estudio de grabaci\u00f3n de voz Equipamiento para grabaci\u00f3n de alta calidad Videoendoscopia lar\u00edngea Electroglotograf\u00eda Electromiograf\u00eda facial Actigraf\u00eda Base de datos de habla patol\u00f3gica y normativa.","donde":[{"term_id":"556","name":"Centro de Tecnolog\u00eda Biom\u00e9dica (CTB)","slug":"centro-de-tecnologia-biomedica-ctb","term_group":"0","term_order":"0","term_taxonomy_id":"556","taxonomy":"donde","description":"","parent":"0","count":"84","object_id":"12498","pod_item_id":"556"}],"departamento":"","ubicacion":"Escuela T\u00e9cnica Superior de Ingenieros Inform\u00e1ticos, Laboratorio Neuromorphic Voice Processing, Centro de Tecnolog\u00eda Biom\u00e9dica (CTB)","id_infraestructura_portal":"487","coste_sin_iva":"100000","fecha_compra":"2021-09-16","fecha_alta_inventario":"2021-09-16","numero_inventario":"4024067","tiene_manual":"0","tiene_albaranes_facturas":"0","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Eustaquio Alfonso Castillo Yepes","email_responsable_mantenimiento":"acastillo@fi.upm.es","sector_area":"Salud, biomedicina, neuroling\u00fc\u00edstica cl\u00ednica, seguridad, neurolog\u00eda.","sirve":"El equipamiento del laboratorio permite estudiar procesos neuromotores y neurocognitivos relacionados con el habla y la creaci\u00f3n del discurso hablado, monitorizar los m\u00fasculos de la cara y del cuello para realizar modelado neuromotor de los sistemas fonatorio y articulatorio que pueden aportar informaci\u00f3n diagn\u00f3stica sobre enfermedades neurodegenerativas y neuromotoras, estudios de voz cantada e inspecci\u00f3n lar\u00edngea, estudio de la disartria paraf\u00e1sica neuromotora y cognitiva, procesado avanzado de la voz para la extracci\u00f3n de marcas biom\u00e9tricas y emocionales de la fonaci\u00f3n, y cualquier tipo de grabaciones en modo remoto.","uso":"El laboratorio permite dar soporte a un amplio abanico de casos de uso: diagn\u00f3stico y rehabilitaci\u00f3n de enfermedades neurol\u00f3gicas, monitorizaci\u00f3n y seguimiento del habla de pacientes con Parkinson, Alzheimer y TEA, ejercicios de fonaci\u00f3n y rehabilitaci\u00f3n neuromotora mediante ejercitaci\u00f3n diadococin\u00e9tica, validaci\u00f3n de capacidad neuromotora, aplicaciones para neuroling\u00fc\u00edstica motriz, cognitiva y emocional para auditaje forense y peritaje judicial, visualizaci\u00f3n y evaluaci\u00f3n multinivel del habla con indicadores de fonaci\u00f3n, articulaci\u00f3n, prosodia y fluidez para integraci\u00f3n de conocimiento para explicabilidad cl\u00ednica, rehabilitaci\u00f3n de voz en pacientes con largos periodos de intubaci\u00f3n, evaluaci\u00f3n del resultado de la implantaci\u00f3n de c\u00e9lulas madre en cuerdas vocales, aspectos fonatorios en operaciones de cambio de sexo, medici\u00f3n de la voz en actuaciones de profesionales del canto, o monitorizaci\u00f3n de la veracidad del mensaje hablado y an\u00e1lisis de voz en llamadas telef\u00f3nicas.","relacion":"","otros":"","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/644\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/645","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":4148,"name":"Laboratorio de comunicaci\u00f3n oral","slug":"laboratorio-de-comunicacion-oral","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":4148,"term_group":0,"count":0,"id":4148},"4154":{"imagen":false,"descripcion":"La infraestructura est\u00e1 compuesta por distintos tipos de cromat\u00f3grafos, que permiten separar muestras complejas. Dispone de cromat\u00f3grafos de distintas prestaciones (cromatograf\u00eda l\u00edquida de alta resoluci\u00f3n, cromatograf\u00eda de intercambio i\u00f3nico, cromatograf\u00eda de exclusi\u00f3n molecular, etc.) que se utilizan de manera acoplada en funci\u00f3n del caso de uso abordado.","donde":[{"term_id":"302","name":"Biotecnolog\u00eda Vegetal","slug":"biotecnologia-vegetal","term_group":"0","term_order":"0","term_taxonomy_id":"302","taxonomy":"donde","description":"Estudio de las bases moleculares de procesos fisiol&oacute;gicos y de desarrollo vegetal, para la generaci&oacute;n de herramientas biotecnol&oacute;gicas.\nTrabajamos en cinco <strong>l&iacute;neas principales de investigaci&oacute;n<\/strong>:\n&nbsp;\n\n<strong>Estudio de las bases moleculares de la alergenicidad y la reactividad cruzada de alimentos vegetales.<\/strong> Identificaci&oacute;n y caracterizaci&oacute;n de al&eacute;rgenos vegetales. Dise&ntilde;o de nuevos m&eacute;todos de diagn&oacute;stico molecular. Dise&ntilde;o de nuevas estrategias en inmunoterapia.\n\n&nbsp;\n\n<strong>Estudios computacionales de sistemas macromoleculares en procesos biol&oacute;gicos. <\/strong>C&aacute;lculos de docking. Modelado estructural y propiedades. Mec&aacute;nica Molecular. Din&aacute;mica Molecular.\n\n&nbsp;\n\n<strong>Control circadiano y estacional de los ciclos dormancia-crecimiento en &aacute;rboles. <\/strong>Estudio del control gen&eacute;tico y ambiental de la dormancia invernal. Herramientas para el incremento de la biomasa vegetal le&ntilde;osa. Biotecnolog&iacute;a aplicada a protecci&oacute;n de yemas florales y vegetativas.\n\n<strong>&nbsp;<\/strong>\n\n<strong>Regulaci&oacute;n del crecimiento a&eacute;reo en plantas. <\/strong>Estudio de los mecanismos de control del tiempo de desarrollo. Regulaci&oacute;n del crecimiento meristem&aacute;tico en yemas y cambium vascular.\n\n<strong>&nbsp;<\/strong>\n\n<strong>Desarrollo y crecimiento de &oacute;rganos radiculares<\/strong>. Desarrollo de las herramientas gen&eacute;ticas para modular la arquitectura radicular, la regeneraci&oacute;n de &oacute;rganos y mejorar enraizamiento. Estudio de la pluripotencia y la regeneraci&oacute;n celular.\n","parent":"0","count":"5","object_id":"11184","pod_item_id":"302"},{"term_id":"1526","name":"Plant Biotechnology","slug":"en_plant-biotechnology","term_group":"0","term_order":"0","term_taxonomy_id":"1526","taxonomy":"donde","description":"Estudio de las bases moleculares de procesos fisiol&oacute;gicos y de desarrollo vegetal, para la generaci&oacute;n de herramientas biotecnol&oacute;gicas.\nTrabajamos en cinco <strong>l&iacute;neas principales de investigaci&oacute;n<\/strong>:\n&nbsp;\n\n<strong>Estudio de las bases moleculares de la alergenicidad y la reactividad cruzada de alimentos vegetales.<\/strong> Identificaci&oacute;n y caracterizaci&oacute;n de al&eacute;rgenos vegetales. Dise&ntilde;o de nuevos m&eacute;todos de diagn&oacute;stico molecular. Dise&ntilde;o de nuevas estrategias en inmunoterapia.\n\n&nbsp;\n\n<strong>Estudios computacionales de sistemas macromoleculares en procesos biol&oacute;gicos. <\/strong>C&aacute;lculos de docking. Modelado estructural y propiedades. Mec&aacute;nica Molecular. Din&aacute;mica Molecular.\n\n&nbsp;\n\n<strong>Control circadiano y estacional de los ciclos dormancia-crecimiento en &aacute;rboles. <\/strong>Estudio del control gen&eacute;tico y ambiental de la dormancia invernal. Herramientas para el incremento de la biomasa vegetal le&ntilde;osa. Biotecnolog&iacute;a aplicada a protecci&oacute;n de yemas florales y vegetativas.\n\n<strong>&nbsp;<\/strong>\n\n<strong>Regulaci&oacute;n del crecimiento a&eacute;reo en plantas. <\/strong>Estudio de los mecanismos de control del tiempo de desarrollo. Regulaci&oacute;n del crecimiento meristem&aacute;tico en yemas y cambium vascular.\n\n<strong>&nbsp;<\/strong>\n\n<strong>Desarrollo y crecimiento de &oacute;rganos radiculares<\/strong>. Desarrollo de las herramientas gen&eacute;ticas para modular la arquitectura radicular, la regeneraci&oacute;n de &oacute;rganos y mejorar enraizamiento. Estudio de la pluripotencia y la regeneraci&oacute;n celular.\n","parent":"0","count":"4","object_id":"11184","pod_item_id":"1526"}],"departamento":"","ubicacion":"Centro de Biotecnolog\u00eda y Gen\u00f3mica de Plantas (CBGP)","id_infraestructura_portal":"502","coste_sin_iva":"17995","fecha_compra":"2015-01-08","fecha_alta_inventario":"2015-01-08","numero_inventario":"4010271","tiene_manual":"1","tiene_albaranes_facturas":"1","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Dra. Mar\u00eda Garrido Arandia","email_responsable_mantenimiento":"maria.garrido@upm.es","sector_area":"Salud, Biotecnolog\u00eda, Seguridad Alimentaria","sirve":"Permite la purificaci\u00f3n de prote\u00ednas procedentes de fuentes tanto naturales como recombinantes.","uso":"Purificaci\u00f3n de prote\u00ednas alerg\u00e9nicas procedentes de fuentes naturales (alimentos, polen, \u00e1caros, etc.) y recombinantes (producci\u00f3n en bacterias, levaduras o plantas). Purificaci\u00f3n de ant\u00edgenos virales (Proteina Spike de SARS-CoV-2).","relacion":"","otros":"","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/637\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/636","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":4154,"name":"Infraestructura para purificaci\u00f3n de prote\u00ednas","slug":"infraestructura-para-purificacion-de-proteinas","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":4154,"term_group":0,"count":0,"id":4154},"4156":{"imagen":false,"descripcion":"La infraestructura est\u00e1 compuesta por sistemas electrofor\u00e9ticos, lector de microplacas y espectrofot\u00f3metros.","donde":[{"term_id":"302","name":"Biotecnolog\u00eda Vegetal","slug":"biotecnologia-vegetal","term_group":"0","term_order":"0","term_taxonomy_id":"302","taxonomy":"donde","description":"Estudio de las bases moleculares de procesos fisiol&oacute;gicos y de desarrollo vegetal, para la generaci&oacute;n de herramientas biotecnol&oacute;gicas.\nTrabajamos en cinco <strong>l&iacute;neas principales de investigaci&oacute;n<\/strong>:\n&nbsp;\n\n<strong>Estudio de las bases moleculares de la alergenicidad y la reactividad cruzada de alimentos vegetales.<\/strong> Identificaci&oacute;n y caracterizaci&oacute;n de al&eacute;rgenos vegetales. Dise&ntilde;o de nuevos m&eacute;todos de diagn&oacute;stico molecular. Dise&ntilde;o de nuevas estrategias en inmunoterapia.\n\n&nbsp;\n\n<strong>Estudios computacionales de sistemas macromoleculares en procesos biol&oacute;gicos. <\/strong>C&aacute;lculos de docking. Modelado estructural y propiedades. Mec&aacute;nica Molecular. Din&aacute;mica Molecular.\n\n&nbsp;\n\n<strong>Control circadiano y estacional de los ciclos dormancia-crecimiento en &aacute;rboles. <\/strong>Estudio del control gen&eacute;tico y ambiental de la dormancia invernal. Herramientas para el incremento de la biomasa vegetal le&ntilde;osa. Biotecnolog&iacute;a aplicada a protecci&oacute;n de yemas florales y vegetativas.\n\n<strong>&nbsp;<\/strong>\n\n<strong>Regulaci&oacute;n del crecimiento a&eacute;reo en plantas. <\/strong>Estudio de los mecanismos de control del tiempo de desarrollo. Regulaci&oacute;n del crecimiento meristem&aacute;tico en yemas y cambium vascular.\n\n<strong>&nbsp;<\/strong>\n\n<strong>Desarrollo y crecimiento de &oacute;rganos radiculares<\/strong>. Desarrollo de las herramientas gen&eacute;ticas para modular la arquitectura radicular, la regeneraci&oacute;n de &oacute;rganos y mejorar enraizamiento. Estudio de la pluripotencia y la regeneraci&oacute;n celular.\n","parent":"0","count":"5","object_id":"11184","pod_item_id":"302"},{"term_id":"1526","name":"Plant Biotechnology","slug":"en_plant-biotechnology","term_group":"0","term_order":"0","term_taxonomy_id":"1526","taxonomy":"donde","description":"Estudio de las bases moleculares de procesos fisiol&oacute;gicos y de desarrollo vegetal, para la generaci&oacute;n de herramientas biotecnol&oacute;gicas.\nTrabajamos en cinco <strong>l&iacute;neas principales de investigaci&oacute;n<\/strong>:\n&nbsp;\n\n<strong>Estudio de las bases moleculares de la alergenicidad y la reactividad cruzada de alimentos vegetales.<\/strong> Identificaci&oacute;n y caracterizaci&oacute;n de al&eacute;rgenos vegetales. Dise&ntilde;o de nuevos m&eacute;todos de diagn&oacute;stico molecular. Dise&ntilde;o de nuevas estrategias en inmunoterapia.\n\n&nbsp;\n\n<strong>Estudios computacionales de sistemas macromoleculares en procesos biol&oacute;gicos. <\/strong>C&aacute;lculos de docking. Modelado estructural y propiedades. Mec&aacute;nica Molecular. Din&aacute;mica Molecular.\n\n&nbsp;\n\n<strong>Control circadiano y estacional de los ciclos dormancia-crecimiento en &aacute;rboles. <\/strong>Estudio del control gen&eacute;tico y ambiental de la dormancia invernal. Herramientas para el incremento de la biomasa vegetal le&ntilde;osa. Biotecnolog&iacute;a aplicada a protecci&oacute;n de yemas florales y vegetativas.\n\n<strong>&nbsp;<\/strong>\n\n<strong>Regulaci&oacute;n del crecimiento a&eacute;reo en plantas. <\/strong>Estudio de los mecanismos de control del tiempo de desarrollo. Regulaci&oacute;n del crecimiento meristem&aacute;tico en yemas y cambium vascular.\n\n<strong>&nbsp;<\/strong>\n\n<strong>Desarrollo y crecimiento de &oacute;rganos radiculares<\/strong>. Desarrollo de las herramientas gen&eacute;ticas para modular la arquitectura radicular, la regeneraci&oacute;n de &oacute;rganos y mejorar enraizamiento. Estudio de la pluripotencia y la regeneraci&oacute;n celular.\n","parent":"0","count":"4","object_id":"11184","pod_item_id":"1526"}],"departamento":"","ubicacion":"Centro de Biotecnolog\u00eda y Gen\u00f3mica de Plantas (CBGP)","id_infraestructura_portal":"509","coste_sin_iva":"7500","fecha_compra":"2018-12-03","fecha_alta_inventario":"2018-12-03","numero_inventario":"4017999","tiene_manual":"1","tiene_albaranes_facturas":"1","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Dra. Araceli D\u00edaz Perales","email_responsable_mantenimiento":"araceli.diaz@upm.es","sector_area":"Salud, Biotecnolog\u00eda, Seguridad Alimentaria, Industria farmac\u00e9utica, Biomarcadores diagn\u00f3sticos.","sirve":"Esta vers\u00e1til infraestructura cuenta con numerosos casos de uso potenciales basados en la realizaci\u00f3n de inmunoensayos. En primer lugar permite realizar separaciones de prote\u00ednas en mezclas complejas para la posterior determinaci\u00f3n del perfil proteico de la muestra. Adem\u00e1s, permite realizar ensayos de detecci\u00f3n y cuantificaci\u00f3n de prote\u00ednas diana en muestras de diversa naturaleza.","uso":"Determinaci\u00f3n del contenido alerg\u00e9nico de muestras alimentarias de diversa naturaleza (identificaci\u00f3n de los distintos al\u00e9rgenos de la muestra y cuantificaci\u00f3n relativa de los mismos). Identificaci\u00f3n y cuantificaci\u00f3n de biomarcadores diagn\u00f3sticos en biopsias l\u00edquidas humanas (suero, saliva), como anticuerpos IgE (diagn\u00f3stico de alergia), IgG e IgM (diang\u00f3stico COVID-19), etc. An\u00e1lisis comparativos del contenido de muestras de naturaleza similar mediante ensayos de inhibici\u00f3n (an\u00e1lisis del efecto de distintos procesados en alimentos, comparaci\u00f3n de formulaciones de uso m\u00e9dicos y farmac\u00e9utico, etc.).","relacion":"","otros":"","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/638\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/639","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":4156,"name":"Infraestructura para detecci\u00f3n y cuantificaci\u00f3n de al\u00e9rgenos y biomarcadores","slug":"infraestructura-para-deteccion-y-cuantificacion-de-alergenos-y-biomarcadores","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":4156,"term_group":0,"count":0,"id":4156},"4158":{"imagen":false,"descripcion":"Laboratorio completo compuesto por 2 cabinas de flujo laminar vertical, un incubador de c\u00e9lulas, un microscopio invertido y otros equipos auxiliares que permiten cultivar l\u00edneas celulares humanas creando las condiciones necesarias para su crecimiento y manipulaci\u00f3n segura.","donde":[{"term_id":"302","name":"Biotecnolog\u00eda Vegetal","slug":"biotecnologia-vegetal","term_group":"0","term_order":"0","term_taxonomy_id":"302","taxonomy":"donde","description":"Estudio de las bases moleculares de procesos fisiol&oacute;gicos y de desarrollo vegetal, para la generaci&oacute;n de herramientas biotecnol&oacute;gicas.\nTrabajamos en cinco <strong>l&iacute;neas principales de investigaci&oacute;n<\/strong>:\n&nbsp;\n\n<strong>Estudio de las bases moleculares de la alergenicidad y la reactividad cruzada de alimentos vegetales.<\/strong> Identificaci&oacute;n y caracterizaci&oacute;n de al&eacute;rgenos vegetales. Dise&ntilde;o de nuevos m&eacute;todos de diagn&oacute;stico molecular. Dise&ntilde;o de nuevas estrategias en inmunoterapia.\n\n&nbsp;\n\n<strong>Estudios computacionales de sistemas macromoleculares en procesos biol&oacute;gicos. <\/strong>C&aacute;lculos de docking. Modelado estructural y propiedades. Mec&aacute;nica Molecular. Din&aacute;mica Molecular.\n\n&nbsp;\n\n<strong>Control circadiano y estacional de los ciclos dormancia-crecimiento en &aacute;rboles. <\/strong>Estudio del control gen&eacute;tico y ambiental de la dormancia invernal. Herramientas para el incremento de la biomasa vegetal le&ntilde;osa. Biotecnolog&iacute;a aplicada a protecci&oacute;n de yemas florales y vegetativas.\n\n<strong>&nbsp;<\/strong>\n\n<strong>Regulaci&oacute;n del crecimiento a&eacute;reo en plantas. <\/strong>Estudio de los mecanismos de control del tiempo de desarrollo. Regulaci&oacute;n del crecimiento meristem&aacute;tico en yemas y cambium vascular.\n\n<strong>&nbsp;<\/strong>\n\n<strong>Desarrollo y crecimiento de &oacute;rganos radiculares<\/strong>. Desarrollo de las herramientas gen&eacute;ticas para modular la arquitectura radicular, la regeneraci&oacute;n de &oacute;rganos y mejorar enraizamiento. Estudio de la pluripotencia y la regeneraci&oacute;n celular.\n","parent":"0","count":"5","object_id":"11184","pod_item_id":"302"},{"term_id":"1526","name":"Plant Biotechnology","slug":"en_plant-biotechnology","term_group":"0","term_order":"0","term_taxonomy_id":"1526","taxonomy":"donde","description":"Estudio de las bases moleculares de procesos fisiol&oacute;gicos y de desarrollo vegetal, para la generaci&oacute;n de herramientas biotecnol&oacute;gicas.\nTrabajamos en cinco <strong>l&iacute;neas principales de investigaci&oacute;n<\/strong>:\n&nbsp;\n\n<strong>Estudio de las bases moleculares de la alergenicidad y la reactividad cruzada de alimentos vegetales.<\/strong> Identificaci&oacute;n y caracterizaci&oacute;n de al&eacute;rgenos vegetales. Dise&ntilde;o de nuevos m&eacute;todos de diagn&oacute;stico molecular. Dise&ntilde;o de nuevas estrategias en inmunoterapia.\n\n&nbsp;\n\n<strong>Estudios computacionales de sistemas macromoleculares en procesos biol&oacute;gicos. <\/strong>C&aacute;lculos de docking. Modelado estructural y propiedades. Mec&aacute;nica Molecular. Din&aacute;mica Molecular.\n\n&nbsp;\n\n<strong>Control circadiano y estacional de los ciclos dormancia-crecimiento en &aacute;rboles. <\/strong>Estudio del control gen&eacute;tico y ambiental de la dormancia invernal. Herramientas para el incremento de la biomasa vegetal le&ntilde;osa. Biotecnolog&iacute;a aplicada a protecci&oacute;n de yemas florales y vegetativas.\n\n<strong>&nbsp;<\/strong>\n\n<strong>Regulaci&oacute;n del crecimiento a&eacute;reo en plantas. <\/strong>Estudio de los mecanismos de control del tiempo de desarrollo. Regulaci&oacute;n del crecimiento meristem&aacute;tico en yemas y cambium vascular.\n\n<strong>&nbsp;<\/strong>\n\n<strong>Desarrollo y crecimiento de &oacute;rganos radiculares<\/strong>. Desarrollo de las herramientas gen&eacute;ticas para modular la arquitectura radicular, la regeneraci&oacute;n de &oacute;rganos y mejorar enraizamiento. Estudio de la pluripotencia y la regeneraci&oacute;n celular.\n","parent":"0","count":"4","object_id":"11184","pod_item_id":"1526"}],"departamento":"","ubicacion":"Centro de Biotecnolog\u00eda y Gen\u00f3mica de Plantas (CBGP)","id_infraestructura_portal":"510","coste_sin_iva":"5598","fecha_compra":"2018-05-16","fecha_alta_inventario":"2018-05-16","numero_inventario":"4017338","tiene_manual":"1","tiene_albaranes_facturas":"1","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Dr. Jaime Tom\u00e9 Amat","email_responsable_mantenimiento":"jaime.tome@upm.es","sector_area":"Salud, Biotecnolog\u00eda, Industria Farmac\u00e9utica, Seguridad Alimentaria","sirve":"La infraestructura permite el crecimiento y estudio de l\u00edneas celulares humanas empleadas como modelos que emulan los tejidos, estructuras y funciones propias del cuerpo humano.","uso":"La infraestructura se emplea para el an\u00e1lisis preliminar de la respuesta inmunol\u00f3gica y de toxicidad que tiene lugar al poner en contacto determinadas sustancias con los sistemas del cuerpo humano (determinaci\u00f3n del potencial inmunog\u00e9nico de alimentos procesados, screening de toxicidad de mol\u00e9culas farmacol\u00f3gicas, an\u00e1lisis preliminar de eficacia terap\u00e9utica, etc.).","relacion":"","otros":"","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/641\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/640","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":4158,"name":"Laboratorio de cultivos celulares humanos","slug":"laboratorio-de-cultivos-celulares-humanos","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":4158,"term_group":0,"count":0,"id":4158},"4224":{"imagen":false,"descripcion":"L\u00e1ser de onda continua (MDL H808, PSU-H-LED Fuente de potencia: Changchung New Industries, Changchun Jilin, China). Tiene una longitud de onda a 808nm, con m\u00e1ximo de emisi\u00f3n de potencia a 5W, la altura del haz desde la base es de 29 mm, el di\u00e1metro del haz tiene una apertura de 5-8 mm3, y la cabeza del l\u00e1ser tiene unas dimensiones de 155x77x60x mm3. El l\u00e1ser est\u00e1 conectado al sistema mediante una fibra \u00f3ptica multimodal con centro de di\u00e1metro de 600\u00bfm, una longitud de 1.5 m y una potencia de transmisi\u00f3n de 90-99% (600\u00bfm MM fiber; Changchung, New Industries). La fibra \u00f3ptica tiene un colimador en uno de sus extremos (F-C5-S3-780, Newport Corporation, Irvine, CA).","donde":[{"term_id":"556","name":"Centro de Tecnolog\u00eda Biom\u00e9dica (CTB)","slug":"centro-de-tecnologia-biomedica-ctb","term_group":"0","term_order":"0","term_taxonomy_id":"556","taxonomy":"donde","description":"","parent":"0","count":"84","object_id":"12498","pod_item_id":"556"}],"departamento":"","ubicacion":"Laboratorio  de Bioinstrumentaci\u00f3n y Nanomedicina, Centro de Tecnolog\u00eda Biom\u00e9dica (CTB)","id_infraestructura_portal":"477","coste_sin_iva":"30000","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"N.A.","tiene_manual":"1","tiene_albaranes_facturas":"0","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Jos\u00e9 Javier Serrano Olmedo","email_responsable_mantenimiento":"josejavier.serrano@ctb.upm.es","sector_area":"Salud, Medicina. Desarrollo de tecnolog\u00edas anticancer\u00edgenas, aunque puede ser ampliado a otros sectores y dominios de aplicaci\u00f3n del superparamagnetismo y las nanopart\u00edculas.","sirve":"Permite la generaci\u00f3n de hipertermia a trav\u00e9s del l\u00e1ser emitido por la fibra \u00f3ptica para la eliminaci\u00f3n de tejido tumoral, utilizando distintos tipos de nanopart\u00edculas, principalmente oro. La s\u00edntesis de estas nanopart\u00edculas est\u00e1 dirigida a dotarlas de unas propiedades \u00f3pticas y biol\u00f3gicas determinadas. Prestando especial atenci\u00f3n a dichas propiedades \u00f3pticas, el funcionamiento de las nanopart\u00edculas se debe principalmente a un fen\u00f3meno llamado resonancia de plasmones de superficie, que se da en una regi\u00f3n cerca del infrarrojo (Near Infrared, NIR) a una longitud de onda espec\u00edfica alrededor de 808 nm. Esta es la longitud de onda espec\u00edfica del l\u00e1ser y es invariable. Por tanto, el equipo genera un l\u00e1ser que irradia unas nanopart\u00edculas de diferente naturaleza en unas determinadas condiciones experimentales, que dependen de la l\u00ednea celular y el material de cultivo utilizados, densidad celular, forma, tama\u00f1o y concentraci\u00f3n de nanopart\u00edcula, tiempo de irradiaci\u00f3n y potencia del l\u00e1ser.","uso":"Se utiliza para fines experimentales con c\u00e9lulas in vitro, cambiando los par\u00e1metros del l\u00e1ser a lo largo de la investigaci\u00f3n, dependiendo de las c\u00e9lulas y nanopart\u00edculas utilizadas en ese momento. Las variables son muy importantes ya que sin ellas no se podr\u00edan realizar los experimentos. Para su estandarizaci\u00f3n, se requieren de numerosos estudios experimentales cambiando tanto el tiempo de irradiaci\u00f3n como de potencia para establecer los valores ideales para cada tipo celular y de nanopart\u00edcula. Una vez establecidos los par\u00e1metros, el incremento de temperatura conseguido mediante la irradiaci\u00f3n del l\u00e1ser sobre las NP y su posterior calentamiento, se eval\u00faa la supervivencia celular de las l\u00edneas tumorales utilizadas.\r\nAdem\u00e1s se utiliza tambi\u00e9n para mediciones de temperatura y datos espec\u00edficos a trav\u00e9s de un sensor y un software para experimentos inertes.","relacion":"Tiene relaci\u00f3n con la hipertermia magn\u00e9tica y la nanorrob\u00f3tica, compartiendo el objetivo fundamental de las tres t\u00e9cnicas, la eliminaci\u00f3n selectiva de las c\u00e9lulas tumorales respecto al tejido sano mediante temperatura (\u00f3ptica y magn\u00e9tica) o mediante movimiento (nanorrob\u00f3tica). La hipertermia \u00f3ptica es la m\u00e1s avanzada, aunque a medio plazo las tres t\u00e9cnicas estar\u00e1n listas para la experimentaci\u00f3n in vitro e in vivo. \r\nTambi\u00e9n tiene relaci\u00f3n con la t\u00e9cnica de la obtenci\u00f3n de im\u00e1genes fotoac\u00fasticas (photoacoustic imaging, PAI). Las dos utilizan nanopart\u00edculas, y combinadas mejoran la acumulaci\u00f3n de estas dentro del tumor, aumentando la eficacia precl\u00ednica de ambas t\u00e9cnicas. PAI permite visualizar en tejido vivo las diferentes estructuras anat\u00f3micas en tiempo real. Se basa en la expansi\u00f3n termoel\u00e1stica de las mol\u00e9culas biol\u00f3gicas para generar ondas ac\u00fasticas que se dispersan de forma m\u00ednima, pudiendo ser detectadas incluso en tejidos profundos, convirti\u00e9ndose en im\u00e1genes a tiempo real.","otros":"La hipertermia \u00f3ptica y PAI est\u00e1n llamadas a convertirse en la siguiente generaci\u00f3n de t\u00e9cnicas terap\u00e9uticas no invasivas para combatir el c\u00e1ncer.\r\nLa hipertermia \u00f3ptica adem\u00e1s tiene un efecto sin\u00e9rgico con otras t\u00e9cnicas convencionales para tratar el c\u00e1ncer como son: quimioterapia, radioterapia e inmunoterapia. Hay m\u00faltiples ejemplos donde la nanopart\u00edcula utilizada para la eliminaci\u00f3n de las c\u00e9lulas cancer\u00edgenas est\u00e1 biofuncionalizada (una mol\u00e9cula est\u00e1 adherida en su superficie) con f\u00e1rmacos utilizados en quimioterapia. El ejemplo m\u00e1s caracter\u00edstico es con Doxorrubicina (DOX). Otro ejemplo caracter\u00edstico es la adici\u00f3n de anticuerpos espec\u00edficos frente c\u00e9lulas tumorales, en este caso se emplea la inmunoterapia. Depende del f\u00e1rmaco o mol\u00e9cula biol\u00f3gica con la que se han biofuncionalizado las NPs, se ejerce quimio o inmunoterapia.","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/654\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/655","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":4224,"name":"Equipo de hipertermia \u00f3ptica","slug":"equipo-de-hipertermia-optica","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":4224,"term_group":0,"count":0,"id":4224},"4228":{"imagen":false,"descripcion":"Permite la inducci\u00f3n de movimiento a nanopart\u00edculas magn\u00e9ticas para provocar da\u00f1os en la c\u00e9lula en la que est\u00e1n internalizados, y as\u00ed destruirla. Su componente m\u00e1s voluminoso es un im\u00e1n permanente que permite disponer de una zona de aproximadamente 50x50x20 cm., que tiene una distribuci\u00f3n homog\u00e9nea de campo magn\u00e9tico de intensidad aproximada de 130 mT. Es en ese espacio donde se coloca una bobina de gradiente, fabricada en el laboratorio. Usamos tambi\u00e9n un equipo de ba\u00f1o t\u00e9rmico de agua para aislar el portamuestras del calor producido en la bobina, de manera que no se alteren los resultados por ese motivo.","donde":[{"term_id":"556","name":"Centro de Tecnolog\u00eda Biom\u00e9dica (CTB)","slug":"centro-de-tecnologia-biomedica-ctb","term_group":"0","term_order":"0","term_taxonomy_id":"556","taxonomy":"donde","description":"","parent":"0","count":"84","object_id":"12498","pod_item_id":"556"}],"departamento":"","ubicacion":"Laboratorio  de Bioinstrumentaci\u00f3n y Nanomedicina, Centro de Tecnolog\u00eda Biom\u00e9dica (CTB)","id_infraestructura_portal":"479","coste_sin_iva":"30000","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"N.A.","tiene_manual":"1","tiene_albaranes_facturas":"0","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Jos\u00e9 Javier Serrano Olmedo","email_responsable_mantenimiento":"josejavier.serrano@ctb.upm.es","sector_area":"Salud, Medicina. Desarrollo de tecnolog\u00edas anticancer\u00edgenas, aunque tambi\u00e9n se podr\u00eda extender a otros sectores.","sirve":"Se pretende avanzar en una l\u00ednea de tratamiento del c\u00e1ncer novedosa en cuanto a que el movimiento de las nanopart\u00edculas que se pretende provoque la muerte celular. Se han obtenido resultados positivos en l\u00edneas celulares de osteoblastos. Esta pretende ampliar los tipos celulares y estandarizar los procedimientos. Tenemos el apoyo de un grupo especializado en an\u00e1lisis de viabilidad, con el que se est\u00e1n realizando multitud de experimentos. El objetivo es destruir c\u00e9lulas cancer\u00edgenas mediante inducci\u00f3n de movimiento lineal a nanopart\u00edculas magn\u00e9ticas. Previamente son internalizadas en c\u00e9lulas de l\u00edneas celulares de glioblastoma y melanoma. M\u00e1s adelante, tras resultados positivos, se inocular\u00e1n en ratones de laboratorio.","uso":"Permite realizar pruebas de aplicaci\u00f3n de campo magn\u00e9tico en distintas circunstancias evaluando el da\u00f1o producido en las c\u00e9lulas mediante an\u00e1lisis de viabilidad celular.","relacion":"Sinergia con t\u00e9cnica similar que sigue una estrategia distinta: haciendo rotar las nanopart\u00edculas en lugar de provocar movimiento lineal, de ida y vuelta, a modo de ariete. Esperamos que este tipo de movimiento alcance la capacidad destructiva suficiente y mejore as\u00ed la obtenida por medio de rotaciones.","otros":"","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/656\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/657","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":4228,"name":"Equipo de nanorrob\u00f3tica","slug":"equipo-de-nanorrobotica","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":4228,"term_group":0,"count":0,"id":4228},"4230":{"imagen":false,"descripcion":"Este equipo permite realizar experimentos de excitaci\u00f3n de nanopart\u00edculas magn\u00e9ticas mediante campos electromagn\u00e9ticos alternos para producir la generaci\u00f3n de calor por parte de estas part\u00edculas. El sistema permite trabajar con nanopart\u00edculas en muestras en inertes mediante un calor\u00edmetro para medir la Tasa de Absorci\u00f3n Espec\u00edfica de energ\u00eda (Specific Absorption Rate, o SAR), o energ\u00eda que el campo magn\u00e9tico transmite a las part\u00edculas y que induce un aumento de temperatura de cuya medida se puede deducir el SAR. Tambi\u00e9n permite trabajar con muestras a temperatura fijada externamente de manera que el calor producido solo aumenta localmente la temperatura. En este caso se pueden realizar experimentos con cultivos celulares y con animales peque\u00f1os (ratones), o con otro tipo de muestras. El equipo puede generar excitaciones con cuatro formas de onda no sinusoidales sino de pendiente constante y controlada desde triangular a casi cuadrada, y una quinta se\u00f1al sinusoidal en el rango de 100kHz a 1MHz y hasta 10mT de intensidad de pico. El sistema cuenta con una interfaz de usuario que permite visualizar la corriente y campo magn\u00e9tico en tiempo real. El campo electromagn\u00e9tico est\u00e1 generado a trav\u00e9s una bobina, dentro de la cual se pueden ubicar distintos portamuestras seg\u00fan la necesidad, que garantizan en todo caso el aislamiento de la muestra respecto del calor generado por la propia bobina.","donde":[{"term_id":"556","name":"Centro de Tecnolog\u00eda Biom\u00e9dica (CTB)","slug":"centro-de-tecnologia-biomedica-ctb","term_group":"0","term_order":"0","term_taxonomy_id":"556","taxonomy":"donde","description":"","parent":"0","count":"84","object_id":"12498","pod_item_id":"556"}],"departamento":"","ubicacion":"Laboratorio  de Bioinstrumentaci\u00f3n y Nanomedicina, Centro de Tecnolog\u00eda Biom\u00e9dica (CTB)","id_infraestructura_portal":"478","coste_sin_iva":"150000","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"N.A.","tiene_manual":"1","tiene_albaranes_facturas":"0","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Jos\u00e9 Javier Serrano Olmedo","email_responsable_mantenimiento":"josejavier.serrano@ctb.upm.es","sector_area":"Salud, Medicina. Se usa en el desarrollo de tecnolog\u00edas anticancer\u00edgenas basadas en nanopart\u00edculas magn\u00e9ticas, aunque puede extenderse a otros sectores y dominios de aplicaci\u00f3n del superparamagnetismo.","sirve":"En la hipertermia magn\u00e9tica, las nanopart\u00edculas se utilizan para elevar la temperatura de la c\u00e9lula cancerosa patol\u00f3gica lo suficiente como para inducir su muerte por apoptosis, pero no tanto como para destruirla por ablaci\u00f3n t\u00e9rmica de todo el volumen de tejido, dejando vivas las c\u00e9lulas sanas.","uso":"El tipo de forma de onda es determinante para la eficacia de producci\u00f3n de calor de las nanopart\u00edculas magn\u00e9ticas, de modo que distintas part\u00edculas en distintas matrices maximizan su producci\u00f3n de calor con distinta forma de onda seg\u00fan frecuencia e intensidad del campo magn\u00e9tico.","relacion":"Durante d\u00e9cadas, las se\u00f1ales sinusoidales convencionales se han utilizado exclusivamente en hipertermia magn\u00e9tica como la \u00fanica forma de onda de campo magn\u00e9tico alterno para excitar nanopart\u00edculas magn\u00e9ticas. Sin embargo, otras formas de onda tienen mayor eficiencia. Los resultados experimentales muestran un mayor rendimiento de producci\u00f3n de calor de las nanopart\u00edculas cuando se exponen a se\u00f1ales trapezoidales y casi cuadradas en un 45,73 y 71,49% en el mejor de los casos, respectivamente, sobre las se\u00f1ales sinusoidales convencionales.","otros":"La investigaci\u00f3n en otros sectores como aplicaciones para la sinterizaci\u00f3n de materiales o el desarrollo de sensores basados en calentamiento de part\u00edculas podr\u00edan ser abordados tambi\u00e9n con este equipo.","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/652\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/653","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":4230,"name":"Equipo de hipertermia magn\u00e9tica","slug":"equipo-de-hipertermia-magnetica","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":4230,"term_group":0,"count":0,"id":4230},"4232":{"imagen":false,"descripcion":"El laboratorio cuenta con un autoanalizador de muestras, fot\u00f3metro de llama, lector de placas ELISA, microscopio \u00f3ptico, congelador (hasta -80\u00bf), centr\u00edfuga y contador de c\u00e9lulas.","donde":[{"term_id":"588","name":"Grupo de Investigaci\u00f3n en nutrici\u00f3n, ejercicio y estilo de vida saludable. ImFINE","slug":"grupo-de-investigacion-en-nutricion-ejercicio-y-estilo-de-vida-saludable-imfine","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"donde","description":"Aunque oficialmente se fund&oacute; en el a&ntilde;o 2011, el grupo ImFINE viene trabajando desde hace m&aacute;s de 20 a&ntilde;os en la investigaci&oacute;n dentro del campo de la salud, la nutrici&oacute;n y el ejercicio f&iacute;sico en base a las siguientes l&iacute;neas de investigaci&oacute;n:\n\nInteracci&oacute;n de factores de estilo de vida saludable (ejercicio f&iacute;sico y dieta) en la calidad de vida y el envejecimiento.\nDeterminaci&oacute;n de biomarcadores y estado nutricional y su relaci&oacute;n con par&aacute;metros fisiopatol&oacute;gicos\nNutrici&oacute;n deportiva\nEducaci&oacute;n para la Salud\n\n&nbsp;\nEntre otros proyectos, el grupo ha participado\/participa en los proyectos europeos <a href=\"http:\/\/www.helenastudy.com\/\">HELENA<\/a>, Health(a)ware, HELLP, <a href=\"http:\/\/www.odin-vitd.eu\/\">ODIN<\/a> y en los proyectos nacionales AVENA, <a href=\"http:\/\/www.fen.org.es\/anibes\/\">ANIBES<\/a>, <a href=\"http:\/\/www.predimed.es\/\">PREDIMED PLUS<\/a>, etc.","parent":"0","count":"0","object_id":null,"pod_item_id":"588"},{"term_id":"1810","name":"Nutrition, exercise and healthy lifestyle Research Group ImFINE","slug":"en_nutrition-exercise-and-healthy-lifestyle-research-group-imfine","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"donde","description":"Aunque oficialmente se fund&oacute; en el a&ntilde;o 2011, el grupo ImFINE viene trabajando desde hace m&aacute;s de 20 a&ntilde;os en la investigaci&oacute;n dentro del campo de la salud, la nutrici&oacute;n y el ejercicio f&iacute;sico en base a las siguientes l&iacute;neas de investigaci&oacute;n:\n\nInteracci&oacute;n de factores de estilo de vida saludable (ejercicio f&iacute;sico y dieta) en la calidad de vida y el envejecimiento.\nDeterminaci&oacute;n de biomarcadores y estado nutricional y su relaci&oacute;n con par&aacute;metros fisiopatol&oacute;gicos\nNutrici&oacute;n deportiva\nEducaci&oacute;n para la Salud\n\n&nbsp;\nEntre otros proyectos, el grupo ha participado\/participa en los proyectos europeos <a href=\"http:\/\/www.helenastudy.com\/\">HELENA<\/a>, Health(a)ware, HELLP, <a href=\"http:\/\/www.odin-vitd.eu\/\">ODIN<\/a> y en los proyectos nacionales AVENA, <a href=\"http:\/\/www.fen.org.es\/anibes\/\">ANIBES<\/a>, <a href=\"http:\/\/www.predimed.es\/\">PREDIMED PLUS<\/a>, etc.","parent":"0","count":"0","object_id":null,"pod_item_id":"1810"}],"departamento":"","ubicacion":"Facultad de Ciencias de la Actividad F\u00edsica y del Deporte (INEF), Grupo de Investigaci\u00f3n en nutrici\u00f3n, ejercicio y estilo de vida saludable (imFine) El laboratorio est\u00e1 ubicado en el s\u00f3tano del edificio social de la Facultad, accediendo a \u00e9l por el aparcamiento, junto al espacio destinado al estacionamiento de motocicletas.","id_infraestructura_portal":"425","coste_sin_iva":"0","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"242","tiene_manual":"1","tiene_albaranes_facturas":"0","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Prof. Dr. Marcela Gonz\u00e1lez-Gross","email_responsable_mantenimiento":"marcela.gonzalez.gross@upm.es","sector_area":"Salud, ciencias del deporte, bioqu\u00edmica","sirve":"El laboratorio de bioqu\u00edmica contiene todos los equipos necesarios para la toma de muestras y an\u00e1lisis cl\u00ednicos en muestras biol\u00f3gicas.","uso":"Permite la realizaci\u00f3n de an\u00e1lisis cl\u00ednicos, docencia e investigaci\u00f3n.","relacion":"","otros":"El Laboratorio de Bioqu\u00edmica forma parte de la Red de Laboratorios e Infraestructuras de la Comunidad de Madrid con el n\u00famero de referencia 242 y con fecha 1 de junio de ese mismo a\u00f1o, bajo la supervisi\u00f3n y aprobaci\u00f3n del Grupo Asesor de la Red de Laboratorios se le reconoce el nivel 2.- TRAZABILIDAD.\r\nLos investigadores pertenecen al Departamento de Salud y Rendimiento Humano.","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/547\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/548","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":4232,"name":"Laboratorio de Bioqu\u00edmica","slug":"laboratorio-de-bioquimica","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":4232,"term_group":0,"count":0,"id":4232},"4275":{"imagen":false,"descripcion":"Laboratorio de docencia e investigaci\u00f3n en el campo de la Fisiolog\u00eda del Ejercicio que cuenta con distintos equipos como para la medici\u00f3n y evaluaci\u00f3n de la condici\u00f3n f\u00edsica, como cicloerg\u00f3metro, para pruebas de esfuerzo en tapiz rodante, equipo de medici\u00f3n de lactato y analizador port\u00e1til de gases.","donde":[{"term_id":"552","name":"Grupo de Investigaci\u00f3n del Laboratorio de Fisiolog\u00eda del Esfuerzo.","slug":"grupo-de-investigacion-del-laboratorio-de-fisiologia-del-esfuerzo","term_group":"0","term_order":"0","term_taxonomy_id":"552","taxonomy":"donde","description":"Los miembros del grupo llevan a cabo su trabajo desarrollando las siguientes <strong>l&iacute;neas de investigaci&oacute;n<\/strong>:\n&nbsp;\n\nLesiones en el entrenamiento.\nInfluencias gen&eacute;ticas sobre la respuesta y adaptaci&oacute;n del organismo al ejercicio y al entrenamiento.\nEntrenamiento con cargas en poblaciones especiales.\nControl cardiovascular mediante programas de ejercicio f&iacute;sico.\nRespuesta del organismo durante esfuerzos de larga duraci&oacute;n.\nProgramas de Nutrici&oacute;n y Actividad F&iacute;sica para el tratamiento de la Obesidad.\n","parent":"0","count":"5","object_id":"12372","pod_item_id":"552"},{"term_id":"1776","name":"Physiology of Exercise Laboratory Research Group","slug":"en_physiology-of-exercise-laboratory-research-group","term_group":"0","term_order":"0","term_taxonomy_id":"1776","taxonomy":"donde","description":"Los miembros del grupo llevan a cabo su trabajo desarrollando las siguientes <strong>l&iacute;neas de investigaci&oacute;n<\/strong>:\n&nbsp;\n\nLesiones en el entrenamiento.\nInfluencias gen&eacute;ticas sobre la respuesta y adaptaci&oacute;n del organismo al ejercicio y al entrenamiento.\nEntrenamiento con cargas en poblaciones especiales.\nControl cardiovascular mediante programas de ejercicio f&iacute;sico.\nRespuesta del organismo durante esfuerzos de larga duraci&oacute;n.\nProgramas de Nutrici&oacute;n y Actividad F&iacute;sica para el tratamiento de la Obesidad.\n","parent":"0","count":"5","object_id":"12379","pod_item_id":"1776"}],"departamento":"","ubicacion":"Laboratorio de Fisiolog\u00eda del Esfuerzo, Facultad de Ciencias de la Actividad F\u00edsica y del Deporte (INEF). Sexta planta.","id_infraestructura_portal":"512","coste_sin_iva":"0","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"N.A.","tiene_manual":"0","tiene_albaranes_facturas":"0","mantenimiento_ok":"0","nombre_responsable_mantenimiento":"Ana Bel\u00e9n Peinado","email_responsable_mantenimiento":"anabelen.peinado@upm.es","sector_area":"Salud, Fisiolog\u00eda, Ciencias del Deporte, Educaci\u00f3n F\u00edsica y Deportiva","sirve":"Permite la realizaci\u00f3n de actividad investigadora y docente en el campo de la Fisiolog\u00eda del Ejercicio. Permite realizar pruebas de esfuerzo, la evaluaci\u00f3n y el control del rendimiento de deportistas, personas f\u00edsicamente activas o incluso personas sedentarias que quieran valorar su condici\u00f3n f\u00edsica. La prueba de esfuerzo permite valorar la respuesta cardiaca y respiratoria al ejercicio f\u00edsico, la condici\u00f3n f\u00edsica y la respuesta del organismo al esfuerzo f\u00edsico.","uso":"El laboratorio acoge a un gran n\u00famero de alumnos de grado y postgrado cada curso y tiene una actividad investigadora intensa, a trav\u00e9s del proyecto de prestaci\u00f3n de servicios cient\u00edficos, en los que se realizan pruebas de esfuerzo para cualquier persona, deportista o no, en pacientes con riesgo de cardiopat\u00eda, para evaluar y mejorar el rendimiento, y de proyectos de investigaci\u00f3n competitivos y no competitivos. Las pruebas de esfuerzo son pruebas directas que se realizan con an\u00e1lisis de gases respiratorios (ergoespirometr\u00edas)y se eval\u00faa la respuesta cardiaca mediante electrocardiograma (ECG).\r\nEs de aplicaci\u00f3n a toda la poblaci\u00f3n tanto la que comienza a entrenar como la que ya es practicante habitual de ejercicio f\u00edsico. Poder practicar con garant\u00edas de seguridad ejercicio f\u00edsico es una necesidad social, que \u00fanicamente puede cubrirse con valoraciones cardiorrespiratorias al ejercicio como una prueba de esfuerzo.","relacion":"","otros":"El Laboratorio de Fisiolog\u00eda del Esfuerzo forma parte de la Red de Laboratorios e Infraestructuras de la Comunidad de Madrid con el n\u00famero de registro 214.\r\nLos investigadores pertenecen al Departamento de Salud y Rendimiento Humano.","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/665\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/664","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":4275,"name":"Laboratorio de Fisiolog\u00eda del Esfuerzo (LFE)","slug":"laboratorio-de-fisiologia-del-esfuerzo-lfe","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":4275,"term_group":0,"count":1,"id":4275},"4277":{"imagen":false,"descripcion":"Este equipo usa la t\u00e9cnica AVS (Activated Vapour Silanization, Silanizaci\u00f3n por vapor activado) para la formaci\u00f3n de una l\u00e1mina delgada de espesor submicrom\u00e9trico con una alta densidad de grupos funcionales. Dependiendo del precursor organomet\u00e1lico se puede controlar el grupo funcional superficial final.","donde":[{"term_id":"556","name":"Centro de Tecnolog\u00eda Biom\u00e9dica (CTB)","slug":"centro-de-tecnologia-biomedica-ctb","term_group":"0","term_order":"0","term_taxonomy_id":"556","taxonomy":"donde","description":"","parent":"0","count":"84","object_id":"12498","pod_item_id":"556"}],"departamento":"","ubicacion":"Laboratorio de Biomateriales. Centro de Tecnolog\u00eda Biom\u00e9dica (CTB)","id_infraestructura_portal":"230","coste_sin_iva":"15000","fecha_compra":"2012-01-09","fecha_alta_inventario":"2012-01-09","numero_inventario":"N.A.","tiene_manual":"1","tiene_albaranes_facturas":"1","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Rafael Daza","email_responsable_mantenimiento":"rafael.daza@upm.es","sector_area":"Funcionalizaci\u00f3n, biomateriales, biocompatibilidad, medicina.","sirve":"Este equipo permite la funcionalizaci\u00f3n de la superficie de materiales pl\u00e1sticos, cer\u00e1micos o met\u00e1licos mejorando su biocompatibilidad a trav\u00e9s de la introducci\u00f3n de grupo amino en superficie y la posterior uni\u00f3n de mol\u00e9culas con actividad biol\u00f3gica.","uso":"La introducci\u00f3n de estos grupos funcionales en biomateriales o materiales que van a ser Introducci\u00f3n de grupos funcionales en la superficie de biomateriales que pueden ser implantados en sistemas precl\u00ednicos y cl\u00ednicos como, por ejemplo, pr\u00f3tesis traumatol\u00f3gicas y tornillos odontol\u00f3gicos. La funcionalizaci\u00f3n del biomaterial mejora el anclaje de \u00e9sta al tejido y su biocompatibilidad. Esta funcionalizaci\u00f3n superficial preserva todas las propiedades del material sobre el que se realiza.","relacion":"","otros":"Tecnolog\u00eda patentada por la UPM","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/648\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/667","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":4277,"name":"Equipo de silanizaci\u00f3n por vapor activado","slug":"equipo-de-silanizacion-por-vapor-activado","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":4277,"term_group":0,"count":0,"id":4277},"4279":{"imagen":false,"descripcion":"Sistema de microscop\u00eda de fuerza at\u00f3mica convencional con iluminaci\u00f3n \u00f3ptica por reflexi\u00f3n. En la actualidad, est\u00e1 provisto de tres tipos diferentes de piezoel\u00e9ctricos que permiten el barrido de \u00e1reas de hasta 140 x 140 mm2. Permite realizar toma de im\u00e1genes AFM en modo contacto, jumping, litogr\u00e1fico y din\u00e1mico (modulaci\u00f3n de amplitud y modulaci\u00f3n de frecuencia); medidas espectrosc\u00f3picas de 2 (FZ), 3 (3D-Modes) y 4 (General Spectroscopy Imaging incluyendo Force Volume) dimensiones; medidas de larga distancia con m\u00e9todo de doble pasada (retrace) y escaneo de un plano (plane scan).","donde":[{"term_id":"556","name":"Centro de Tecnolog\u00eda Biom\u00e9dica (CTB)","slug":"centro-de-tecnologia-biomedica-ctb","term_group":"0","term_order":"0","term_taxonomy_id":"556","taxonomy":"donde","description":"","parent":"0","count":"84","object_id":"12498","pod_item_id":"556"}],"departamento":"","ubicacion":"Centro de Tecnolog\u00eda Biom\u00e9dica (CTB)","id_infraestructura_portal":"468","coste_sin_iva":"0","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"N.A.","tiene_manual":"1","tiene_albaranes_facturas":"1","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Rafael Daza","email_responsable_mantenimiento":"rafael.daza@upm.es","sector_area":"nanotribolog\u00eda, imagen, bioimagen, AFM, indentaci\u00f3n, caracterizaci\u00f3n mec\u00e1nica.","sirve":"Permite la obtenci\u00f3n de im\u00e1genes con resoluci\u00f3n subnanom\u00e9trica de todo tipo de muestras, tanto en aire como en condiciones ambientales controladas. Desde el punto de vista mec\u00e1nico, permite la caracterizaci\u00f3n de las propiedades mec\u00e1nicas de muestras a escala submicrom\u00e9trica. Adem\u00e1s, permite la manipulaci\u00f3n molecular, y la caracterizaci\u00f3n de la evoluci\u00f3n de diferentes propiedades f\u00edsicas de la muestra con la distancia a la misma.","uso":"Adquisici\u00f3n de im\u00e1genes y determinaci\u00f3n de la respuesta mec\u00e1nica de muestras.","relacion":"Microscop\u00eda de afinidad, single molecule force spectroscopy (SMFS).","otros":"","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/649\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/650","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":4279,"name":"Microscopio de Fuerza At\u00f3mica (AFM)","slug":"microscopio-de-fuerza-atomica-afm","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":4279,"term_group":0,"count":0,"id":4279},"4281":{"imagen":false,"descripcion":"Producci\u00f3n de fibras biocompatibles de altas prestaciones de propiedades controladas. SFS es un m\u00e9todo de producci\u00f3n vers\u00e1til y asequible de fibras regeneradas (producidas con prote\u00ednas naturales) y bioinspiradas (producidas con prote\u00ednas recombinantes) para producir fibras que combina la biocompatibilidad y el altas prestaciones mec\u00e1nicas.","donde":[{"term_id":"556","name":"Centro de Tecnolog\u00eda Biom\u00e9dica (CTB)","slug":"centro-de-tecnologia-biomedica-ctb","term_group":"0","term_order":"0","term_taxonomy_id":"556","taxonomy":"donde","description":"","parent":"0","count":"84","object_id":"12498","pod_item_id":"556"}],"departamento":"","ubicacion":"Centro de Tecnolog\u00eda Biom\u00e9dica (CTB)","id_infraestructura_portal":"503","coste_sin_iva":"10000","fecha_compra":"2012-01-10","fecha_alta_inventario":"0000-00-00","numero_inventario":"N.A.","tiene_manual":"1","tiene_albaranes_facturas":"1","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Gustavo Guinea","email_responsable_mantenimiento":"gustavovictor.guinea@ctb.upm.es","sector_area":"Salud, Medicina, biomateriales, ingenier\u00eda de tejidos.","sirve":"Permite la producci\u00f3n de fibras de fibro\u00ednas y prote\u00ednas relacionadas bajo una amplia variedad de condiciones, resultando biomateriales cuyas propiedades pueden ser adaptados a sus aplicaciones. Las fibras obtenidas pueden ser modificadas mediante la adici\u00f3n de diversas biomol\u00e9culas con actividad biol\u00f3gica para modular la respuesta del organismo al implante del material.","uso":"Las fibras obtenidas ofrecen una serie de ventajas para su aplicaci\u00f3n en biomedicina, incluso compar\u00e1ndolas con el material natural de partida. Dichas ventajas incluyen un aumento de la biocompatibilidad por la eliminaci\u00f3n de posibles mol\u00e9culas contaminantes, la obtenci\u00f3n de fibras con propiedades mec\u00e1nicas reproducibles y la posibilidad de funcionalizar las fibras mediante el uso de biomol\u00e9culas con actividad biol\u00f3gica. Entre las aplicaciones de estas fibras se encuentra el tratamiento de patolog\u00edas de tendones y ligamentos, los cuales demandan alto rendimiento mec\u00e1nico a corto plazo y el m\u00e1ximo esfuerzo en biocompatibilidad e interacci\u00f3n celular. Esta nueva combinaci\u00f3n de propiedades lo hacen tambi\u00e9n id\u00f3neo para otras aplicaciones en Medicina, desde suturas hasta biomaterial estructural bioactivo para tratamientos celulares e ingenier\u00eda de tejidos. Ejemplos de uso: fibra dopada con grafeno, fibras fluorescentes, guiado axonal, andamio tisular.","relacion":"","otros":"T\u00e9cnica patentada UPM-Universidad de Sevilla.","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/668\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/669","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":4281,"name":"Equipo de s\u00edntesis de fibras por Straining Flow Spinning (SFS)","slug":"equipo-de-sintesis-de-fibras-por-straining-flow-spinning-sfs","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":4281,"term_group":0,"count":0,"id":4281},"4283":{"imagen":false,"descripcion":"Equipo universal de ensayos mec\u00e1nicos de tracci\u00f3n, compresi\u00f3n o flexi\u00f3n con capacidad de carga entre 5 y 1000N. Adaptada para la realizaci\u00f3n de ensayos in-vitro en condiciones de inmersi\u00f3n bajo temperatura controlada. Mediante m\u00e9todos \u00f3pticos de deformaci\u00f3n para no afectar a la muestra.","donde":[{"term_id":"556","name":"Centro de Tecnolog\u00eda Biom\u00e9dica (CTB)","slug":"centro-de-tecnologia-biomedica-ctb","term_group":"0","term_order":"0","term_taxonomy_id":"556","taxonomy":"donde","description":"","parent":"0","count":"84","object_id":"12498","pod_item_id":"556"}],"departamento":"","ubicacion":"Centro de Tecnolog\u00eda Biom\u00e9dica (CTB)","id_infraestructura_portal":"471","coste_sin_iva":[],"fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"N.A.","tiene_manual":"1","tiene_albaranes_facturas":"0","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Francisco J. Rojo","email_responsable_mantenimiento":"francisco.rojo@ctb.upm.es","sector_area":"Biomateriales, biomec\u00e1nica, materiales biol\u00f3gicos.","sirve":"Mediante ensayos de tracci\u00f3n, compresi\u00f3n o flexi\u00f3n se obtienen las propiedades mec\u00e1nicas de los materiales. En el grupo Matesan tenemos el conocimiento y la experiencia necesaria para dise\u00f1ar el tipo de ensayo y las probetas m\u00e1s adecuadas para la caracterizaci\u00f3n mec\u00e1nica de variedad de materiales biol\u00f3gicos y biomateriales, como vasos sangu\u00edneos, tendones, membranas, hidrogeles, etc.","uso":"En la actualidad este equipo se emplea para la caracterizaci\u00f3n mec\u00e1nica de los biomateriales producidos en nuestro laboratorio, as\u00ed como colaboraciones con grupos de investigaci\u00f3n que necesitan realizar caracterizaciones biomec\u00e1nicas.","relacion":"","otros":"","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/651\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/666","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":4283,"name":"M\u00e1quina electromec\u00e1nica para ensayos de materiales","slug":"maquina-electromecanica-para-ensayos-de-materiales","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":4283,"term_group":0,"count":0,"id":4283},"4285":{"imagen":false,"descripcion":"El equipo dispone de 8 piezoel\u00e9ctricos independientes, control Dulcinea\u00ae, software WSxM, celda l\u00edquida y posicionador XY. Permite realizar toma de im\u00e1genes AFM en modo contacto, jumping, litogr\u00e1fico y din\u00e1mico (modulaci\u00f3n de amplitud y modulaci\u00f3n de frecuencia); medidas espectrosc\u00f3picas de 2 (FZ), 3 (3D-Modes) y 4 (General Spectroscopy Imaging incluyendo Force Volume) dimensiones; medidas de larga distancia con m\u00e9todo de doble pasada (retrace) y escaneo de un plano (plane scan). Tambi\u00e9n incluye correcci\u00f3n autom\u00e1tica de drift. Adem\u00e1s, dispone de un sistema de intercambio de l\u00edquido que permite controlar las condiciones f\u00edsico-qu\u00edmicos del medio en el que se encuentran las muestras. El equipo se encuentra acoplado a un microscopio \u00f3ptico invertido lo que permite el posicionamiento del elemento sensor en cualquier punto de inter\u00e9s de la muestra.","donde":[{"term_id":"556","name":"Centro de Tecnolog\u00eda Biom\u00e9dica (CTB)","slug":"centro-de-tecnologia-biomedica-ctb","term_group":"0","term_order":"0","term_taxonomy_id":"556","taxonomy":"donde","description":"","parent":"0","count":"84","object_id":"12498","pod_item_id":"556"}],"departamento":"","ubicacion":"Centro de Tecnolog\u00eda Biom\u00e9dica (CTB)","id_infraestructura_portal":"278","coste_sin_iva":"205000","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"N.A.","tiene_manual":"0","tiene_albaranes_facturas":"1","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Rafael Daza","email_responsable_mantenimiento":"rafael.daza@upm.es","sector_area":"Nanotribolog\u00eda, imagen, bioimagen, biof\u00edsica, interacci\u00f3n entre mol\u00e9culas individuales, topograf\u00eda superficial, mec\u00e1nica celular, interacci\u00f3n c\u00e9lula-material, caracterizaci\u00f3n mecanobiol\u00f3gica de muestras.","sirve":"El AFM con celda l\u00edquida permite trabajar en condiciones donde las c\u00e9lulas no est\u00e1n en estr\u00e9s y, adem\u00e1s, permite controlar las condiciones del medio donde se encuentran las c\u00e9lulas para poder observar los cambios que se producen en respuesta a un estr\u00e9s qu\u00edmico o f\u00edsico.","uso":"Permite la toma de im\u00e1genes y estudio de propiedades mec\u00e1nicas de entidades biol\u00f3gicas vivas en distintos medios y bajo condiciones controladas. Permite la toma de im\u00e1genes de c\u00e9lulas sometidas a diferentes tipos de estr\u00e9s qu\u00edmico o f\u00edsico. Permite ver superficies de materiales a escalas nanom\u00e9tricas siendo capaz de alcanzar la resoluci\u00f3n molecular.","relacion":"Microscop\u00eda de afinidad, single cell force spectroscopy (SCFS) y single molecule force spectroscopy (SMFS).","otros":"","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/670\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/588","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":4285,"name":"Microscopio de Fuerza At\u00f3mica (AFM) con celda l\u00edquida","slug":"microscopio-de-fuerza-atomica-afm-con-celda-liquida","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":4285,"term_group":0,"count":0,"id":4285},"4339":{"imagen":false,"descripcion":"La plataforma dispone de kits de monitorizaci\u00f3n de la actividad funcional con distintos sensores y wearables, algunos de ellos de fabricaci\u00f3n propia, como un simulador de p\u00e9rdida funcional, sensores para levantadas, velocidad de la marcha, potencia extremidades inferiores. La infraestructura tambi\u00e9n dispone de una impresora 3D que permite la fabricaci\u00f3n de los sensores.","donde":[{"term_id":"556","name":"Centro de Tecnolog\u00eda Biom\u00e9dica (CTB)","slug":"centro-de-tecnologia-biomedica-ctb","term_group":"0","term_order":"0","term_taxonomy_id":"556","taxonomy":"donde","description":"","parent":"0","count":"84","object_id":"12498","pod_item_id":"556"}],"departamento":"","ubicacion":"Laboratorio de Envejecimiento, Centro de Tecnolog\u00eda Biom\u00e9dica (CTB)","id_infraestructura_portal":"488","coste_sin_iva":"0","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"N.A.","tiene_manual":"0","tiene_albaranes_facturas":"1","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Elena Villalba","email_responsable_mantenimiento":"elena.villalba@ctb.upm.es","sector_area":"Salud, envejecimiento, wearables, IoT, actividad f\u00edsica","sirve":"Gracias a estos sensores y gadgets se puede obtener una gran cantidad de informaci\u00f3n de la capacidad funcional de personas mayores en riesgo de fragilidad. Tambi\u00e9n dispone de un plan de estimulaci\u00f3n f\u00edsica para mejorar la capacidad funcional de los pacientes.","uso":"Actualmente se utiliza para la monitorizaci\u00f3n y estimulaci\u00f3n remota de pacientes que est\u00e9n en riesgo de fragilidad o p\u00e9rdida de capacidad funcional.","relacion":"","otros":"Esta infraestructura contiene conocimiento cl\u00ednico aportado por m\u00e9dicos del Hospital Universitario de Getafe.","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/606\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/607\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/605","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":4339,"name":"Plataforma de monitorizaci\u00f3n y estimulaci\u00f3n de la actividad funcional","slug":"plataforma-de-monitorizacion-y-estimulacion-de-la-actividad-funcional","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":4339,"term_group":0,"count":0,"id":4339},"4341":{"imagen":false,"descripcion":"Plataforma tecnol\u00f3gica de monitorizaci\u00f3n remota y evaluaci\u00f3n continua de la capacidad intr\u00ednseca de pacientes desde su propio domicilio compuesta por dispositivos y sensores de medida y an\u00e1lisis de habilidades cognitivas, incluyendo un casco EEG.","donde":[{"term_id":"556","name":"Centro de Tecnolog\u00eda Biom\u00e9dica (CTB)","slug":"centro-de-tecnologia-biomedica-ctb","term_group":"0","term_order":"0","term_taxonomy_id":"556","taxonomy":"donde","description":"","parent":"0","count":"84","object_id":"12498","pod_item_id":"556"}],"departamento":"","ubicacion":"Laboratorio de Envejecimiento, Centro de Tecnolog\u00eda Biom\u00e9dica (CTB)","id_infraestructura_portal":"490","coste_sin_iva":"0","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"N.A.","tiene_manual":"0","tiene_albaranes_facturas":"0","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Elena Villalba","email_responsable_mantenimiento":"elena.villalba@upm.es","sector_area":"Salud, Biomedicina, Envejecimiento activo","sirve":"El sistema permite medir y evaluar la capacidad cognitiva del paciente de manera remota, facilitar la informaci\u00f3n a los profesionales sanitarios para que reaccionen en caso de disminuci\u00f3n de los valores establecidos, y propone autom\u00e1ticamente un programa de estimulaci\u00f3n cognitiva personalizado para mejorar su condici\u00f3n.","uso":"La plataforma posibilita el dise\u00f1o de nuevos modelos organizativos de atenci\u00f3n a las personas mayores permitiendo la interconexi\u00f3n de todas las partes involucradas: pacientes, cuidadores, profesionales de atenci\u00f3n primaria y especialistas, y habilita la posibilidad de hacer un seguimiento de la trayectoria de los pacientes a lo largo de su etapa de envejecimiento, mejorando su calidad de vida.","relacion":"","otros":"Esta infraestructura incluye conocimiento cl\u00ednico aportado por profesionales sanitarios del Ayuntamiento de Madrid. Actualmente una versi\u00f3n en producci\u00f3n con los ejercicios de estimulaci\u00f3n se encuentra disponible en Web y abierta al p\u00fablico a trav\u00e9s del Ayuntamiento de Madrid, en concreto, a trav\u00e9s del Centro de Prevenci\u00f3n del Deterioro Cognitivo.","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/610\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/609","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":4341,"name":"Plataforma de monitorizaci\u00f3n y estimulaci\u00f3n de capacidades cognitivas","slug":"plataforma-de-monitorizacion-y-estimulacion-de-capacidades-cognitivas","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":4341,"term_group":0,"count":0,"id":4341},"4343":{"imagen":false,"descripcion":"Plataforma de simulaci\u00f3n quir\u00fargica y formaci\u00f3n en t\u00e9cnicas m\u00e9dicas dirigida a estudiantes y profesionales sanitarios que est\u00e1 compuesta de: Plataforma de creaci\u00f3n de tareas basadas en realidad virtual (no inmersiva e inmersiva), que permite la creaci\u00f3n, edici\u00f3n y compartici\u00f3n de tareas formativas de realidad virtual que se adapten a los curr\u00edculums formativos de los estudiantes. Plataformas de formaci\u00f3n y de ex\u00e1menes cl\u00ednicos objetivos estructurados: A modo de ejemplo, se permite realizar cursos de primeros auxilios a estudiantes de medicina de forma m\u00e1s inmersiva que los tradicionales. Cuenta con un maniqu\u00ed f\u00edsico para la realizaci\u00f3n de la RCP. Tambi\u00e9n permite interaccionar y navegar por distintos \u00f3rganos para identificar lesiones o poder observar su estructura interna. Simulaci\u00f3n de ultrasonidos intracraneal de un beb\u00e9 prematuro: Permite a los participantes observar el resultado de un an\u00e1lisis por ultrasonidos en el cr\u00e1neo de un beb\u00e9 neonato y poder observar los distintos cortes seg\u00fan se navega por el cr\u00e1neo. Sistema de entrenamiento de manejo de la v\u00eda a\u00e9rea dif\u00edcil: Entornos web de simulaci\u00f3n interactivos que permiten el entrenamiento en tareas de intubaci\u00f3n. Plataforma de simulaci\u00f3n en cirug\u00eda laparosc\u00f3pica: El equipo permite simular una intervenci\u00f3n quir\u00fargica laparosc\u00f3pica y gracias al an\u00e1lisis de v\u00eddeo detectar en qu\u00e9 fase de la operaci\u00f3n est\u00e1 el cirujano. Tambi\u00e9n permite la realimentaci\u00f3n sensorial y la creaci\u00f3n de v\u00eddeos docentes con im\u00e1genes procedentes de simulaciones.","donde":[{"term_id":"556","name":"Centro de Tecnolog\u00eda Biom\u00e9dica (CTB)","slug":"centro-de-tecnologia-biomedica-ctb","term_group":"0","term_order":"0","term_taxonomy_id":"556","taxonomy":"donde","description":"","parent":"0","count":"84","object_id":"12498","pod_item_id":"556"}],"departamento":"","ubicacion":"Grupo de Bioingenier\u00eda y Telemedicina (GBT), Escuela T\u00e9cnica Superior de Ingenieros de Telecomunicaci\u00f3n (ETSIT), Centro de Tecnolog\u00eda Biom\u00e9dica (CTB)","id_infraestructura_portal":"493","coste_sin_iva":"0","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"N.A.","tiene_manual":"0","tiene_albaranes_facturas":"1","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Patricia S\u00e1nchez","email_responsable_mantenimiento":"psanchez@gbt.tfo.upm.es","sector_area":"Salud, formaci\u00f3n, medicina, cirug\u00eda, telemedicina.","sirve":"Los diferentes equipos de la plataforma permiten la formaci\u00f3n de estudiantes de medicina y profesionales sanitarios en campos que van desde los primeros auxilios hasta la cirug\u00eda laparosc\u00f3pica.","uso":"Actualmente se usan para la formaci\u00f3n en primeros auxilios, en imagen intracraneal por ultrasonidos en beb\u00e9s prematuros y en cirug\u00eda laparosc\u00f3pica. La infraestructura permite la creaci\u00f3n de contenido docente a partir de videos grabados de cirug\u00edas, a los que se a\u00f1ade informaci\u00f3n adicional para enriquecer y mejorar la formaci\u00f3n.","relacion":"","otros":"","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/699\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/700","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":4343,"name":"Plataforma de simulaci\u00f3n quir\u00fargica y formaci\u00f3n en t\u00e9cnicas m\u00e9dicas","slug":"plataforma-de-simulacion-quirurgica-y-formacion-en-tecnicas-medicas","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":4343,"term_group":0,"count":0,"id":4343},"4345":{"imagen":false,"descripcion":"Invernadero de exhibici\u00f3n, calefactado y con sistema de riego autom\u00e1tico. Dispone de un taller de propagaci\u00f3n de plantas. En una superficie de 300 m2 alberga una colecci\u00f3n de m\u00e1s de 200 especies bot\u00e1nicas.","donde":[{"term_id":"490","name":"Biodiversidad y conservaci\u00f3n de recursos fitogen\u00e9ticos","slug":"biodiversidad-y-conservacion-de-recursos-fitogeneticos","term_group":"0","term_order":"0","term_taxonomy_id":"490","taxonomy":"donde","description":"Nuestras l\u00edneas de investigaci\u00f3n son:\r\n<strong>Bancos de Germoplasma vegetal: <\/strong>Se gestiona el Banco de Germoplasma Vegetal \u201cC\u00e9sar G\u00f3mez Campo\u201d de la UPM, un referente mundial en conservaci\u00f3n de recursos fitogen\u00e9ticos, el primero de estas caracter\u00edsticas que se cre\u00f3 en Espa\u00f1a y tambi\u00e9n el primero del mundo en la conservaci\u00f3n de especies silvestres. El trabajo que desarrolla requiere de las etapas de recolecci\u00f3n de semillas, estudio y caracterizaci\u00f3n, limpieza y preparaci\u00f3n del material, conservaci\u00f3n en c\u00e1maras, regeneraci\u00f3n cuando es preciso de las muestras, documentaci\u00f3n e intercambio del germoplasma con otras instituciones.<strong>Ecofisiolog\u00eda de la germinaci\u00f3n y dormici\u00f3n de semillas<\/strong><strong>Caracterizaci\u00f3n ecogeogr\u00e1fica, morfol\u00f3gica, bioqu\u00edmica y molecular de recursos fitogen\u00e9ticos: <\/strong>Los trabajos que se realizan en esta l\u00ednea de investigaci\u00f3n se basan en la utilizaci\u00f3n de diferentes metodolog\u00edas de caracterizaci\u00f3n ecogeogr\u00e1fica y morfol\u00f3gica, distintas t\u00e9cnicas bioqu\u00edmicas (aplicadas sobre prote\u00ednas) y diversos tipos de marcadores moleculares (analizando directamente el ADN) con objeto de conocer la diversidad o variabilidad existente en los recursos fitogen\u00e9ticos analizados (tanto cultivados como silvestres).<strong>Evaluaci\u00f3n agron\u00f3mica de recursos fitogen\u00e9ticos<\/strong><strong>Sistemas de informaci\u00f3n geogr\u00e1fica aplicados a la conservaci\u00f3n<\/strong><strong>Conservaci\u00f3n<em> in vitro<\/em> y crioconservaci\u00f3n: <\/strong>Se estudian las t\u00e9cnicas de conservaci\u00f3n<em> in vitro <\/em>mediante limitaci\u00f3n del crecimiento y de crioconservaci\u00f3n en nitr\u00f3geno l\u00edquido (-196\u00baC), como alternativas para la conservaci\u00f3n de germoplasma vegetal. Se investigan sistemas para reducir el estr\u00e9s oxidativo.<strong>T\u00e9cnicas de cultivo <em>in vitro: <\/em><\/strong>Se investiga en el desarrollo de distintas aplicaciones de las t\u00e9cnicas de cultivo<em> in vitro <\/em>de plantas para la micropropagaci\u00f3n, saneamiento y mejora de material vegetal de inter\u00e9s. Igualmente se investigan las bases fisiol\u00f3gicas y gen\u00e9ticas de los procesos de diferenciaci\u00f3n y morfog\u00e9nesis implicados.<strong>An\u00e1lisis de asociaci\u00f3n y recursos fitogen\u00e9ticos<\/strong><strong>Especies silvestres emparentadas con cultivadas<\/strong><strong>Ecolog\u00eda y conservaci\u00f3n de especies y comunidades vegetales: <\/strong>Dentro de esta l\u00ednea se realizan trabajos de investigaci\u00f3n sobre conservaci\u00f3n de especies vegetales incluidas en listas rojas, o de otras especies y comunidades vegetales importantes por su representatividad, por ejemplo, dentro de la Comunidad de Madrid; algunas de estas actividades est\u00e1n vinculadas con el Jard\u00edn Bot\u00e1nico Mediterr\u00e1neo de la ETSIAAB.","parent":"0","count":"2","object_id":"10189","pod_item_id":"490"}],"departamento":"","ubicacion":"CAMPOS DE EXPERIMENTACI\u00d3N AGRON\u00d3MICA DE LA ETSIAAB","id_infraestructura_portal":"361","coste_sin_iva":"0","fecha_compra":"1993-01-01","fecha_alta_inventario":"0000-00-00","numero_inventario":"0","tiene_manual":"0","tiene_albaranes_facturas":"1","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Santiago Moreno V\u00e1zquez","email_responsable_mantenimiento":"santiago.moreno@upm.es","sector_area":"DOCENCIA REGLADA Y DIVULGACI\u00d3N CIENT\u00cdFICA","sirve":"DOCENCIA Y DIVULGACION EN LAS SIGUIENTES \u00c1REAS: BOTANICA GENERAL, ETNOBOTANICA, EVOLUCION VEGETAL , FLORA MEDITERR\u00c1NEA, FLORA CRASA, FLORA CULTIVADA TROPICAL Y SUBTROPICAL, CULTIVOS MARGINALES, ESPECIES EX\u00d3TICAS INVASORAS, ALIMENTOS DE ORIGEN VEGETAL, PLAGAS Y ENFERMEDADES DE LAS PLANTAS, SISTEMAS DE RIEGO, SISTEMAS DE CONTROL AUTOM\u00c1TICO DE INVERNADEROS, JARDINER\u00cdA VERTICAL, C\u00c9SPEDES DEPORTIVOS, ACUAPON\u00cdA.","uso":"DOCENCIA PRACTICA EN LAS SIGUIENTES ASIGNATURAS REGLADAS:\r\n* BIOLOGIA DEL GRADO EN ING. AGROAMBIENTAL\r\n* BIOLOG\u00cdA GRADO ING. ALIMENTARIA\r\n* CULTIVOS AGR\u00cdCOLAS GRADO BIOTECNOLOG\u00cdA\r\n* BOTANICA Y ECOLOGIA (MASTER OFICIAL EN JARDINERIA Y PAISAJISMO DE LA UPM).\r\nPROGRAMAS OFICIALES DE DIVULGACI\u00d3N A LOS QUE SE CONCURRE:\r\nSEMANA DE LA CIENCIA\r\nPROGRAMA 4\u00ba ESO + EMPRESA","relacion":"NO","otros":"SE PODR\u00cdA CALIFICAR COMO UN JARD\u00cdN BOT\u00c1NICO TECNOL\u00d3GICO EN EL QUE TANTO LAS ESPECIES VEGETALES COMO LOS DISPOSITIVOS Y EQUIPOS T\u00c9CNICOS TIENEN ETIQUETAS CONVENCIONALES Y CON C\u00d3DIGOS QR","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/327\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/329\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/326\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/328","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":4345,"name":"AULA VERDE-INVERNADERO DIDACTICO (AVI)","slug":"aula-verde-invernadero-didactico-avi","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":4345,"term_group":0,"count":0,"id":4345},"4347":{"imagen":false,"descripcion":"El Jard\u00edn Bot\u00e1nico Mediterr\u00e1neo est\u00e1 estructurado en varias comunidades vegetales m\u00e1s o menos caracter\u00edsticas de la zona centro peninsular, como son encinar carpetano, quejigar bas\u00f3filo, melojar supramediterr\u00e1neo, alcornocal, coscojar-sabinar y zona riparia. Est\u00e1n representadas muchas de las principales especies caracter\u00edsticas y acompa\u00f1antes de dichas comunidades vegetales.","donde":[{"term_id":"490","name":"Biodiversidad y conservaci\u00f3n de recursos fitogen\u00e9ticos","slug":"biodiversidad-y-conservacion-de-recursos-fitogeneticos","term_group":"0","term_order":"0","term_taxonomy_id":"490","taxonomy":"donde","description":"Nuestras l\u00edneas de investigaci\u00f3n son:\r\n<strong>Bancos de Germoplasma vegetal: <\/strong>Se gestiona el Banco de Germoplasma Vegetal \u201cC\u00e9sar G\u00f3mez Campo\u201d de la UPM, un referente mundial en conservaci\u00f3n de recursos fitogen\u00e9ticos, el primero de estas caracter\u00edsticas que se cre\u00f3 en Espa\u00f1a y tambi\u00e9n el primero del mundo en la conservaci\u00f3n de especies silvestres. El trabajo que desarrolla requiere de las etapas de recolecci\u00f3n de semillas, estudio y caracterizaci\u00f3n, limpieza y preparaci\u00f3n del material, conservaci\u00f3n en c\u00e1maras, regeneraci\u00f3n cuando es preciso de las muestras, documentaci\u00f3n e intercambio del germoplasma con otras instituciones.<strong>Ecofisiolog\u00eda de la germinaci\u00f3n y dormici\u00f3n de semillas<\/strong><strong>Caracterizaci\u00f3n ecogeogr\u00e1fica, morfol\u00f3gica, bioqu\u00edmica y molecular de recursos fitogen\u00e9ticos: <\/strong>Los trabajos que se realizan en esta l\u00ednea de investigaci\u00f3n se basan en la utilizaci\u00f3n de diferentes metodolog\u00edas de caracterizaci\u00f3n ecogeogr\u00e1fica y morfol\u00f3gica, distintas t\u00e9cnicas bioqu\u00edmicas (aplicadas sobre prote\u00ednas) y diversos tipos de marcadores moleculares (analizando directamente el ADN) con objeto de conocer la diversidad o variabilidad existente en los recursos fitogen\u00e9ticos analizados (tanto cultivados como silvestres).<strong>Evaluaci\u00f3n agron\u00f3mica de recursos fitogen\u00e9ticos<\/strong><strong>Sistemas de informaci\u00f3n geogr\u00e1fica aplicados a la conservaci\u00f3n<\/strong><strong>Conservaci\u00f3n<em> in vitro<\/em> y crioconservaci\u00f3n: <\/strong>Se estudian las t\u00e9cnicas de conservaci\u00f3n<em> in vitro <\/em>mediante limitaci\u00f3n del crecimiento y de crioconservaci\u00f3n en nitr\u00f3geno l\u00edquido (-196\u00baC), como alternativas para la conservaci\u00f3n de germoplasma vegetal. Se investigan sistemas para reducir el estr\u00e9s oxidativo.<strong>T\u00e9cnicas de cultivo <em>in vitro: <\/em><\/strong>Se investiga en el desarrollo de distintas aplicaciones de las t\u00e9cnicas de cultivo<em> in vitro <\/em>de plantas para la micropropagaci\u00f3n, saneamiento y mejora de material vegetal de inter\u00e9s. Igualmente se investigan las bases fisiol\u00f3gicas y gen\u00e9ticas de los procesos de diferenciaci\u00f3n y morfog\u00e9nesis implicados.<strong>An\u00e1lisis de asociaci\u00f3n y recursos fitogen\u00e9ticos<\/strong><strong>Especies silvestres emparentadas con cultivadas<\/strong><strong>Ecolog\u00eda y conservaci\u00f3n de especies y comunidades vegetales: <\/strong>Dentro de esta l\u00ednea se realizan trabajos de investigaci\u00f3n sobre conservaci\u00f3n de especies vegetales incluidas en listas rojas, o de otras especies y comunidades vegetales importantes por su representatividad, por ejemplo, dentro de la Comunidad de Madrid; algunas de estas actividades est\u00e1n vinculadas con el Jard\u00edn Bot\u00e1nico Mediterr\u00e1neo de la ETSIAAB.","parent":"0","count":"2","object_id":"10189","pod_item_id":"490"},{"term_id":"1714","name":"Biodiversity and conservation of plant genetic resources","slug":"en_biodiversity-and-conservation-of-plant-genetic-resources","term_group":"0","term_order":"0","term_taxonomy_id":"1714","taxonomy":"donde","description":"Nuestras l&iacute;neas de investigaci&oacute;n son:\n<strong>Bancos de Germoplasma vegetal: <\/strong>Se gestiona el Banco de Germoplasma Vegetal &ldquo;C&eacute;sar G&oacute;mez Campo&rdquo; de la UPM, un referente mundial en conservaci&oacute;n de recursos fitogen&eacute;ticos, el primero de estas caracter&iacute;sticas que se cre&oacute; en Espa&ntilde;a y tambi&eacute;n el primero del mundo en la conservaci&oacute;n de especies silvestres. El trabajo que desarrolla requiere de las etapas de recolecci&oacute;n de semillas, estudio y caracterizaci&oacute;n, limpieza y preparaci&oacute;n del material, conservaci&oacute;n en c&aacute;maras, regeneraci&oacute;n cuando es preciso de las muestras, documentaci&oacute;n e intercambio del germoplasma con otras instituciones.<strong>Ecofisiolog&iacute;a de la germinaci&oacute;n y dormici&oacute;n de semillas<\/strong><strong>Caracterizaci&oacute;n ecogeogr&aacute;fica, morfol&oacute;gica, bioqu&iacute;mica y molecular de recursos fitogen&eacute;ticos: <\/strong>Los trabajos que se realizan en esta l&iacute;nea de investigaci&oacute;n se basan en la utilizaci&oacute;n de diferentes metodolog&iacute;as de caracterizaci&oacute;n ecogeogr&aacute;fica y morfol&oacute;gica, distintas t&eacute;cnicas bioqu&iacute;micas (aplicadas sobre prote&iacute;nas) y diversos tipos de marcadores moleculares (analizando directamente el ADN) con objeto de conocer la diversidad o variabilidad existente en los recursos fitogen&eacute;ticos analizados (tanto cultivados como silvestres).<strong>Evaluaci&oacute;n agron&oacute;mica de recursos fitogen&eacute;ticos<\/strong><strong>Sistemas de informaci&oacute;n geogr&aacute;fica aplicados a la conservaci&oacute;n<\/strong><strong>Conservaci&oacute;n<em> in vitro<\/em> y crioconservaci&oacute;n: <\/strong>Se estudian las t&eacute;cnicas de conservaci&oacute;n<em> in vitro <\/em>mediante limitaci&oacute;n del crecimiento y de crioconservaci&oacute;n en nitr&oacute;geno l&iacute;quido (-196&ordm;C), como alternativas para la conservaci&oacute;n de germoplasma vegetal. Se investigan sistemas para reducir el estr&eacute;s oxidativo.<strong>T&eacute;cnicas de cultivo <em>in vitro: <\/em><\/strong>Se investiga en el desarrollo de distintas aplicaciones de las t&eacute;cnicas de cultivo<em> in vitro <\/em>de plantas para la micropropagaci&oacute;n, saneamiento y mejora de material vegetal de inter&eacute;s. Igualmente se investigan las bases fisiol&oacute;gicas y gen&eacute;ticas de los procesos de diferenciaci&oacute;n y morfog&eacute;nesis implicados.<strong>An&aacute;lisis de asociaci&oacute;n y recursos fitogen&eacute;ticos<\/strong><strong>Especies silvestres emparentadas con cultivadas<\/strong><strong>Ecolog&iacute;a y conservaci&oacute;n de especies y comunidades vegetales: <\/strong>Dentro de esta l&iacute;nea se realizan trabajos de investigaci&oacute;n sobre conservaci&oacute;n de especies vegetales incluidas en listas rojas, o de otras especies y comunidades vegetales importantes por su representatividad, por ejemplo, dentro de la Comunidad de Madrid; algunas de estas actividades est&aacute;n vinculadas con el Jard&iacute;n Bot&aacute;nico Mediterr&aacute;neo de la ETSIAAB.","parent":"0","count":"2","object_id":"10189","pod_item_id":"1714"}],"departamento":"","ubicacion":"Infraestructura dependiente del Dpto. de Biotecnolog\u00eda-Biolog\u00eda Vegetal y situada en los Campos de Experimentaci\u00f3n de la ETSIAAB.","id_infraestructura_portal":"305","coste_sin_iva":"0","fecha_compra":"2007-01-01","fecha_alta_inventario":"2007-01-01","numero_inventario":"No tiene","tiene_manual":"0","tiene_albaranes_facturas":"0","mantenimiento_ok":"0","nombre_responsable_mantenimiento":"Daniel de la Torre Llorente","email_responsable_mantenimiento":"daniel.delatorre@upm.es","sector_area":"BOTANICA, CONSERVACION VEGETAL.","sirve":"Fines Docente-Investigador.","uso":"Se utiliza principalmente como recurso docente, en pr\u00e1cticas de asignaturas como Ecolog\u00eda y Bot\u00e1nica del M\u00e1ster Oficial en Jardiner\u00eda y Paisajismo de la UPM y como herramienta did\u00e1ctica en sucesivas ediciones de la Semana de la Ciencia. Igualmente, como recurso investigador, se ha utilizado para el desarrollo de Trabajos Fin Grado.","relacion":"No tiene.","otros":"","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/319\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/321\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/320\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/330","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":4347,"name":"JARDIN BOTANICO MEDITERR\u00c1NEO","slug":"jardin-botanico-mediterraneo","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":4347,"term_group":0,"count":0,"id":4347},"4349":{"imagen":false,"descripcion":"El BGV-UPM es una instalaci\u00f3n singular sita en la ETS de Ingenier\u00eda Agron\u00f3mica, Alimentaria y de Biosistemas cuya misi\u00f3n, como miembro de la Red de Colecciones del Programa Nacional de Recursos Fitogen\u00e9ticos, es contribuir a la conservaci\u00f3n de los recursos gen\u00e9ticos espa\u00f1oles y dar servicio, gratuito hasta el d\u00eda de hoy, a la comunidad cient\u00edfica nacional e internacional y a las empresas que requieran su material bajo lo establecido en los Reales decretos 429\/2020 y 124\/2017.   Creado en 1966, es el banco pionero en el mundo en conservaci\u00f3n de especies silvestres. Su colecci\u00f3n m\u00e1s reconocida internacionalmente es, sin duda, la de cruc\u00edferas silvestres, con casi 500 especies y m\u00e1s de 1.500 muestras, considerada la mayor del mundo. Muchas de esas especies tienen un valor a\u00f1adido por su parentesco con especies cultivadas del g\u00e9nero Brassica. Existe una segunda colecci\u00f3n, tambi\u00e9n muy reconocida, la de especies end\u00e9micas de la pen\u00ednsula ib\u00e9rica, islas Baleares y regi\u00f3n macaron\u00e9sica, en la que se incluye el archipi\u00e9lago canario. Incluye unas 300 especies end\u00e9micas, lo que representa aproximadamente un 25 % de la flora end\u00e9mica espa\u00f1ola. Su gesti\u00f3n est\u00e1 actualmente delegada por el Rector en el Dpto. de Biotecnolog\u00eda-Biolog\u00eda Vegetal, en la ETS Ingenier\u00eda Agron\u00f3mica, Alimentaria y de Biosistemas (ETSIAAB). El grupo de investigaci\u00f3n implicado: Biodiversidad y Conservaci\u00f3n de Recursos Fitogen\u00e9ticos.","donde":[{"term_id":"490","name":"Biodiversidad y conservaci\u00f3n de recursos fitogen\u00e9ticos","slug":"biodiversidad-y-conservacion-de-recursos-fitogeneticos","term_group":"0","term_order":"0","term_taxonomy_id":"490","taxonomy":"donde","description":"Nuestras l\u00edneas de investigaci\u00f3n son:\r\n<strong>Bancos de Germoplasma vegetal: <\/strong>Se gestiona el Banco de Germoplasma Vegetal \u201cC\u00e9sar G\u00f3mez Campo\u201d de la UPM, un referente mundial en conservaci\u00f3n de recursos fitogen\u00e9ticos, el primero de estas caracter\u00edsticas que se cre\u00f3 en Espa\u00f1a y tambi\u00e9n el primero del mundo en la conservaci\u00f3n de especies silvestres. El trabajo que desarrolla requiere de las etapas de recolecci\u00f3n de semillas, estudio y caracterizaci\u00f3n, limpieza y preparaci\u00f3n del material, conservaci\u00f3n en c\u00e1maras, regeneraci\u00f3n cuando es preciso de las muestras, documentaci\u00f3n e intercambio del germoplasma con otras instituciones.<strong>Ecofisiolog\u00eda de la germinaci\u00f3n y dormici\u00f3n de semillas<\/strong><strong>Caracterizaci\u00f3n ecogeogr\u00e1fica, morfol\u00f3gica, bioqu\u00edmica y molecular de recursos fitogen\u00e9ticos: <\/strong>Los trabajos que se realizan en esta l\u00ednea de investigaci\u00f3n se basan en la utilizaci\u00f3n de diferentes metodolog\u00edas de caracterizaci\u00f3n ecogeogr\u00e1fica y morfol\u00f3gica, distintas t\u00e9cnicas bioqu\u00edmicas (aplicadas sobre prote\u00ednas) y diversos tipos de marcadores moleculares (analizando directamente el ADN) con objeto de conocer la diversidad o variabilidad existente en los recursos fitogen\u00e9ticos analizados (tanto cultivados como silvestres).<strong>Evaluaci\u00f3n agron\u00f3mica de recursos fitogen\u00e9ticos<\/strong><strong>Sistemas de informaci\u00f3n geogr\u00e1fica aplicados a la conservaci\u00f3n<\/strong><strong>Conservaci\u00f3n<em> in vitro<\/em> y crioconservaci\u00f3n: <\/strong>Se estudian las t\u00e9cnicas de conservaci\u00f3n<em> in vitro <\/em>mediante limitaci\u00f3n del crecimiento y de crioconservaci\u00f3n en nitr\u00f3geno l\u00edquido (-196\u00baC), como alternativas para la conservaci\u00f3n de germoplasma vegetal. Se investigan sistemas para reducir el estr\u00e9s oxidativo.<strong>T\u00e9cnicas de cultivo <em>in vitro: <\/em><\/strong>Se investiga en el desarrollo de distintas aplicaciones de las t\u00e9cnicas de cultivo<em> in vitro <\/em>de plantas para la micropropagaci\u00f3n, saneamiento y mejora de material vegetal de inter\u00e9s. Igualmente se investigan las bases fisiol\u00f3gicas y gen\u00e9ticas de los procesos de diferenciaci\u00f3n y morfog\u00e9nesis implicados.<strong>An\u00e1lisis de asociaci\u00f3n y recursos fitogen\u00e9ticos<\/strong><strong>Especies silvestres emparentadas con cultivadas<\/strong><strong>Ecolog\u00eda y conservaci\u00f3n de especies y comunidades vegetales: <\/strong>Dentro de esta l\u00ednea se realizan trabajos de investigaci\u00f3n sobre conservaci\u00f3n de especies vegetales incluidas en listas rojas, o de otras especies y comunidades vegetales importantes por su representatividad, por ejemplo, dentro de la Comunidad de Madrid; algunas de estas actividades est\u00e1n vinculadas con el Jard\u00edn Bot\u00e1nico Mediterr\u00e1neo de la ETSIAAB.","parent":"0","count":"2","object_id":"10189","pod_item_id":"490"},{"term_id":"1714","name":"Biodiversity and conservation of plant genetic resources","slug":"en_biodiversity-and-conservation-of-plant-genetic-resources","term_group":"0","term_order":"0","term_taxonomy_id":"1714","taxonomy":"donde","description":"Nuestras l&iacute;neas de investigaci&oacute;n son:\n<strong>Bancos de Germoplasma vegetal: <\/strong>Se gestiona el Banco de Germoplasma Vegetal &ldquo;C&eacute;sar G&oacute;mez Campo&rdquo; de la UPM, un referente mundial en conservaci&oacute;n de recursos fitogen&eacute;ticos, el primero de estas caracter&iacute;sticas que se cre&oacute; en Espa&ntilde;a y tambi&eacute;n el primero del mundo en la conservaci&oacute;n de especies silvestres. El trabajo que desarrolla requiere de las etapas de recolecci&oacute;n de semillas, estudio y caracterizaci&oacute;n, limpieza y preparaci&oacute;n del material, conservaci&oacute;n en c&aacute;maras, regeneraci&oacute;n cuando es preciso de las muestras, documentaci&oacute;n e intercambio del germoplasma con otras instituciones.<strong>Ecofisiolog&iacute;a de la germinaci&oacute;n y dormici&oacute;n de semillas<\/strong><strong>Caracterizaci&oacute;n ecogeogr&aacute;fica, morfol&oacute;gica, bioqu&iacute;mica y molecular de recursos fitogen&eacute;ticos: <\/strong>Los trabajos que se realizan en esta l&iacute;nea de investigaci&oacute;n se basan en la utilizaci&oacute;n de diferentes metodolog&iacute;as de caracterizaci&oacute;n ecogeogr&aacute;fica y morfol&oacute;gica, distintas t&eacute;cnicas bioqu&iacute;micas (aplicadas sobre prote&iacute;nas) y diversos tipos de marcadores moleculares (analizando directamente el ADN) con objeto de conocer la diversidad o variabilidad existente en los recursos fitogen&eacute;ticos analizados (tanto cultivados como silvestres).<strong>Evaluaci&oacute;n agron&oacute;mica de recursos fitogen&eacute;ticos<\/strong><strong>Sistemas de informaci&oacute;n geogr&aacute;fica aplicados a la conservaci&oacute;n<\/strong><strong>Conservaci&oacute;n<em> in vitro<\/em> y crioconservaci&oacute;n: <\/strong>Se estudian las t&eacute;cnicas de conservaci&oacute;n<em> in vitro <\/em>mediante limitaci&oacute;n del crecimiento y de crioconservaci&oacute;n en nitr&oacute;geno l&iacute;quido (-196&ordm;C), como alternativas para la conservaci&oacute;n de germoplasma vegetal. Se investigan sistemas para reducir el estr&eacute;s oxidativo.<strong>T&eacute;cnicas de cultivo <em>in vitro: <\/em><\/strong>Se investiga en el desarrollo de distintas aplicaciones de las t&eacute;cnicas de cultivo<em> in vitro <\/em>de plantas para la micropropagaci&oacute;n, saneamiento y mejora de material vegetal de inter&eacute;s. Igualmente se investigan las bases fisiol&oacute;gicas y gen&eacute;ticas de los procesos de diferenciaci&oacute;n y morfog&eacute;nesis implicados.<strong>An&aacute;lisis de asociaci&oacute;n y recursos fitogen&eacute;ticos<\/strong><strong>Especies silvestres emparentadas con cultivadas<\/strong><strong>Ecolog&iacute;a y conservaci&oacute;n de especies y comunidades vegetales: <\/strong>Dentro de esta l&iacute;nea se realizan trabajos de investigaci&oacute;n sobre conservaci&oacute;n de especies vegetales incluidas en listas rojas, o de otras especies y comunidades vegetales importantes por su representatividad, por ejemplo, dentro de la Comunidad de Madrid; algunas de estas actividades est&aacute;n vinculadas con el Jard&iacute;n Bot&aacute;nico Mediterr&aacute;neo de la ETSIAAB.","parent":"0","count":"2","object_id":"10189","pod_item_id":"1714"}],"departamento":"","ubicacion":"E.T.S. de Ingenier\u00eda Agron\u00f3mica Alimentaria y de Biosistemas","id_infraestructura_portal":"456","coste_sin_iva":"0","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"151.01.042.A","tiene_manual":"0","tiene_albaranes_facturas":"0","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Santiago Moreno V\u00e1zquez","email_responsable_mantenimiento":"santiago.moreno@upm.es","sector_area":"Conservaci\u00f3n de recursos fitogen\u00e9ticos, mejora gen\u00e9tica vegetal","sirve":"Su misi\u00f3n, como miembro de la Red de Colecciones del Programa Nacional de Recursos Fitogen\u00e9ticos, es contribuir a la conservaci\u00f3n de los recursos gen\u00e9ticos espa\u00f1oles y dar servicio, gratuito hasta el d\u00eda de hoy, a la comunidad cient\u00edfica nacional e internacional y a las empresas que requieran su material bajo lo establecido en los Reales decretos 429\/2020 y 124\/2017.","uso":"Su misi\u00f3n, como miembro de la Red de Colecciones del Programa Nacional de Recursos Fitogen\u00e9ticos, es contribuir a la conservaci\u00f3n de los recursos gen\u00e9ticos espa\u00f1oles y dar servicio, gratuito hasta el d\u00eda de hoy, a la comunidad cient\u00edfica nacional e internacional y a las empresas que requieran su material bajo lo establecido en los Reales decretos 429\/2020 y 124\/2017.","relacion":"","otros":"Primer banco de germoplasma del mundo especializado en conservaci\u00f3n de especies silvestres","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/685\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/683\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/686\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/587\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/684","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":4349,"name":"Banco de Germoplasma Vegetal de la UPM \"C\u00e9sar G\u00f3mez Campo\"","slug":"banco-de-germoplasma-vegetal-de-la-upm-cesar-gomez-campo","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":4349,"term_group":0,"count":0,"id":4349},"4352":{"imagen":false,"descripcion":"El Laboratorio de Micro y Nanofabricaci\u00f3n con l\u00e1ser cuenta con todo el equipamiento necesario para el estudio, parametrizaci\u00f3n y ejecuci\u00f3n de procesos l\u00e1ser con tolerancias dimensionales en el rango micro y submicrom\u00e9trico en cualquier tipo de material. En la actualidad el Servicio cuenta con fuentes l\u00e1seres pulsadas en fs con ancho de pulso programable a 1030 nm (EKSPLA Femtolux 30), ps a 355nm, 532 nm y 1064 nm (LUMERA Super Rapid y Spectra Physics Vanguard) as\u00ed como varias fuentes de ns a 355, 532 y 1064 nm (incluida una fuente de alta potencia en UV, de alta potencia en UV). Todos los l\u00e1seres est\u00e1n integrados en m\u00e1quinas o bancadas de proceso y se dispone de esc\u00e1neres, sistemas de control y conformado de haz y diferentes sistemas de enfoque para poder utilizar cualquier estrategia de irradiaci\u00f3n del material y simular condiciones de proceso en entornos productivos. El servicio dispone tambi\u00e9n de la instrumentaci\u00f3n necesaria para la caracterizaci\u00f3n de los procesos in situ, incluyendo Microscopio SEM Hitachi 3000N, Microscopio Confocal e Interferom\u00e9trico Leica DCM 3D y Microscopio Raman  Renishaw In Via.","donde":[{"term_id":"248","name":"Centro L\u00e1ser","slug":"centro-laser","term_group":"0","term_order":"0","term_taxonomy_id":"248","taxonomy":"donde","description":"","parent":"0","count":"10","object_id":"12193","pod_item_id":"248"},{"term_id":"1472","name":"Laser Centre","slug":"en_laser-centre","term_group":"0","term_order":"0","term_taxonomy_id":"1472","taxonomy":"donde","description":"","parent":"0","count":"5","object_id":"12193","pod_item_id":"1472"}],"departamento":"","ubicacion":"90A.00.016.1; 90A.00.104.0; 90A.00.104.1; 90A.00.094.1, Centro L\u00e1ser","id_infraestructura_portal":"526","coste_sin_iva":"0","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"130720; 054376; 047881; 047865; 130691; 036416; 036417; 036418; 48239; 048402","tiene_manual":"0","tiene_albaranes_facturas":"0","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Carlos Molpeceres","email_responsable_mantenimiento":"carlos.molpeceres@upm.es","sector_area":"Procesado l\u00e1ser, tecnolog\u00eda l\u00e1ser, microfabricaci\u00f3n, nanofabricaci\u00f3n, manufactura avanzada, procesado de l\u00e1mina delgada, funcionalizaci\u00f3n de superficies.","sirve":"Los l\u00e1seres pulsados con anchos de pulso entre los fs y los ns son herramientas \u00f3ptimas para procesar materiales con resoluciones micro y submicrom\u00e9tricas. El control de un tiempo de interacci\u00f3n corto, junto con una apropiada selecci\u00f3n de la longitud de onda a emplear seg\u00fan el material y una estrategia de manipulaci\u00f3n y control adecuada del haz permiten minimizar la carga t\u00e9rmica empleada en la eliminaci\u00f3n del material, de forma que se consigan esas tolerancias extremas en fabricaci\u00f3n. Por otro lado, la infraestructura disponible in situ para la caracterizaci\u00f3n procesos (SEM, confocal, Raman, etc.), da un valor a\u00f1adido al Servicio, al poder hacer un estudio detallado mediante diferentes t\u00e9cnicas del estado del material tras el procesado. Adem\u00e1s el Centro L\u00e1ser UPM no s\u00f3lo tiene m\u00e1s de 20 a\u00f1os de experiencia en el desarrollo de este tipo de procesos, si no que especialista en el escalado del proceso para su integraci\u00f3n en l\u00edneas de producci\u00f3n si as\u00ed se requiere.","uso":"En la actualidad la infraestructura disponible permite procesar y caracterizar todo tipo de materiales. Algunos ejemplos de los procesos que se realizan habitualmente son el procesado de l\u00e1mina delgada para aplicaciones en fotovoltaica y electr\u00f3nica (aislamiento, interconexi\u00f3n, ablaci\u00f3n selectiva, estructurado). Modificaci\u00f3n de superficies para su funcionalizaci\u00f3n (estructuras jer\u00e1rquicas para control de mojabilidad, control de rugosidad de superficies para aplicaciones biom\u00e9dicas), corte de materiales para la creaci\u00f3n de m\u00e1scaras para microscop\u00eda y fotolitograf\u00eda, fabricaci\u00f3n de canales para dispositivos microflu\u00eddicos mediante ablaci\u00f3n l\u00e1ser, clivado l\u00e1ser de silicio, modificaci\u00f3n superficial mediante l\u00e1ser para control de propiedades \u00f3pticas, generaci\u00f3n de estructuras peri\u00f3dicas inducidas por l\u00e1ser con resoluci\u00f3n nanom\u00e9trica para control de luz, etc","relacion":"Los procesos de Micro y Nanofabricaci\u00f3n con l\u00e1ser son imprescindibles en el desarrollo de nuevas tecnolog\u00edas y dispositivos en cualquier campo industrial estrat\u00e9gico, desde la energ\u00eda a la biomedicina pasando por la automaci\u00f3n, el sector aeroespacial o el textil entre otros. Adem\u00e1s estas t\u00e9cnicas encajan de forma \u00f3ptima en la filosof\u00eda y metodolog\u00edas de producci\u00f3n de los entornos industriales digitalizados (Industria 4.0), por lo que se espera un crecimiento importante en el uso de esta tecnolog\u00eda en los pr\u00f3ximos a\u00f1os.","otros":"El Centro L\u00e1ser UPM ha sido una referencia, incluso a nivel internacional, en el desarrollo de procesos de micro y nanofabricaci\u00f3n con l\u00e1ser. Especialmente destacada ha sido su contribuci\u00f3n en el desarrollo de procesos para la industria fotovoltaica y electr\u00f3nica flexible. Adem\u00e1s su pertenencia al Hub de Laboratorios Europeos Appolo HUB (www.appolohub.eu), le da una visi\u00f3n y experiencia \u00fanica del desarrollo de esta tecnolog\u00eda a nivel internacional.  Este Hub, creado tras el proyecto FP7 Appolo, act\u00faa como estructura de validaci\u00f3n de procesos l\u00e1ser basados en l\u00e1seres pulsados, ayudando a cubrir toda la cadena de valor de la tecnolog\u00eda l\u00e1ser europea entre los fabricantes y suministradores de equipo y los usuarios industriales finales.","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/705\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/706","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":4352,"name":"Laboratorio de Micro y Nanofabricaci\u00f3n con l\u00e1ser","slug":"laboratorio-de-micro-y-nanofabricacion-con-laser","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":4352,"term_group":0,"count":0,"id":4352},"4367":{"imagen":false,"descripcion":"Celda equipada con una fuente  laser de fibra de 2 kW Raycus RFLC2000, con estacio\u00bfn robotizada ABB y distintos cabezales de procesos (corte, soldadura, soldadura h\u00edbrida laser-MIG\/MAG, cladding).","donde":[{"term_id":"248","name":"Centro L\u00e1ser","slug":"centro-laser","term_group":"0","term_order":"0","term_taxonomy_id":"248","taxonomy":"donde","description":"","parent":"0","count":"10","object_id":"12193","pod_item_id":"248"},{"term_id":"1472","name":"Laser Centre","slug":"en_laser-centre","term_group":"0","term_order":"0","term_taxonomy_id":"1472","taxonomy":"donde","description":"","parent":"0","count":"5","object_id":"12193","pod_item_id":"1472"}],"departamento":"","ubicacion":"90A.00.104.3, Centro L\u00e1ser","id_infraestructura_portal":"514","coste_sin_iva":"0","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"069748; 054374; 50999; 62389; 73214; 81783","tiene_manual":"0","tiene_albaranes_facturas":"0","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Miguel Morales","email_responsable_mantenimiento":"miguel.morales@upm.es","sector_area":"Macroprocesado l\u00e1ser, fabricaci\u00f3n h\u00edbrida, soldadura, manufactura aditiva","sirve":"Estaci\u00f3n de trabajo para la realizaci\u00f3n de macroprocesos l\u00e1ser: marcado, corte, soldadura, tratamientos superficiales, conformado y manufactura aditiva. Su objetivo fundamental es estudiar la viabilidad industrial de dichos procesos l\u00e1ser, as\u00ed como fabricar piezas \u00fanicas o de tirada corta, como servicio a otras unidades de investigaci\u00f3n o a empresas cuyas necesidades se alejen de las proporcionadas por talleres tradicionales.","uso":"Corte de chapa met\u00e1lica de varios mm de espesor y soldadura de acero y aluminio. Utilizaci\u00f3n por alumnos en trabajos fin de estudios y en competiciones de ingenier\u00eda (UPM Racing y UPM Moto Student).","relacion":"El objetivo de esta estaci\u00f3n no es tanto innovar en macroprocesos l\u00e1ser, dado que los procesos de corte y marcado l\u00e1ser est\u00e1n generalizados y disponibles en m\u00faltiples talleres. En este sentido la estaci\u00f3n de corte, soldadura y manufactura aditiva ofrece apoyo y asesor\u00eda en el desarrollo de nuevas aplicaciones industriales o procesos  que se salgan de lo habitual (ya sea el proceso o el material), gracias a la experiencia y know-how acumulado en el Centro L\u00e1ser. Adem\u00e1s el servicio cubre una necesidad real de los distintos grupos de investigaci\u00f3n de la universidad para fabricar bajo demanda piezas \u00fanicas o de tirada corta para aplicaci\u00f3n en distintos campos de investigaci\u00f3n.","otros":"","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/701\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/702","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":4367,"name":"Estaci\u00f3n l\u00e1ser de corte, soldadura y manufactura aditiva","slug":"estacion-laser-de-corte-soldadura-y-manufactura-aditiva","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":4367,"term_group":0,"count":0,"id":4367},"4369":{"imagen":false,"descripcion":"El laboratorio de bioimpresi\u00f3n con l\u00e1ser cuenta con un sistema de impresi\u00f3n mediante Blister Actuated Laser Induced Forward Transfer (BA-LIFT), de tecnolog\u00eda propia, que incorpora un l\u00e1ser en ns Crylas a 355 nm, sistema de visi\u00f3n (incluyendo m\u00f3dulo de fluorescencia) para identificaci\u00f3n y selecci\u00f3n celular y sistema de posicionamiento automatizado. Permite hacer procesos de impresi\u00f3n mediante BA-LIFT 2D y 3D con precisi\u00f3n microm\u00e9trica. El equipo se encuentra instalado en un laboratorio de cultivo celular que incluye campana de seguridad biol\u00f3gica Nuaire NU543600E, centr\u00edfuga Thermo Scientific Sorvall ST8 e incubadora Thermo Scientific MIDI 40 entre otro equipamiento menor. El laboratorio dispone tambi\u00e9n de un microscopio invertido de fluorescencia Zeiss Axio Observer con movimiento en Z y platina X, Y motorizada, sistema de iluminaci\u00f3n campo claro y sistema de iluminaci\u00f3n de fluorescencia con varios canales.","donde":[{"term_id":"248","name":"Centro L\u00e1ser","slug":"centro-laser","term_group":"0","term_order":"0","term_taxonomy_id":"248","taxonomy":"donde","description":"","parent":"0","count":"10","object_id":"12193","pod_item_id":"248"},{"term_id":"1472","name":"Laser Centre","slug":"en_laser-centre","term_group":"0","term_order":"0","term_taxonomy_id":"1472","taxonomy":"donde","description":"","parent":"0","count":"5","object_id":"12193","pod_item_id":"1472"}],"departamento":"","ubicacion":"90A.00.017.0, Centro L\u00e1ser","id_infraestructura_portal":"515","coste_sin_iva":"0","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"4018949; 407176; 4018954; 047924; 4015132; 4015220; 4015435","tiene_manual":"0","tiene_albaranes_facturas":"0","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Sara Lauzurica","email_responsable_mantenimiento":"sara.lauzurica@upm.es","sector_area":"Salud, Bioingenier\u00eda, biomedicina, ingenier\u00eda de tejidos, manufactura aditiva, medicina regenerativa, cultivo celular, aislamiento celular, single cell.","sirve":"El laboratorio es pionero en el uso de la t\u00e9cnica BA-LIFT para la impresi\u00f3n de materiales para ingenier\u00eda de tejido y, fundamentalmente, de material celular con alt\u00edsima viabilidad (cercana al 100 %). La inclusi\u00f3n en el sistema de un m\u00f3dulo de visi\u00f3n y fluorescencia permite hacer selecci\u00f3n celular a demanda, incluido el aislamiento e impresi\u00f3n de una \u00fanica c\u00e9lula con total protecci\u00f3n de la misma frente al l\u00e1ser incidente. El dise\u00f1o del equipo permite imprimir sobre una gran variedad de actores, desde sustratos planos funcionalizados hasta placas de cultivo est\u00e1ndar. Esta tecnolog\u00eda es completamente disruptiva y complementa, y en ocasiones compite con ventaja, con las tecnolog\u00edas de extrusi\u00f3n e impresi\u00f3n por chorro de tinta.","uso":"El sistema se viene utilizando en diferentes proyectos de biomedicina para desarrollo de modelos in vitro de respuesta inmune, mejora de modelos de tejidos y aislamiento de c\u00e9lula \u00fanica en diferentes campos biom\u00e9dicos.","relacion":"El laboratorio de bioimpresi\u00f3n por l\u00e1ser, aparte de ser \u00fanico en Espa\u00f1a, se beneficia de estar alojado en el Centro L\u00e1ser UPM con acceso al resto de infraestructuras del mismo, especialmente el Servicio de Micro y nanofabricaci\u00f3n con l\u00e1ser y el laboratorio de Fabricaci\u00f3n aditiva\/sustractiva con l\u00e1ser del dicho Centro, lo que potencia las posibilidades en el dise\u00f1o y desarrollo de experimentos en el campo de la ingenier\u00eda de tejido vivo.","otros":"La tecnolog\u00eda desarrollada en el laboratorio, y su actividad asociada, tiene relaci\u00f3n directo con campos de frontera, de grand\u00edsimo impacto tecnol\u00f3gico y social, como es el \u00e1mbito de la Ingenier\u00eda de Tejidos en Medicina Regenerativa, la selecci\u00f3n y aislamiento celular para Biomedicina y Medicina Traslacional, y el desarrollo de t\u00e9cnicas para la fabricaci\u00f3n de modelos biol\u00f3gicos in vitro y organoides. Adem\u00e1s la t\u00e9cnica usada es una t\u00e9cnica de frontera en el campo de la Manufactura Aditiva aplicada a la Biomedicina, y forma parte de las t\u00e9cnicas, englobadas bajo el ep\u00edgrafe de Digital Photonics Production (Fabricaci\u00f3n Digital Fot\u00f3nica), que se consideran \u00f3ptimas para su inclusi\u00f3n en los contextos de la Industria Digital (Industria 4.0) presente y futura.","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/703\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/704","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":4369,"name":"Laboratorio de bioimpresi\u00f3n con l\u00e1ser","slug":"laboratorio-de-bioimpresion-con-laser","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":4369,"term_group":0,"count":0,"id":4369},"4371":{"imagen":false,"descripcion":"La Plataforma cuenta con un m\u00f3dulo de C\u00e1lculo y otro de Visualizaci\u00f3n. La Plataforma cuenta con dos servidores gemelos de alto rendimiento, con un banco de datos, un switch con conexionado de fibra, un sistema de alimentaci\u00f3n el\u00e9ctrica ininterrumpida y un armario rack para el almacenamiento ordenado de los equipos. Caracter\u00edsticas: 96 Cores (4 Intel Xeon Gold 6248R) Almacenamiento: 40 TB RAM Conjunta: 256 GB 48 GPUs Rack de 42U Plotter de gran formato (Incluido en el m\u00f3dulo de visualizaci\u00f3n)","donde":[{"term_id":"246","name":"Centro de Investigaci\u00f3n del Transporte (TRANSYT)","slug":"centro-de-investigacion-del-transporte-transyt","term_group":"0","term_order":"0","term_taxonomy_id":"246","taxonomy":"donde","description":"","parent":"0","count":"9","object_id":"11971","pod_item_id":"246"},{"term_id":"1470","name":"Transport Research Centre","slug":"en_transport-research-centre","term_group":"0","term_order":"0","term_taxonomy_id":"1470","taxonomy":"donde","description":"","parent":"0","count":"9","object_id":"11971","pod_item_id":"1470"}],"departamento":"","ubicacion":"Centro de Investigaci\u00f3n del Transporte TRANSyT","id_infraestructura_portal":"530","coste_sin_iva":"0","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"00000","tiene_manual":"0","tiene_albaranes_facturas":"0","mantenimiento_ok":"0","nombre_responsable_mantenimiento":"Sa\u00fal Rodr\u00edguez Torres","email_responsable_mantenimiento":"saul.rodriguez@upm.es","sector_area":"Transporte, Movilidad, Urbanismo, Territorio, Inteligencia Artificial, Big Data, Modelizaci\u00f3n, Estad\u00edstica, Computaci\u00f3n, Visualizaci\u00f3n.","sirve":"M\u00f3dulo de C\u00e1lculo: Realizar c\u00e1lculos estad\u00edsticos, modelizaci\u00f3n de la demanda, interacci\u00f3n de uso de suelo y transporte, simulaci\u00f3n (macrosc\u00f3pica, microsc\u00f3pica y mesosc\u00f3pica) y agentes. \r\nM\u00f3dulo de Visualizaci\u00f3n: Simulaci\u00f3n gr\u00e1fica, renderizaci\u00f3n de los resultados, dise\u00f1o de mapas e impresi\u00f3n de planos.\r\nEl switch conecta los dispositivos mediante conexiones de fibra SFP+, para reducir la latencia y aumentar la capacidad de la red.","uso":"Los servidores soportan cargas de alta densidad, Big Data e Inteligencia Artificial. Gracias a la virtualizaci\u00f3n y al dise\u00f1o de la arquitectura con un equipo All Flash como banco de datos, ambos servidores pueden trabajar de manera conjunta y compartir recursos.\r\nLos investigadores del centro mediante conexi\u00f3n remota tienen acceso desde su puesto, para lo cual se les ha proporcionado pantallas de 27\u00bf.","relacion":"","otros":"","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/710\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/711\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/709","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":4371,"name":"Plataforma de C\u00e1lculo y Visualizaci\u00f3n para la Investigaci\u00f3n y la Modelizaci\u00f3n en Transporte y Territorio","slug":"plataforma-de-calculo-y-visualizacion-para-la-investigacion-y-la-modelizacion-en-transporte-y-territorio","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":4371,"term_group":0,"count":0,"id":4371},"4384":{"imagen":false,"descripcion":"Estaci\u00f3n de trabajo dedicada a realizar procesos de escritura directa por l\u00e1ser, especialmente por Laser Induced Forward Transfer (LIFT) para procesos de impresi\u00f3n por l\u00e1ser aditivos y de modificaci\u00f3n superficial. Permite adem\u00e1s combinar procesos aditivos\/sustractivos con resoluci\u00f3n microm\u00e9trica. Para ello el sistema combina fuentes l\u00e1ser con diferentes longitudes de onda y duraciones de pulso con sistemas de posicionamiento de haz (\u00f3ptica fija, esc\u00e1neres e incluyendo sistema acusto-\u00f3ptico de focal variable) y muestra (ejes de posicionamiento) y caracterizaci\u00f3n de proceso (incluyendo sistemas de visi\u00f3n ultrarr\u00e1pidos, viscos\u00edmetros, sistema \u00f3ptico de medida de \u00e1ngulo de contacto y tensi\u00f3n superficial,caracterizaci\u00f3n el\u00e9ctrica, etc).","donde":[{"term_id":"248","name":"Centro L\u00e1ser","slug":"centro-laser","term_group":"0","term_order":"0","term_taxonomy_id":"248","taxonomy":"donde","description":"","parent":"0","count":"10","object_id":"12193","pod_item_id":"248"},{"term_id":"1472","name":"Laser Centre","slug":"en_laser-centre","term_group":"0","term_order":"0","term_taxonomy_id":"1472","taxonomy":"donde","description":"","parent":"0","count":"5","object_id":"12193","pod_item_id":"1472"}],"departamento":"","ubicacion":"90A.00.016.1 y 90A.00.017.0, Centro L\u00e1ser","id_infraestructura_portal":"531","coste_sin_iva":"0","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"4010393;  4008908; 058361; 4010620; 4013951; 4017600; 4018949; 4019790; 4017830; 141590","tiene_manual":"0","tiene_albaranes_facturas":"0","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Miguel Morales","email_responsable_mantenimiento":"miguel.morales@upm.es","sector_area":"Microfabricaci\u00f3n, nanofabricaci\u00f3n, Procesado de materiales con l\u00e1ser, Manufactura aditiva.","sirve":"Permite desarrollar diversos procesos de escritura directa con l\u00e1ser, especialmente procesos LIFT, empleando distintas fuentes l\u00e1ser y sistemas de guiado del haz y movimiento de la muestra con precisiones microm\u00e9tricas, o incorporar sistemas de visi\u00f3n y caracterizaci\u00f3n de proceso.  En el caso de aplicaciones aditivas, se utiliza para depositar material mediante l\u00e1ser para la impresi\u00f3n de l\u00edneas conductoras en aplicaciones de fotovoltaica o de electr\u00f3nica flexible, impresi\u00f3n de materiales cer\u00e1micos diel\u00e9ctricos o aislantes. Adem\u00e1s es posible realizar procesos t\u00e9rmicos de modificaci\u00f3n superficial, como el curado y sinterizado de los materiales previamente depositados. La combinaci\u00f3n de las anteriores t\u00e9cnicas permite fabricar dispositivos electr\u00f3nicos completos y funcionales, y combinarlo con aplicaciones sustractivas como la eliminaci\u00f3n selectiva de material mediante ablaci\u00f3n l\u00e1ser, y con procesos de generaci\u00f3n de tensiones residuales mediante ondas de choque ps-LSP, etc.","uso":"Procesos de metalizaci\u00f3n mediante LIFT, mejora de propiedades mec\u00e1nicas de muestras de manufactura aditiva mediante ondas de choque generadas con pulsos ultrarr\u00e1pidos, impresi\u00f3n de l\u00edneas conductoras para aplicaciones fotovoltaicas y electr\u00f3nica flexible, impresi\u00f3n de materiales de materiales cer\u00e1micos  diel\u00e9ctricos y aislantes, curado de materiales, etc.","relacion":"Uno de los retos tecnol\u00f3gicos que debe afrontar el sector de la fabricaci\u00f3n de maquinaria es el desarrollo de tecnolog\u00edas h\u00edbridas que combinen procesos aditivos y sustractivos para conseguir un uso m\u00e1s eficiente de los recursos y mayor rapidez en la fabricaci\u00f3n de elementos complejos. En particular, los procesos de manufactura aditiva (additive manufacturing, AM) basados en l\u00e1ser pueden ser combinados con otras t\u00e9cnicas l\u00e1ser de escritura directa como el micromecanizado o la modificaci\u00f3n superficial, dando lugar a procesos de fabricaci\u00f3n h\u00edbridos basados en herramientas fot\u00f3nicas.","otros":"","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/712\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/713","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":4384,"name":"Laboratorio de LIFT y Microfabricaci\u00f3n H\u00edbrida","slug":"laboratorio-de-lift-y-microfabricacion-hibrida","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":4384,"term_group":0,"count":0,"id":4384},"4390":{"imagen":false,"descripcion":"El laboratorio se encuentra ubicado en la planta baja del centro y tiene una superficie de 300 m2. Dispone de 2 \u00e1reas de Registro de Datos y una zona central para el personal; la altura del techo es de 5 metros. La zona 1 de Registro de Datos tiene unas dimensiones de 20 x 5 m con dos fosos para instalaci\u00f3n de plataformas de fuerza. La Zona 2 de Registro de Datos tiene 12 x 5 m con un foso para instalaci\u00f3n de plataformas de fuerza. Cuenta con un sistema de captura del movimiento 3D marca Vicon con 6 c\u00e1maras de alta velocidad, 2 plataformas dinamom\u00e9tricas de tipo piezoel\u00e9ctrico marca Kistler, 1 sistema de electromiograf\u00eda de superficie inal\u00e1mbrica de 12 canales marca Delsys.","donde":[{"term_id":"542","name":"Grupo de An\u00e1lisis Biomec\u00e1nico","slug":"grupo-de-analisis-biomecanico","term_group":"0","term_order":"0","term_taxonomy_id":"542","taxonomy":"donde","description":"","parent":"0","count":"6","object_id":"10267","pod_item_id":"542"},{"term_id":"1766","name":"Biomechanical Analysis Group","slug":"en_biomechanical-analysis-group","term_group":"0","term_order":"0","term_taxonomy_id":"1766","taxonomy":"donde","description":"","parent":"0","count":"3","object_id":"10711","pod_item_id":"1766"}],"departamento":"","ubicacion":"Grupo de an\u00e1lisis biomec\u00e1nico. Facultad de Ciencias de la Actividad F\u00edsica y del Deporte (INEF)","id_infraestructura_portal":"534","coste_sin_iva":"400000","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"N.A.","tiene_manual":"0","tiene_albaranes_facturas":"0","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Enrique Navarro","email_responsable_mantenimiento":"enrique.navarro@upm.es","sector_area":"Ciencias del deporte, Salud","sirve":"Permite analizar los movimientos, las cargas articulares y la actividad muscular de cualquier movimiento en el \u00e1mbito del deporte (carrera, golpeos de bal\u00f3n, swing de golf), de la salud (an\u00e1lisis de la marcha, estudio de los desequilibrios musculares, alteraciones del aparato locomotor) y de la actividad laboral (ergonom\u00eda, posturas, movimientos repetitivos, manejo de cargas) con el objetivo de mejorar el rendimiento y prevenir las lesiones.","uso":"Deporte profesional y amateur y pacientes con lesiones musculoesquel\u00e9ticas.","relacion":"","otros":"Laboratorio de Biomec\u00e1nica Deportiva forma parte de la Red de Laboratorios e Infraestructuras de la Comunidad de Madrid con el n\u00famero de referencia 239 bajo la supervisi\u00f3n y aprobaci\u00f3n del Grupo Asesor de la Red de Laboratorios se le reconoce el nivel 2.- TRAZABILIDAD. Los investigadores pertenecen al Departamento de Salud y Rendimiento Humano.","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/715\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/714","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":4390,"name":"Laboratorio de biomec\u00e1nica deportiva","slug":"laboratorio-de-biomecanica-deportiva","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":4390,"term_group":0,"count":0,"id":4390},"4394":{"imagen":false,"descripcion":"Plataforma integral de medici\u00f3n de variables termo-higrom\u00e9tricas y consumos el\u00e9ctricos, compuesta por los siguientes equipos: \u00b7       2 dispositivos port\u00e1tiles de medici\u00f3n y almacenamiento de datos de humedad y temperatura (TESTOSTOR 171-3). \u00b7       3 registradores de datos para medici\u00f3n a largo plazo y multicanal de temperatura y humedad (TESTO 177-H1) \u00b7       4 dispositivos registradores con doble control de temperatura, con sensor interno y conexi\u00f3n para una sonda de temperatura externa (TESTO 175-T2) \u00b7   \t1 registrador de datos de humedad y temperatura de 2 canales con sensores internos (TESTO 175-H2) \u00b7       1 dispositivo de medici\u00f3n de humedad, coeficiente de transferencia de calor (valor U), humedad de equilibrio en materiales, y punto de roc\u00edo en presi\u00f3n en sistemas de aire comprimido (TESTO 635-1). \u00b7       1 c\u00e1mara termogr\u00e1fica para medici\u00f3n de temperatura sin necesidad de contacto, que detecta la energ\u00eda infrarroja emitida, transmitida o reflejada por todos los materiales a temperaturas superiores al cero absoluto (0\u00b0 Kelvin) y convierten el factor de energ\u00eda en una lectura de temperatura o termograma (FLIR E30 BX). \u00b7       1 Gestor Energ\u00e9tico Inteligente, que permite verificar en tiempo real el consumo energ\u00e9tico total y su coste diario, semanal o mensual del consumo el\u00e9ctrico, con 3 Enchufes Sensor Inal\u00e1mbrico (ESI) que permiten conocer el consumo individualizado de cualquier aparato el\u00e9ctrico (ENVI-R de CURRENT COST). \u00b7       Gateway ENERGOBOX para interconexi\u00f3n inal\u00e1mbrica y gestio\u00bfn de 30 sensores (luz, agua, gas, temperatura y humedad) y comunicaci\u00f3n con plataforma online de visualizaci\u00f3n y almacenamiento de datos recibidos desde Pantalla display Energovisio\u00bfn SKU 601175, Transmisor GasSense para mediciones de contadores de gas, y Transmisor monofa\u00bfsico 80A + Sensor mini 80A SKU 600815 de consumo el\u00e9ctrico.","donde":[{"term_id":"260","name":"Arquitectura Bioclim\u00e1tica en un entorno sostenible-ABIO","slug":"arquitectura-bioclimatica-en-un-entorno-sostenible-abio","term_group":"0","term_order":"0","term_taxonomy_id":"260","taxonomy":"donde","description":"","parent":"0","count":"19","object_id":"11418","pod_item_id":"260"},{"term_id":"1484","name":"Bioclimatic Architecture in a sustainable environment - 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Entornos virtuales utilizados en la rehabilitaci\u00f3n de la extremidad superior: actividad de Disociaci\u00f3n de Dedos y de Coordinaci\u00f3n Bimanual.","uso":"Esta plataforma va dirigida principalmente a Terapeutas Ocupacionales, Neuropsic\u00f3logos, Logopedas, Neur\u00f3logos, M\u00e9dicos Geri\u00e1tricos y M\u00e9dicos Rehabilitadores.","relacion":"","otros":"","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/730\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/731","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":4548,"name":"Plataforma de rehabilitaci\u00f3n motora","slug":"plataforma-de-rehabilitacion-motora","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":4548,"term_group":0,"count":0,"id":4548},"4568":{"imagen":false,"descripcion":"Laboratorio con una superficie de 60 m2 equipado con agua corriente, tomas de corriente monof\u00e1sica de 220 V a 50 Hz y toma de corriente trif\u00e1sica de 380 V a 50 Hz.","donde":[{"term_id":"660","name":"Pilas de Combustible, Tecnolog\u00eda del Hidr\u00f3geno y Motores Alternativos","slug":"pilas-de-combustible-tecnologia-del-hidrogeno-y-motores-alternativos","term_group":"0","term_order":"0","term_taxonomy_id":"660","taxonomy":"donde","description":"","parent":"0","count":"11","object_id":"10946","pod_item_id":"660"},{"term_id":"1880","name":"Fuel Cells, Hydrogen Technology and Alternative Engines","slug":"en_fuel-cells-hydrogen-technology-and-alternative-engines","term_group":"0","term_order":"0","term_taxonomy_id":"1880","taxonomy":"donde","description":"","parent":"0","count":"11","object_id":"10946","pod_item_id":"1880"}],"departamento":"","ubicacion":"Escuela T\u00e9cnica Superior de Ingenieros Navales","id_infraestructura_portal":"558","coste_sin_iva":"0","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"No aplica","tiene_manual":"0","tiene_albaranes_facturas":"0","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Teresa J. 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Gracias a su amplitud y su disposici\u00f3n a nivel del suelo, permite la instalaci\u00f3n de equipos voluminosos y\/o pesados.","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/775\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/774","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":4568,"name":"Laboratorio de Pilas de Combustible y Combustibles Alternativos","slug":"laboratorio-de-pilas-de-combustible-y-combustibles-alternativos","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":4568,"term_group":0,"count":0,"id":4568},"4570":{"imagen":false,"descripcion":"Plataforma dise\u00f1ada y construida por PiCoHiMA para el estudio del comportamiento de sistemas complejos sometidos a movimientos inducidos. 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El motor es de la marca Mini Motor, modelo PC 530M4T 20 B3, y tiene una potencia nominal de 270 W a 140 rpm y un par nominal de 154 N\u00b7m.","donde":[{"term_id":"660","name":"Pilas de Combustible, Tecnolog\u00eda del Hidr\u00f3geno y Motores Alternativos","slug":"pilas-de-combustible-tecnologia-del-hidrogeno-y-motores-alternativos","term_group":"0","term_order":"0","term_taxonomy_id":"660","taxonomy":"donde","description":"","parent":"0","count":"11","object_id":"10946","pod_item_id":"660"},{"term_id":"1880","name":"Fuel Cells, Hydrogen Technology and Alternative Engines","slug":"en_fuel-cells-hydrogen-technology-and-alternative-engines","term_group":"0","term_order":"0","term_taxonomy_id":"1880","taxonomy":"donde","description":"","parent":"0","count":"11","object_id":"10946","pod_item_id":"1880"}],"departamento":"","ubicacion":"Escuela T\u00e9cnica Superior de Ingenieros Navales","id_infraestructura_portal":"557","coste_sin_iva":"0","fecha_compra":"0000-00-00","fecha_alta_inventario":"2020-07-27","numero_inventario":"-1","tiene_manual":"0","tiene_albaranes_facturas":"1","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Teresa J. Leo Mena","email_responsable_mantenimiento":"teresa.leo.mena@upm.es","sector_area":"Desarrollo y fabricaci\u00f3n de pilas de combustible y electrolizadores.","sirve":"Inducci\u00f3n de estr\u00e9s mec\u00e1nico en sistemas complejos por medio de movimiento.","uso":"Actualmente, esta plataforma se emplea en la evaluaci\u00f3n del comportamiento de pilas de combustible y electrolizadores en los medios marino y a\u00e9reo. En tales medios aparecen solicitaciones de baja frecuencia debidas al movimiento de la superficie del mar en el primer caso y solicitaciones de alta frecuencia debidas a las vibraciones de las aeronaves en el segundo.","relacion":"Fabricaci\u00f3n de pilas de combustible y electrolizadores.","otros":"","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/751\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/752","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":4570,"name":"Plataforma de movimientos 1D","slug":"plataforma-de-movimientos-1d","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":4570,"term_group":0,"count":0,"id":4570},"4572":{"imagen":false,"descripcion":"El laboratorio de motores alternativos contiene un banco de ensayos dotado de un motor de ciclo Otto y aspiraci\u00f3n natural dotado de los sistemas de control del banco de pruebas y del motor, as\u00ed como de un sistema de adquisici\u00f3n de datos. Este banco de ensayos permite monitorizar los par\u00e1metros de funcionamiento del motor y su respuesta frente al uso de diferentes mezclas de combustibles.","donde":[{"term_id":"660","name":"Pilas de Combustible, Tecnolog\u00eda del Hidr\u00f3geno y Motores Alternativos","slug":"pilas-de-combustible-tecnologia-del-hidrogeno-y-motores-alternativos","term_group":"0","term_order":"0","term_taxonomy_id":"660","taxonomy":"donde","description":"","parent":"0","count":"11","object_id":"10946","pod_item_id":"660"},{"term_id":"1880","name":"Fuel Cells, Hydrogen Technology and Alternative Engines","slug":"en_fuel-cells-hydrogen-technology-and-alternative-engines","term_group":"0","term_order":"0","term_taxonomy_id":"1880","taxonomy":"donde","description":"","parent":"0","count":"11","object_id":"10946","pod_item_id":"1880"}],"departamento":"","ubicacion":"Escuela T\u00e9cnica Superior de Ingenier\u00eda Aeron\u00e1utica y del Espacio","id_infraestructura_portal":"555","coste_sin_iva":"0","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"-1","tiene_manual":"0","tiene_albaranes_facturas":"0","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Emilio Navarro Ar\u00e9valo","email_responsable_mantenimiento":"emilio.navarro@upm.es","sector_area":"Investigaci\u00f3n de mezclas policombustible para motores de combusti\u00f3n interna.","sirve":"Esta instalaci\u00f3n permite el estudio del comportamiento de motores de combusti\u00f3n interna de encendido provocado al utilizar diferentes mezclas de combustibles tanto l\u00edquidos como gaseosos.","uso":"Actualmente el laboratorio tiene dos funciones b\u00e1sicas. Por un lado, investigar el efecto de mezclas policombustible en motores de clico Otto. Por otro, el banco se utiliza en tareas did\u00e1cticas de car\u00e1cter pr\u00e1ctico dentro del \u00e1mbito del Departamento de Mec\u00e1nica de Fluidos y Propulsi\u00f3n Aeroespacial de la Escuela T\u00e9cnica Superior de Ingenier\u00eda Aeron\u00e1utica y del Espacio.","relacion":"Combustibles alternativos.","otros":"","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/747\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/748","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":4572,"name":"Laboratorio de motores alternativos","slug":"laboratorio-de-motores-alternativos","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":4572,"term_group":0,"count":0,"id":4572},"4576":{"imagen":false,"descripcion":"Este laboratorio cuenta con varios montajes experimentales demostrativos para docencia: 1) Equipo que consta de una c\u00e9lula fotovoltaica que al ser iluminada con un foco alimenta un electrolizador tipo PEME que produce hidr\u00f3geno. Este hidr\u00f3geno es posteriormente dirigido a una monocelda de pila de combustible tipo PEMFC que produce una corriente el\u00e9ctrica que mueve un ventilador. 2) Equipo con funcionamiento semejante al anterior, que se alimenta directamente con electricidad de la red para hacer funcionar el electrolizador tipo PEME. 3) Monocelda de pila de combustible de metanol directo DMFC tipo pasiva.","donde":[{"term_id":"660","name":"Pilas de Combustible, Tecnolog\u00eda del Hidr\u00f3geno y Motores Alternativos","slug":"pilas-de-combustible-tecnologia-del-hidrogeno-y-motores-alternativos","term_group":"0","term_order":"0","term_taxonomy_id":"660","taxonomy":"donde","description":"","parent":"0","count":"11","object_id":"10946","pod_item_id":"660"},{"term_id":"1880","name":"Fuel Cells, Hydrogen Technology and Alternative Engines","slug":"en_fuel-cells-hydrogen-technology-and-alternative-engines","term_group":"0","term_order":"0","term_taxonomy_id":"1880","taxonomy":"donde","description":"","parent":"0","count":"11","object_id":"10946","pod_item_id":"1880"}],"departamento":"","ubicacion":"Escuela T\u00e9cnica Superior de Ingenieros Navales","id_infraestructura_portal":"554","coste_sin_iva":"0","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"003808, 034496","tiene_manual":"1","tiene_albaranes_facturas":"1","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Teresa J. 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Con este banco se pueden realizar ensayos de curva de polarizaci\u00f3n, determinar la conductividad de la membrana a trav\u00e9s del plano y la densidad de corriente l\u00edmite de crossover.","uso":"Ensayo de pilas de combustible DMFC y electrolizador de metanol, monocelda y stack.","relacion":"Fabricaci\u00f3n y ensayo de pilas de combustible y electrolizador de metanol.","otros":"","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/778\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/777","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":4584,"name":"Banco de ensayos de pila de combustible DMFC y electrolizador de metanol con c\u00e1mara clim\u00e1tica","slug":"banco-de-ensayos-de-pila-de-combustible-dmfc-y-electrolizador-de-metanol-con-camara-climatica","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":4584,"term_group":0,"count":0,"id":4584},"4586":{"imagen":false,"descripcion":"Banco de ensayos dise\u00f1ado y construido por PiCoHiMA con c\u00e1mara clim\u00e1tica que permite regular la temperatura de trabajo de la DMFC hasta 80 \u00b0C. 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Leo Mena","email_responsable_mantenimiento":"teresa.leo.mena@upm.es","sector_area":"Desarrollo y ensayo de pilas de combustible y componentes.","sirve":"Este banco permite ensayar monoceldas y stacks de pila de combustible DMFC pudiendo controlar flujo m\u00e1sico, presi\u00f3n y temperatura del oxidante, caudal del combustible (metanol) y temperatura de funcionamiento del dispositivo a ensayar. Con este banco se pueden realizar ensayos de curva de polarizaci\u00f3n, determinar la conductividad de la membrana a trav\u00e9s del plano y la densidad de corriente l\u00edmite de crossover. 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Adem\u00e1s, la estaci\u00f3n cuenta con un sistema de curado Autoclave Form Cure de Formlabs\u00ae.","donde":[{"term_id":"660","name":"Pilas de Combustible, Tecnolog\u00eda del Hidr\u00f3geno y Motores Alternativos","slug":"pilas-de-combustible-tecnologia-del-hidrogeno-y-motores-alternativos","term_group":"0","term_order":"0","term_taxonomy_id":"660","taxonomy":"donde","description":"","parent":"0","count":"11","object_id":"10946","pod_item_id":"660"},{"term_id":"1880","name":"Fuel Cells, Hydrogen Technology and Alternative Engines","slug":"en_fuel-cells-hydrogen-technology-and-alternative-engines","term_group":"0","term_order":"0","term_taxonomy_id":"1880","taxonomy":"donde","description":"","parent":"0","count":"11","object_id":"10946","pod_item_id":"1880"}],"departamento":"","ubicacion":"Escuela T\u00e9cnica Superior de Ingenieros Navales","id_infraestructura_portal":"550","coste_sin_iva":"0","fecha_compra":"2020-07-14","fecha_alta_inventario":"2020-07-15","numero_inventario":"4021000, 4021001, 060127","tiene_manual":"1","tiene_albaranes_facturas":"1","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Teresa J. Leo Mena","email_responsable_mantenimiento":"teresa.leo.mena@upm.es","sector_area":"Desarrollo y fabricaci\u00f3n de componentes de pilas de combustible y componentes diversos para ensayos relacionados con pilas de combustible y combustibles alternativos.","sirve":"La impresora Ultimaker\u00ae 3 Extended permite la fabricaci\u00f3n r\u00e1pida y a bajo coste de componentes de pilas de combustible y el prototipado de piezas bajo desarrollo. Su compatibilidad con diversos materiales tanto pl\u00e1sticos como met\u00e1licos la convierten en una herramienta muy vers\u00e1til. Esta impresora est\u00e1 dotada de una cubierta y un sistema de filtraci\u00f3n de aire en la cabina de impresi\u00f3n que mejora la reproducibilidad en la fabricaci\u00f3n de las piezas.\r\nPara la creaci\u00f3n de piezas que requieran de un alto grado de precisi\u00f3n, la impresora ZORTRAX\u00ae Inkspire permite trabajar con resoluciones de impresi\u00f3n de 50 micras \u00d7 50 micras \u00d7 25 micras.","uso":"Fabricaci\u00f3n de componentes de pilas de combustible y de bancos de ensayos. 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A pesar de que muchos de los m\u00e9todos y protocolos necesarios se consideran est\u00e1ndar, su uso queda sujeto a la capacidad computacional disponible de cada grupo de investigaci\u00f3n, as\u00ed como a la disponibilidad de personal cualificado en el manejo de infraestructuras de computaci\u00f3n de alto rendimiento.\r\n\r\nEn este contexto, la Unidad de Soporte Bioinform\u00e1tico (BSU) del Centro de Biotecnolog\u00eda y Gen\u00f3mica de Plantas (CBGP UPM-INIA), como parte del Computational\/Systems Biology Programme (CsBGP) del plan estrat\u00e9gico Centro de Excelencia Severo Ochoa del CBGP se crea para dar respuesta a la alta demanda de procesamiento y an\u00e1lisis de datos \u00f3micos procedentes principalmente de las plataformas de secuenciaci\u00f3n masiva (NGS).","uso":"Sus principales objetivos son\r\nOfrecer un servicio integral de procesamiento, an\u00e1lisis computacional e interpretaci\u00f3n de datos gen\u00f3micos.\r\nSupervisar y gestionar el uso del cl\u00faster de computaci\u00f3n de alto rendimiento (HPC) y el sistema de almacenamiento de datos.","relacion":"","otros":"Para m\u00e1s informaci\u00f3n: http:\/\/www.cbgp.upm.es\/index.php\/es\/servicios\/bsu","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/807\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/808","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":4663,"name":"Unidad de Soporte Bioinform\u00e1tico (BSU)","slug":"unidad-de-soporte-bioinformatico-bsu","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":4663,"term_group":0,"count":0,"id":4663},"7259":{"imagen":false,"descripcion":"The CTB\u00bfs animal facility has a surface area of 55 m\u00b2; the total usable interior area is 30 m\u00b2, distributed as follows: - Two independent areas for housing rodents. - Quarantine area. - Vestibule. - Small storeroom with space for enough consumables for one week\u00bfs operation. - Laboratory experimentation area for surgical operations and behavioural studies. - Installations area. 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Genetically modified mice expressing green fluorescent protein (EGFP). 3. Wild mice from the CD-1 gene pool. 4. Wild mice from the C57Bl6 gene pool.","relacion":"","otros":"","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/592\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/623","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":7259,"name":"Animal Facility","slug":"animal-facility","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":7259,"term_group":0,"count":0,"id":7259},"7219":{"imagen":false,"descripcion":"Heated display greenhouse with automatic watering system. It has a plant propagation workshop. With a surface area of 300 m2, it houses a collection of more than 200 botanical species.","donde":[{"term_id":"1714","name":"Biodiversity and conservation of plant genetic resources","slug":"en_biodiversity-and-conservation-of-plant-genetic-resources","term_group":"0","term_order":"0","term_taxonomy_id":"1714","taxonomy":"donde","description":"Nuestras l&iacute;neas de investigaci&oacute;n son:\n<strong>Bancos de Germoplasma vegetal: <\/strong>Se gestiona el Banco de Germoplasma Vegetal &ldquo;C&eacute;sar G&oacute;mez Campo&rdquo; de la UPM, un referente mundial en conservaci&oacute;n de recursos fitogen&eacute;ticos, el primero de estas caracter&iacute;sticas que se cre&oacute; en Espa&ntilde;a y tambi&eacute;n el primero del mundo en la conservaci&oacute;n de especies silvestres. El trabajo que desarrolla requiere de las etapas de recolecci&oacute;n de semillas, estudio y caracterizaci&oacute;n, limpieza y preparaci&oacute;n del material, conservaci&oacute;n en c&aacute;maras, regeneraci&oacute;n cuando es preciso de las muestras, documentaci&oacute;n e intercambio del germoplasma con otras instituciones.<strong>Ecofisiolog&iacute;a de la germinaci&oacute;n y dormici&oacute;n de semillas<\/strong><strong>Caracterizaci&oacute;n ecogeogr&aacute;fica, morfol&oacute;gica, bioqu&iacute;mica y molecular de recursos fitogen&eacute;ticos: <\/strong>Los trabajos que se realizan en esta l&iacute;nea de investigaci&oacute;n se basan en la utilizaci&oacute;n de diferentes metodolog&iacute;as de caracterizaci&oacute;n ecogeogr&aacute;fica y morfol&oacute;gica, distintas t&eacute;cnicas bioqu&iacute;micas (aplicadas sobre prote&iacute;nas) y diversos tipos de marcadores moleculares (analizando directamente el ADN) con objeto de conocer la diversidad o variabilidad existente en los recursos fitogen&eacute;ticos analizados (tanto cultivados como silvestres).<strong>Evaluaci&oacute;n agron&oacute;mica de recursos fitogen&eacute;ticos<\/strong><strong>Sistemas de informaci&oacute;n geogr&aacute;fica aplicados a la conservaci&oacute;n<\/strong><strong>Conservaci&oacute;n<em> in vitro<\/em> y crioconservaci&oacute;n: <\/strong>Se estudian las t&eacute;cnicas de conservaci&oacute;n<em> in vitro <\/em>mediante limitaci&oacute;n del crecimiento y de crioconservaci&oacute;n en nitr&oacute;geno l&iacute;quido (-196&ordm;C), como alternativas para la conservaci&oacute;n de germoplasma vegetal. Se investigan sistemas para reducir el estr&eacute;s oxidativo.<strong>T&eacute;cnicas de cultivo <em>in vitro: <\/em><\/strong>Se investiga en el desarrollo de distintas aplicaciones de las t&eacute;cnicas de cultivo<em> in vitro <\/em>de plantas para la micropropagaci&oacute;n, saneamiento y mejora de material vegetal de inter&eacute;s. Igualmente se investigan las bases fisiol&oacute;gicas y gen&eacute;ticas de los procesos de diferenciaci&oacute;n y morfog&eacute;nesis implicados.<strong>An&aacute;lisis de asociaci&oacute;n y recursos fitogen&eacute;ticos<\/strong><strong>Especies silvestres emparentadas con cultivadas<\/strong><strong>Ecolog&iacute;a y conservaci&oacute;n de especies y comunidades vegetales: <\/strong>Dentro de esta l&iacute;nea se realizan trabajos de investigaci&oacute;n sobre conservaci&oacute;n de especies vegetales incluidas en listas rojas, o de otras especies y comunidades vegetales importantes por su representatividad, por ejemplo, dentro de la Comunidad de Madrid; algunas de estas actividades est&aacute;n vinculadas con el Jard&iacute;n Bot&aacute;nico Mediterr&aacute;neo de la ETSIAAB.","parent":"0","count":"2","object_id":"10189","pod_item_id":"1714"}],"departamento":"","ubicacion":"CAMPOS DE EXPERIMENTACI\u00d3N AGRON\u00d3MICA DE LA ETSIAAB","id_infraestructura_portal":"361","coste_sin_iva":"0","fecha_compra":"1993-01-01","fecha_alta_inventario":"0000-00-00","numero_inventario":"0","tiene_manual":"0","tiene_albaranes_facturas":"1","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Santiago Moreno V\u00e1zquez","email_responsable_mantenimiento":"santiago.moreno@upm.es","sector_area":"Formal teaching and science communication","sirve":"Teaching and communication in the following areas: general botany, ethnobotany, plant evolution, Mediterranean flora, succulent flora, tropical and subtropical cultivated flora, marginal crops, invasive exotic species, foods of plant origin, plant pests and diseases, watering systems, automatic greenhouse control systems, vertical gardening, sports turf, aquaponics.","uso":"Practical teaching in the following taught subjects: * Biology, Bachelor\u00bfs Degree in Environmental Engineering * Biology, Bachelor\u00bfs Degree in Food Engineering * Agricultural Crops, Bachelor\u00bfs Degree in Biotechnology * Botany and Ecology, Official Master\u00bfs Degree in Gardening and Landscaping, UPM. Official communication programmes in which it takes part: 4th ESO + Empresa (compulsory secondary education and business) Science Week programme.","relacion":"None","otros":"It could be described as a technological botanical garden in which both the plant species and the devices and technical equipment have conventional labels and QR codes.","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/327\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/329\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/326\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/328","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":7219,"name":"Green Classroom-Greenhouse (Aula Verde-Invernadero: AVI)","slug":"green-classroom-greenhouse-aula-verde-invernadero-avi","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":7219,"term_group":0,"count":0,"id":7219},"7379":{"imagen":false,"descripcion":"Test bench designed and built by PiCoHiMA with a climatic chamber making it possible to regulate the working temperature of the DMFC up to 80\u00b0C. It consists of a cylinder of O2 and another of N2, both gases compressed at 200 bars with a pressure reduction valve, a Bronkhorst EL-FLOW Select O2\/N2 mass flow controller, a humidifier (two wash bottles connected in series, containing Milli-Q grade water), a Bronkhorst EL-PRESS pressure controller, a tank of aqueous methanol solution, a Jasco PU-2086 isocratic fuel supply pump, a Julabo F33-ME circulation cryothermostat, a 120 mm fan, a DC power source for the Ayscom N6700B fan, an Ayscom 6 1\/2 digit Truevolt DMM multimeter, an Ayscom N3304A DC electronic load module, an Ayscom DAQ 64-CH or 32-CH data acquisition system, 500 kS\/s with signal conditioning and a USB adapter, a computer with an Intel Core i7 processor, and two methacrylate urns with a heat exchanger.","donde":[{"term_id":"1880","name":"Fuel Cells, Hydrogen Technology and Alternative Engines","slug":"en_fuel-cells-hydrogen-technology-and-alternative-engines","term_group":"0","term_order":"0","term_taxonomy_id":"1880","taxonomy":"donde","description":"","parent":"0","count":"11","object_id":"10946","pod_item_id":"1880"}],"departamento":"","ubicacion":"Escuela T\u00e9cnica Superior de Ingenier\u00eda Aeron\u00e1utica y del Espacio","id_infraestructura_portal":"551","coste_sin_iva":"0","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"-1","tiene_manual":"0","tiene_albaranes_facturas":"0","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Teresa J. Leo Mena","email_responsable_mantenimiento":"teresa.leo.mena@upm.es","sector_area":"Development and testing of fuel cells and components.","sirve":"With this bench it is possible to test single DMFCs or DMFC stacks, with the ability to control the mass flow, pressure and temperature of the oxidant, the flow volume of the fuel (methanol) and the operating temperature of the device to be tested. Polarisation curve tests can be carried out and the through-plane conductivity of the membrane and the crossover limiting current density can be determined. For these last two tests, it is necessary to connect the bench to a potentiostat-galvanostat.","uso":"Testing DMFCs, both single cells and stacks.","relacion":"Manufacture and testing of fuel cells.","otros":"","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/739\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/740","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":7379,"name":"Direct methanol fuel cell (DMFC) test bench with climatic chamber","slug":"direct-methanol-fuel-cell-dmfc-test-bench-with-climatic-chamber","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":7379,"term_group":0,"count":0,"id":7379},"7381":{"imagen":false,"descripcion":"Test bench designed and built by PiCoHiMA with a climatic chamber making it possible to regulate the working temperature of the DMFC or the methanol electrolyser up to 80\u00b0C and to test these devices with maximum current voltage and intensity of 10 V and 10 A, respectively. It consists of a cylinder of O2 and another of N2, both gases compressed at 200 bars with a pressure reduction valve, a Bronkhorst EL-FLOW Select O2\/N2 mass flow controller, a humidifier (two wash bottles connected in series, containing Milli-Q grade water), a Bronkhorst EL-PRESS pressure controller, a tank of methanol solution, a Jasco PU-4180 pump, a Julabo F33-EH circulation cryothermostat, a 120 mm fan, a DC power source for the Ayscom N6700B fan, an Ayscom 6 1\/2 digit Truevolt DMM multimeter, an Autolab PGSTAT128N potentiostat-galvanostat with FRA32M and BOOSTER10A modules, a computer with an Intel Core i7 processor, and two methacrylate urns with a heat exchanger.","donde":[{"term_id":"1880","name":"Fuel Cells, Hydrogen Technology and Alternative Engines","slug":"en_fuel-cells-hydrogen-technology-and-alternative-engines","term_group":"0","term_order":"0","term_taxonomy_id":"1880","taxonomy":"donde","description":"","parent":"0","count":"11","object_id":"10946","pod_item_id":"1880"}],"departamento":"","ubicacion":"Escuela T\u00e9cnica Superior de Ingenieros Navales","id_infraestructura_portal":"552","coste_sin_iva":"0","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"-1","tiene_manual":"0","tiene_albaranes_facturas":"0","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Teresa J. Leo Mena","email_responsable_mantenimiento":"teresa.leo.mena@upm.es","sector_area":"Development and testing of fuel cell and methanol electrolyser components.","sirve":"With this bench it is possible to test single DMFCs or DMFC stacks and methanol electrolysers, with the ability to control the mass flow, pressure and temperature of the oxidant, the flow volume of the fuel (methanol) and the operating temperature of the device to be tested. Polarisation curve tests can be carried out and the through-plane conductivity of the membrane and the crossover limiting current density can be determined.","uso":"Testing DMFCs and methanol electrolysers, both single cells and stacks.","relacion":"Manufacture and testing of fuel cells and methanol electrolysers.","otros":"","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/778\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/777","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":7381,"name":"Direct methanol fuel cell (DMFC) and methanol electrolyser test bench with climatic chamber","slug":"direct-methanol-fuel-cell-dmfc-and-methanol-electrolyser-test-bench-with-climatic-chamber","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":7381,"term_group":0,"count":0,"id":7381},"7255":{"imagen":false,"descripcion":"BGV-UPM is a unique facility located in the Agricultural, Food and Biosystems Engineering Technical School, whose mission as a member of the collections network of the National Phytogenetic Resources Programme is to contribute to the conservation of Spanish genetic resources and provide a service, free of charge at present, to the national and international scientific community and to companies that require its material, under the provisions of royal decrees 429\/2020 and 124\/2017. Set up in 1966, the bank became a global pioneer in the conservation of wild species. Its most renowned collection internationally is, without doubt, the wild crucifer collection, with almost 500 species and more than 1,500 specimens, thought to be the largest in the world. Many of those species have added value because of their relationship with cultivated species of brassica. A second collection, which is also well renowned, is that of endemic species of the Iberian peninsula, the Balearic Islands and the Macaronesia region, which includes the Canary Islands. It includes around 300 endemic species, which represents approximately 25% of Spain\u00bfs endemic flora. Its management is currently delegated by the Rector of the Plant Biotechnology-Biology Department to the Agricultural, Food and Biosystems Engineering Technical School (ETSIAAB). The research group involved is: Biodiversity and Conservation of Phytogenetic Resources.","donde":[{"term_id":"1714","name":"Biodiversity and conservation of plant genetic resources","slug":"en_biodiversity-and-conservation-of-plant-genetic-resources","term_group":"0","term_order":"0","term_taxonomy_id":"1714","taxonomy":"donde","description":"Nuestras l&iacute;neas de investigaci&oacute;n son:\n<strong>Bancos de Germoplasma vegetal: <\/strong>Se gestiona el Banco de Germoplasma Vegetal &ldquo;C&eacute;sar G&oacute;mez Campo&rdquo; de la UPM, un referente mundial en conservaci&oacute;n de recursos fitogen&eacute;ticos, el primero de estas caracter&iacute;sticas que se cre&oacute; en Espa&ntilde;a y tambi&eacute;n el primero del mundo en la conservaci&oacute;n de especies silvestres. El trabajo que desarrolla requiere de las etapas de recolecci&oacute;n de semillas, estudio y caracterizaci&oacute;n, limpieza y preparaci&oacute;n del material, conservaci&oacute;n en c&aacute;maras, regeneraci&oacute;n cuando es preciso de las muestras, documentaci&oacute;n e intercambio del germoplasma con otras instituciones.<strong>Ecofisiolog&iacute;a de la germinaci&oacute;n y dormici&oacute;n de semillas<\/strong><strong>Caracterizaci&oacute;n ecogeogr&aacute;fica, morfol&oacute;gica, bioqu&iacute;mica y molecular de recursos fitogen&eacute;ticos: <\/strong>Los trabajos que se realizan en esta l&iacute;nea de investigaci&oacute;n se basan en la utilizaci&oacute;n de diferentes metodolog&iacute;as de caracterizaci&oacute;n ecogeogr&aacute;fica y morfol&oacute;gica, distintas t&eacute;cnicas bioqu&iacute;micas (aplicadas sobre prote&iacute;nas) y diversos tipos de marcadores moleculares (analizando directamente el ADN) con objeto de conocer la diversidad o variabilidad existente en los recursos fitogen&eacute;ticos analizados (tanto cultivados como silvestres).<strong>Evaluaci&oacute;n agron&oacute;mica de recursos fitogen&eacute;ticos<\/strong><strong>Sistemas de informaci&oacute;n geogr&aacute;fica aplicados a la conservaci&oacute;n<\/strong><strong>Conservaci&oacute;n<em> in vitro<\/em> y crioconservaci&oacute;n: <\/strong>Se estudian las t&eacute;cnicas de conservaci&oacute;n<em> in vitro <\/em>mediante limitaci&oacute;n del crecimiento y de crioconservaci&oacute;n en nitr&oacute;geno l&iacute;quido (-196&ordm;C), como alternativas para la conservaci&oacute;n de germoplasma vegetal. Se investigan sistemas para reducir el estr&eacute;s oxidativo.<strong>T&eacute;cnicas de cultivo <em>in vitro: <\/em><\/strong>Se investiga en el desarrollo de distintas aplicaciones de las t&eacute;cnicas de cultivo<em> in vitro <\/em>de plantas para la micropropagaci&oacute;n, saneamiento y mejora de material vegetal de inter&eacute;s. Igualmente se investigan las bases fisiol&oacute;gicas y gen&eacute;ticas de los procesos de diferenciaci&oacute;n y morfog&eacute;nesis implicados.<strong>An&aacute;lisis de asociaci&oacute;n y recursos fitogen&eacute;ticos<\/strong><strong>Especies silvestres emparentadas con cultivadas<\/strong><strong>Ecolog&iacute;a y conservaci&oacute;n de especies y comunidades vegetales: <\/strong>Dentro de esta l&iacute;nea se realizan trabajos de investigaci&oacute;n sobre conservaci&oacute;n de especies vegetales incluidas en listas rojas, o de otras especies y comunidades vegetales importantes por su representatividad, por ejemplo, dentro de la Comunidad de Madrid; algunas de estas actividades est&aacute;n vinculadas con el Jard&iacute;n Bot&aacute;nico Mediterr&aacute;neo de la ETSIAAB.","parent":"0","count":"2","object_id":"10189","pod_item_id":"1714"}],"departamento":"","ubicacion":"E.T.S. de Ingenier\u00eda Agron\u00f3mica Alimentaria y de Biosistemas","id_infraestructura_portal":"456","coste_sin_iva":"0","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"151.01.042.A","tiene_manual":"0","tiene_albaranes_facturas":"0","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Santiago Moreno V\u00e1zquez","email_responsable_mantenimiento":"santiago.moreno@upm.es","sector_area":"Conservation of phytogenetic resources, improvement of plant genetics","sirve":"Its mission as a member of the collections network of the National Phytogenetic Resources Programme is to contribute to the conservation of Spanish genetic resources and provide a service, free of charge at present, to the national and international scientific community and to companies that require its material, under the provisions of royal decrees 429\/2020 and 124\/2017.","uso":"Its mission as a member of the collections network of the National Phytogenetic Resources Programme is to contribute to the conservation of Spanish genetic resources and provide a service, free of charge at present, to the national and international scientific community and to companies that require its material, under the provisions of royal decrees 429\/2020 and 124\/2017.","relacion":"","otros":"The first germ plasm bank in the world specialising in the conservation of wild species.","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/685\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/683\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/686\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/587\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/684","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":7255,"name":"\u00bfC\u00e9sar G\u00f3mez Campo\u00bf UPM Plant Germ Plasm Bank","slug":"cesar-gomez-campo-upm-plant-germ-plasm-bank","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":7255,"term_group":0,"count":0,"id":7255},"7223":{"imagen":false,"descripcion":"Still water tank, 100 metres long, 3.8 metres wide and 2.2 metres deep. It consists of a unidirectional wave maker, for generating regular and irregular waves, and a towing trolley.","donde":[{"term_id":"1648","name":"CEHINAV (Hydrodynamic Testing Channel at the HTSE for Naval engineering)","slug":"en_cehinav-hydrodynamic-testing-channel-at-the-htse-for-naval-engineering","term_group":"0","term_order":"0","term_taxonomy_id":"1648","taxonomy":"donde","description":"Nuestro trabajo est&aacute; centrado en temas hidrodin&aacute;micos, tanto desde una faceta experimental como num&eacute;rica. Las l&iacute;neas de investigaci&oacute;n del grupo son:\n&nbsp;\n\nAn&aacute;lisis y optimizaci&oacute;n de formas de buques mediante estudios num&eacute;ricos y experimentales de comportamiento en la mar.\nEstabilidad de los buques en estado intacto y despu&eacute;s de aver&iacute;as.\nEmbarcaciones deportivas de alta competici&oacute;n.\nDesarrollo de CFD aplicados a la hidrodin&aacute;mica de buques.\nEstudios num&eacute;ricos y experimentales de la hidrodin&aacute;mica en artefactos y plataformas marinas para energ&iacute;as tanto renovables, como oli &amp; gas.\nSimulaci&oacute;n computacional y experimental del fen&oacute;meno de \"sloshing\"\nEstudios de tanques estabilizadores pasivos.\n","parent":"0","count":"5","object_id":"10992","pod_item_id":"1648"}],"departamento":"","ubicacion":"ETSI Navales. Avenida de la Memoria, 4. 28040 de Madrid","id_infraestructura_portal":"403","coste_sin_iva":"0","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"00000","tiene_manual":"0","tiene_albaranes_facturas":"0","mantenimiento_ok":"0","nombre_responsable_mantenimiento":"Antonio Souro Iglesias. Catedr\u00e1tico de Universidad. Director del Canal de Ensayos.","email_responsable_mantenimiento":"antonio.souto@upm.es","sector_area":"Maritime and offshore sector. Naval construction.","sirve":"Carrying out experimental programmes and hydrodynamic studies, for both vessels and marine devices and platforms used in offshore activities to obtain energy, in the fields of renewables and oil and gas.","uso":"- Carrying out experimental programmes for projects with both competitive public financing (national and international) and private financing, under article 83 of the University Contracts Act. - Teaching work in the form of practicals for subjects on bachelor's and master\u00bfs degree courses at the Naval Engineering Technical School. - Fundamental research in the area of hydrodynamics.","relacion":"","otros":"","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/523\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/524","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":7223,"name":"Hydrodynamic test tank of the UPM's Naval Engineering Technical School","slug":"hydrodynamic-test-tank-of-the-upms-naval-engineering-technical-school","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":7223,"term_group":0,"count":0,"id":7223},"7285":{"imagen":false,"descripcion":"This equipment enables experiments involving the excitation of magnetic nanoparticles using alternating magnetic fields, causing the particles to generate heat. The system makes it possible to work with nanoparticles in inert samples, using a calorimeter to measure the specific absorption rate (SAR) of energy, or energy which the magnetic field transmits to the particles and which induces an increase in temperature, from which the SAR may be deduced. It also makes it possible to work with samples at a fixed external temperature, such that the heat produced only increases the temperature locally. In that case, experiments can be conducted with cell cultures and small animals (mice) or with samples of other kinds. The equipment can generate excitation with four non-sinusoidal waveforms, with a constant and controlled gradient from triangular to almost square, and a fifth sinusoidal signal in the range from 100 kHz to 1 MHz and with a peak intensity of up to 10 mT. The system has a user interface that displays the current and magnetic field in real time. The electromagnetic field is generated using a coil, inside which different sample holders can be placed, as required, which ensure that the sample is always insulated from the heat generated by the coil itself.","donde":[{"term_id":"1780","name":"Center for Biomedical Technology","slug":"en_center-for-biomedical-technology","term_group":"0","term_order":"0","term_taxonomy_id":"1780","taxonomy":"donde","description":"","parent":"0","count":"56","object_id":"12507","pod_item_id":"1780"}],"departamento":"","ubicacion":"Laboratorio  de Bioinstrumentaci\u00f3n y Nanomedicina, Centro de Tecnolog\u00eda Biom\u00e9dica (CTB)","id_infraestructura_portal":"478","coste_sin_iva":"150000","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"N.A.","tiene_manual":"1","tiene_albaranes_facturas":"0","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Jos\u00e9 Javier Serrano Olmedo","email_responsable_mantenimiento":"josejavier.serrano@ctb.upm.es","sector_area":"Health, Medicine. It is used in the development of anti-cancer technologies based on magnetic nanoparticles, although it could be extended to other sectors and fields of application of superparamagnetism.","sirve":"In magnetic hyperthermia, nanoparticles are used to raise the temperature of the pathologically cancerous cell enough to induce its death by apoptosis, but not so much as to destroy it by thermal ablation of the whole area of tissue, leaving the healthy cells alive.","uso":"The type of waveform is a decisive factor in the efficacy of heat production by magnetic nanoparticles, such that different particles in different matrices maximise their heat production with different waveforms, according to the frequency and intensity of the magnetic field.","relacion":"For decades, conventional sinusoidal signals have been used in magnetic hyperthermia, exclusively, as the only alternating magnetic field waveform for exciting magnetic nanoparticles. However, other waveforms exhibit greater efficiency. Experimental results show that the heat-production performance of nanoparticles when exposed to trapezoid or almost square signals is, in the best case, 45.73 and 71.49% better, respectively, than with conventional sinusoidal signals.","otros":"This equipment could also be used to carry out research in other sectors, such as applications for the synterisation of materials or the development of sensors based on heating particles.","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/652\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/653","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":7285,"name":"Magnetic hyperthermia equipment","slug":"magnetic-hyperthermia-equipment","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":7285,"term_group":0,"count":0,"id":7285},"7283":{"imagen":false,"descripcion":"Continuous-wave laser (MDL H808, PSU-H-LED power source: Changchun New Industries, Changchun Jilin, China). It has a wavelength of 808 nm, with maximum power emission of 5 W; the height of the beam from the base is 29 mm, the diameter of the beam has an opening of 5-8 mm3 and the laser head is 155 x 77 x 60 mm. The laser is connected to the system by means of multi-mode optical fibre, with a centre diameter of 600 \u00bfm, a length of 1.5 m and a transmission power of 90-99% (600 \u00bfm MM fibre; Changchun New Industries). The optical fibre has a collimator at one end (F-C5-S3-780, Newport Corporation, Irvine, CA).","donde":[{"term_id":"1780","name":"Center for Biomedical Technology","slug":"en_center-for-biomedical-technology","term_group":"0","term_order":"0","term_taxonomy_id":"1780","taxonomy":"donde","description":"","parent":"0","count":"56","object_id":"12507","pod_item_id":"1780"}],"departamento":"","ubicacion":"Laboratorio  de Bioinstrumentaci\u00f3n y Nanomedicina, Centro de Tecnolog\u00eda Biom\u00e9dica (CTB)","id_infraestructura_portal":"477","coste_sin_iva":"30000","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"N.A.","tiene_manual":"1","tiene_albaranes_facturas":"0","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Jos\u00e9 Javier Serrano Olmedo","email_responsable_mantenimiento":"josejavier.serrano@ctb.upm.es","sector_area":"Health, Medicine. Development of anti-cancer technologies, although it could be expanded to other sectors and fields of application of superparamagnetism and nanoparticles.","sirve":"It generates hyperthermia by means of the laser emitted by the optical fibre, in order to remove tumour tissue, using different types of nanoparticles, mainly gold. The synthesis of those nanoparticles is designed to provide them with certain specific optical and biological properties. Paying particular attention to those optical properties, the functioning of the nanoparticles is mainly due to a phenomenon called surface plasmon resonance, which occurs in the near infrared (NIR) region, at a specific wavelength around 808 nm. That is the specific wavelength of the laser and it is invariable. Therefore, the equipment generates a laser which irradiates nanoparticles of different kinds in specific experimental conditions, which depend on the cell line and the culture material used; the cell density; the shape, size and concentration of the nanoparticles; the irradiation time, and the power of the laser.","uso":"It is used for experimental purposes with in vitro cells, changing the laser parameters throughout the research, depending on the cells and nanoparticles used at that time. The variables are very important, as without them the experiments could not be carried out. To standardise them, numerous experimental studies are required, changing both the irradiation time and the power, in order to establish the ideal values for each type of cell and nanoparticle. Once the parameters, the increase in temperature achieved by irradiating the nanoparticles with the laser and their subsequent heating up have been established, cell survival in the tumour lines used is evaluated. It is also used to measure temperature and specific data using a sensor and software for inert experiments.","relacion":"It is related to magnetic hyperthermia and nanorobotics, the three techniques sharing the fundamental objective of the selective removal of tumour cells, avoiding healthy tissue, by means of temperature (optical or magnetic) or by means of movement (nanorobotics). Optical hyperthermia is the most advanced, although in the medium term the three techniques will be ready for in vitro and in vivo experimentation. It is also related to the photoacoustic imaging (PAI) technique. The two use nanoparticles and, in combination, improve the accumulation of the particles inside the tumour, increasing the preclinical efficacy of both techniques. PAI makes it possible to visualise, in real time, the different anatomical structures in living tissue. It is based on the thermoelastic expansion of the biological molecules, in order to generate acoustic waves that are minimally dispersed, making it possible to detect them, even in deep tissues, and convert them into real-time images.","otros":"Optical hyperthermia and PAI are destined to become the next generation in non-invasive therapeutic techniques for fighting cancer. Optical hyperthermia also has a synergistic effect with other conventional techniques for treating cancer, including chemotherapy, radiotherapy and immunotherapy. There are numerous examples where the nanoparticle used to remove the cancerous cells is biofunctionalised (a molecule is attached to its surface) with drugs used in chemotherapy. The most characteristic example is doxorubicin (DOX). Another characteristic example is the addition of specific antibodies to tumour cells, in which case immunotherapy is used. Whether chemotherapy or immunotherapy is carried out depends on the drug or biological molecule with which the nanoparticles have been biofunctionalised.","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/654\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/655","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":7283,"name":"Optical hyperthermia equipment","slug":"optical-hyperthermia-equipment","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":7283,"term_group":0,"count":0,"id":7283},"7287":{"imagen":false,"descripcion":"It allows movement to be induced in magnetic nanoparticles, in order to cause damage to the cell in which they are internalised and thus destroy it. Its largest component is a permanent magnet, which provides an area of approximately 50 x 50 x 20 cm and has a homogeneously distributed magnetic field with an intensity of approximately 130 mT. It is in that space that a gradient coil, manufactured in the laboratory, is placed. We also use a water bath to insulate the sample holder from the heat produced in the coil, so that the results are not altered by that heat.","donde":[{"term_id":"1780","name":"Center for Biomedical Technology","slug":"en_center-for-biomedical-technology","term_group":"0","term_order":"0","term_taxonomy_id":"1780","taxonomy":"donde","description":"","parent":"0","count":"56","object_id":"12507","pod_item_id":"1780"}],"departamento":"","ubicacion":"Laboratorio  de Bioinstrumentaci\u00f3n y Nanomedicina, Centro de Tecnolog\u00eda Biom\u00e9dica (CTB)","id_infraestructura_portal":"479","coste_sin_iva":"30000","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"N.A.","tiene_manual":"1","tiene_albaranes_facturas":"0","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Jos\u00e9 Javier Serrano Olmedo","email_responsable_mantenimiento":"josejavier.serrano@ctb.upm.es","sector_area":"Health, Medicine. Development of anti-cancer technologies, although it could also be extended to other sectors.","sirve":"The aim is to make progress in a novel approach to cancer treatment, whereby the movement of nanoparticles is intended to cause cell death. Positive results have been obtained in osteoblast cell lines. This approach aims to expand the cell types and standardise the procedures. We have the support of a group specialising in viability analysis, with which a great many experiments are being carried out. The aim is to destroy cancerous cells by inducing linear movement in magnetic nanoparticles. They are previously internalised in glioblastoma and melanoma cell lines. Later on, following positive results, they will be inoculated into laboratory mice.","uso":"It allows tests to be carried out that involve applying a magnetic field in different circumstances and, by means of cell viability analysis, assessing the damage caused to the cells.","relacion":"Synergy with a similar technique that follows a different strategy: causing the nanoparticles to rotate instead of inducing linear movement, backwards and forwards, like a battering ram. We expect this type of movement to achieve sufficient destructive capacity and thus improve on that obtained by means of rotation.","otros":"","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/656\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/657","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":7287,"name":"Nanorobotic equipment","slug":"nanorobotic-equipment","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":7287,"term_group":0,"count":0,"id":7287},"7187":{"imagen":false,"descripcion":"This equipment uses the activated vapour silanisation (AVS) technique to form a thin film of sub-micrometric thickness and with a high density of functional groups. Depending on the organometallic precursor used, it is possible to control the final surface functional group.","donde":[{"term_id":"1780","name":"Center for Biomedical Technology","slug":"en_center-for-biomedical-technology","term_group":"0","term_order":"0","term_taxonomy_id":"1780","taxonomy":"donde","description":"","parent":"0","count":"56","object_id":"12507","pod_item_id":"1780"}],"departamento":"","ubicacion":"Laboratorio de Biomateriales. Centro de Tecnolog\u00eda Biom\u00e9dica (CTB)","id_infraestructura_portal":"230","coste_sin_iva":"15000","fecha_compra":"2012-01-09","fecha_alta_inventario":"2012-01-09","numero_inventario":"N.A.","tiene_manual":"1","tiene_albaranes_facturas":"1","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Rafael Daza","email_responsable_mantenimiento":"rafael.daza@upm.es","sector_area":"Functionalisation, biomaterials, biocompatibility, medicine.","sirve":"Using this equipment, it is possible to functionalise the surface of plastic, ceramic and metallic materials, improving their biocompatibility by introducing amino groups into the surface and subsequently binding with molecules with biological activity.","uso":"The introduction of functional groups in the surface of biomaterials, which can be implanted in preclinical and clinical systems, such as, for example trauma prostheses and orthodontic screws. The functionalisation of the biomaterial improves the anchoring of that material to the tissue, as well as its biocompatibility. Such surface functionalisation preserves all the properties of the material on which it is carried out.","relacion":"","otros":"Technology patented by the UPM.","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/648\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/667","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":7187,"name":"Activated vapour silanisation equipment","slug":"activated-vapour-silanisation-equipment","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":7187,"term_group":0,"count":0,"id":7187},"7321":{"imagen":false,"descripcion":"Production of high-performance biocompatible fibres with controlled properties. SFS is a versatile and accessible method of producing regenerated fibres (made with natural proteins) and bio-inspired fibres (made with recombinant proteins), in order to produce fibres that combine biocompatibility with superior mechanical performance.","donde":[{"term_id":"1780","name":"Center for Biomedical Technology","slug":"en_center-for-biomedical-technology","term_group":"0","term_order":"0","term_taxonomy_id":"1780","taxonomy":"donde","description":"","parent":"0","count":"56","object_id":"12507","pod_item_id":"1780"}],"departamento":"","ubicacion":"Centro de Tecnolog\u00eda Biom\u00e9dica (CTB)","id_infraestructura_portal":"503","coste_sin_iva":"10000","fecha_compra":"2012-01-10","fecha_alta_inventario":"0000-00-00","numero_inventario":"N.A.","tiene_manual":"1","tiene_albaranes_facturas":"1","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Gustavo Guinea","email_responsable_mantenimiento":"gustavovictor.guinea@ctb.upm.es","sector_area":"Health, medicine, biomaterials, tissue engineering.","sirve":"It allows fibres to be produced from fibroins and related proteins under a wide variety of conditions, resulting in biomaterials whose properties can be adapted to their applications. The fibres obtained can be modified by adding various biomolecules with biological activity, in order to modulate the organism\u00bfs response to the material being implanted.","uso":"The fibres obtained offer a number of advantages when applied to biomedicine, even compared to the natural starting material. Those advantages include increased biocompatibility due to the elimination of possible contaminating molecules, the production of fibres with reproducible mechanical properties and the possibility of functionalising the fibres by using biomolecules with biological activity. The applications of these fibres include the treatment of tendon and ligament pathologies, which demand high mechanical performance in the short term, as well as maximum emphasis on biocompatibility and cellular interaction. This new combination of properties also makes it ideal for other applications in medicine, from sutures to bioactive structural biomaterial for cellular treatments and tissue engineering. Examples of use: graphene-doped fibre, fluorescent fibres, axon guidance, tissue scaffolding.","relacion":"","otros":"Technology patented by the UPM and the Universidad de Sevilla.","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/668\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/669","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":7321,"name":"Fibre synthesis equipment for straining flow spinning (SFS)","slug":"fibre-synthesis-equipment-for-straining-flow-spinning-sfs","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":7321,"term_group":0,"count":0,"id":7321},"7377":{"imagen":false,"descripcion":"3D printing station consisting of an Ultimaker\u00ae 3 Extended fused-filament printer with a dual filament extruder and a ZORTRAX\u00ae Inkspire high-resolution printer for printing with photocurable resins with a wavelength of 405 nm. The station also has a Formlabs\u00ae Autoclave Form Cure curing system.","donde":[{"term_id":"1880","name":"Fuel Cells, Hydrogen Technology and Alternative Engines","slug":"en_fuel-cells-hydrogen-technology-and-alternative-engines","term_group":"0","term_order":"0","term_taxonomy_id":"1880","taxonomy":"donde","description":"","parent":"0","count":"11","object_id":"10946","pod_item_id":"1880"}],"departamento":"","ubicacion":"Escuela T\u00e9cnica Superior de Ingenieros Navales","id_infraestructura_portal":"550","coste_sin_iva":"0","fecha_compra":"2020-07-14","fecha_alta_inventario":"2020-07-15","numero_inventario":"4021000, 4021001, 060127","tiene_manual":"1","tiene_albaranes_facturas":"1","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Teresa J. Leo Mena","email_responsable_mantenimiento":"teresa.leo.mena@upm.es","sector_area":"Development and manufacture of fuel cell components and various components for tests related to fuel cells and alternative fuels.","sirve":"The Ultimaker\u00ae 3 Extended printer enables fast, low-cost manufacturing of fuel cell components, as well as the prototyping of parts currently under development. Its compatibility with diverse materials, both plastics and metals, make it a very versatile tool. This printer is fitted with a cover and an air filtration system in the printer cabinet, which improves reproducibility in the manufacture of the parts. In order to create parts requiring a high degree of precision, the ZORTRAX\u00ae Inkspire printer makes it possible to work with printing resolutions of 50 microns \u00d7 50 microns \u00d7 25 microns.","uso":"Manufacture of fuel cell and test bench components. Prototyping of pieces under development.","relacion":"Manufacture of fuel cells and test benches.","otros":"","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/776\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/737\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/738","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":7377,"name":"3D printing station","slug":"3d-printing-station","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":7377,"term_group":0,"count":0,"id":7377},"7331":{"imagen":false,"descripcion":"Unit equipped with a Raycus RFLC2000 2 kW fibre laser source and an ABB robotic station with different process heads (cutting, welding, hybrid laser-MIG\/MAG welding, cladding).","donde":[{"term_id":"1472","name":"Laser Centre","slug":"en_laser-centre","term_group":"0","term_order":"0","term_taxonomy_id":"1472","taxonomy":"donde","description":"","parent":"0","count":"5","object_id":"12193","pod_item_id":"1472"}],"departamento":"","ubicacion":"90A.00.104.3, Centro L\u00e1ser","id_infraestructura_portal":"514","coste_sin_iva":"0","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"069748; 054374; 50999; 62389; 73214; 81783","tiene_manual":"0","tiene_albaranes_facturas":"0","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Miguel Morales","email_responsable_mantenimiento":"miguel.morales@upm.es","sector_area":"Laser macroprocessing, hybrid manufacturing, welding, additive manufacturing","sirve":"Work station for carrying out laser macroprocesses: marking, cutting, welding, surface treatments, shaping and additive manufacturing. Its main purpose is to study the industrial viability of such laser processes, as well as manufacturing one-off and short-run parts as a service to other research units or companies whose needs cannot be met by traditional workshops.","uso":"Cutting metal sheet several millimetres in thickness and welding steel and aluminium. Use by students in end-of-course projects and engineering competitions (UPM Racing and UPM Moto Student).","relacion":"The purpose of this station is not so much to innovate in laser macroprocesses, since laser cutting and marking processes are widespread and available at many workshops. The cutting, welding and additive manufacturing station thus offers support and advice in the development of new industrial applications or processes that depart from the usual (whether in terms of the process or in terms of the material), drawing on the experience and know-how accumulated at the Laser Centre. The service also meets a real need in the university\u00bfs research groups, manufacturing one-off and short-run parts on demand for use in different fields of research.","otros":"","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/701\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/702","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":7331,"name":"Laser cutting, welding and additive manufacturing station","slug":"laser-cutting-welding-and-additive-manufacturing-station","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":7331,"term_group":0,"count":0,"id":7331},"7357":{"imagen":false,"descripcion":"The Form 3 3D printer from US manufacturer Formlabs is the successor to the already well-known Form 2, considered to be among the best resin 3D printers. The 3D printer uses low-force stereolithography (LFS) technology, a custom-made system of lasers and mirrors to polymerise photosensitive resin. According to the manufacturer, this technology makes it possible to manufacture four times faster and with greater detail.","donde":[{"term_id":"1684","name":"Radiation Group","slug":"en_radiation-group","term_group":"0","term_order":"0","term_taxonomy_id":"1684","taxonomy":"donde","description":"Nuestro grupo tiene una amplia experiencia en I+D+i en los siguientes temas:\n\n<strong>Dise&ntilde;o, construcci&oacute;n y medida de antenas<\/strong> para todo tipo de aplicaciones (Comunicaciones terrestres, comunicaciones por sat&eacute;lite, radar, etc.)\n<strong>An&aacute;lisis y Evaluaci&oacute;n de Compatibilidad Electromagn&eacute;tica de sistemas complejos<\/strong> (compatibilidad en buques, EMI, etc.)\n<strong>Dise&ntilde;o, construcci&oacute;n y Medida de Sistemas de Radiofrecuencia<\/strong> (Amplificadores de Bajo Nivel de Ruido, Mezcladores, Osciladores, componentes pasivos&hellip;) desde UHF hasta Terahercios.\n<strong>An&aacute;lisis y Dise&ntilde;o mediante Simulaci&oacute;n de Sistemas y Redes de Radiocomunicaciones<\/strong> (Sistemas v&iacute;a Sat&eacute;lite, Sistemas de Comunicaciones M&oacute;viles, Redes de Difusi&oacute;n de TV Digital)\n\n&nbsp;\nNuestro grupo trabaja en las siguientes <strong>l&iacute;neas de investigaci&oacute;n<\/strong>:\n\nDise&ntilde;o y prototipado de antenas reflectoras.\nDise&ntilde;o y prototipado de arrays de antenas.\nMedida de antenas y circuitos de radiofrecuencia.\nAntenas inteligentes y sistemas MIMO para Estaciones Base y Terminales.\nCircuitos de Radiofrecuencia.\nSimulaci&oacute;n y Emulaci&oacute;n de Sistemas de Comunicaciones.\n","parent":"0","count":"1","object_id":"12428","pod_item_id":"1684"}],"departamento":"","ubicacion":"C-409","id_infraestructura_portal":"533","coste_sin_iva":"4827","fecha_compra":"2019-06-07","fecha_alta_inventario":"2019-06-07","numero_inventario":"4019242","tiene_manual":"1","tiene_albaranes_facturas":"1","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Adri\u00e1n Tamayo Dom\u00ednguez\/Jos\u00e9 Manuel Fern\u00e1ndez Gonz\u00e1lez","email_responsable_mantenimiento":"a.tamayo@upm.es\/josemanuel.fernandez.gonzalez@upm.es","sector_area":"Engineering, Manufacturing, Orthodontics, Education, Medicine, Entertainment, Jewellery, Sound","sirve":"3D manufacturing in resin using low-force stereolithography (LFS) technology: stereolithography (SLA) manufacturing of prototypes with dimensions of up to 145 mm x 145 mm x 185 mm. XY resolution: 25 microns. Laser spot size: 85 microns. Laser power: 250 mW. Layer thickness: 25-300 microns. Patterns for moulding and casting. Model-making. The Form 3 is an accessible and reliable industrial-grade 3D printer that allows users to increase prototyping and production as their businesses grow. The Form 3 offers reliable printing quality and precision, with easy preparation and maintenance and a wide range of high-performance materials.","uso":"Rapid creation of prototypes and production. Production of tools and manufacturing aids. Engineering prototypes. Manufacture of dielectric lenses and dielectric supports.","relacion":"Dielectric lenses. Dielectric RF technology. Dielectric waveguides. Gap waveguides.","otros":"","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/727\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/722","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":7357,"name":"Form 3 desktop 3D printer from Formlabs","slug":"form-3-desktop-3d-printer-from-formlabs","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":7357,"term_group":0,"count":0,"id":7357},"7325":{"imagen":false,"descripcion":"The infrastructure is made up of electrophoretic systems, a microplate reader and spectrophotometers.","donde":[{"term_id":"1526","name":"Plant Biotechnology","slug":"en_plant-biotechnology","term_group":"0","term_order":"0","term_taxonomy_id":"1526","taxonomy":"donde","description":"Estudio de las bases moleculares de procesos fisiol&oacute;gicos y de desarrollo vegetal, para la generaci&oacute;n de herramientas biotecnol&oacute;gicas.\nTrabajamos en cinco <strong>l&iacute;neas principales de investigaci&oacute;n<\/strong>:\n&nbsp;\n\n<strong>Estudio de las bases moleculares de la alergenicidad y la reactividad cruzada de alimentos vegetales.<\/strong> Identificaci&oacute;n y caracterizaci&oacute;n de al&eacute;rgenos vegetales. Dise&ntilde;o de nuevos m&eacute;todos de diagn&oacute;stico molecular. Dise&ntilde;o de nuevas estrategias en inmunoterapia.\n\n&nbsp;\n\n<strong>Estudios computacionales de sistemas macromoleculares en procesos biol&oacute;gicos. <\/strong>C&aacute;lculos de docking. Modelado estructural y propiedades. Mec&aacute;nica Molecular. Din&aacute;mica Molecular.\n\n&nbsp;\n\n<strong>Control circadiano y estacional de los ciclos dormancia-crecimiento en &aacute;rboles. <\/strong>Estudio del control gen&eacute;tico y ambiental de la dormancia invernal. Herramientas para el incremento de la biomasa vegetal le&ntilde;osa. Biotecnolog&iacute;a aplicada a protecci&oacute;n de yemas florales y vegetativas.\n\n<strong>&nbsp;<\/strong>\n\n<strong>Regulaci&oacute;n del crecimiento a&eacute;reo en plantas. <\/strong>Estudio de los mecanismos de control del tiempo de desarrollo. Regulaci&oacute;n del crecimiento meristem&aacute;tico en yemas y cambium vascular.\n\n<strong>&nbsp;<\/strong>\n\n<strong>Desarrollo y crecimiento de &oacute;rganos radiculares<\/strong>. Desarrollo de las herramientas gen&eacute;ticas para modular la arquitectura radicular, la regeneraci&oacute;n de &oacute;rganos y mejorar enraizamiento. Estudio de la pluripotencia y la regeneraci&oacute;n celular.\n","parent":"0","count":"4","object_id":"11184","pod_item_id":"1526"}],"departamento":"","ubicacion":"Centro de Biotecnolog\u00eda y Gen\u00f3mica de Plantas (CBGP)","id_infraestructura_portal":"509","coste_sin_iva":"7500","fecha_compra":"2018-12-03","fecha_alta_inventario":"2018-12-03","numero_inventario":"4017999","tiene_manual":"1","tiene_albaranes_facturas":"1","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Dra. Araceli D\u00edaz Perales","email_responsable_mantenimiento":"araceli.diaz@upm.es","sector_area":"Health, Biotechnology, Food security, Pharmaceutical industry, Diagnostic biomarkers.","sirve":"This versatile infrastructure has many potential uses based on carrying out immunotests. First, it allows proteins to be separated in complex mixtures, in order to determine the protein profile of the sample. It also allows target protein detection and quantification tests to be carried out on samples of various kinds.","uso":"Determining the allergenic content of food samples of various kinds (identification and relative quantification of the different allergens in the sample). Identification and quantification of diagnostic biomarkers in human liquid biopsies (serum, saliva), such as IgE antibodies (allergy diagnosis) or IgG and IgM antibodies (COVID-19 diagnosis). Comparative analyses of the content of samples of a similar nature, by means of inhibition tests (analysis of the effect of different forms of processing in foods, comparison of formulations for medical and pharmaceutical use, etc.).","relacion":"","otros":"","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/638\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/639","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":7325,"name":"Infrastructure for the detection and quantification of allergens and biomarkers","slug":"infrastructure-for-the-detection-and-quantification-of-allergens-and-biomarkers","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":7325,"term_group":0,"count":0,"id":7325},"7319":{"imagen":false,"descripcion":"The infrastructure consists of different types of chromatograph, which make it possible to separate complex samples. It has chromatographs with different capabilities (high-resolution liquid chromatography, ion-exchange chromatography, molecular exclusion chromatography, etc.), which are used in combination according to the requirements of the case.","donde":[{"term_id":"1526","name":"Plant Biotechnology","slug":"en_plant-biotechnology","term_group":"0","term_order":"0","term_taxonomy_id":"1526","taxonomy":"donde","description":"Estudio de las bases moleculares de procesos fisiol&oacute;gicos y de desarrollo vegetal, para la generaci&oacute;n de herramientas biotecnol&oacute;gicas.\nTrabajamos en cinco <strong>l&iacute;neas principales de investigaci&oacute;n<\/strong>:\n&nbsp;\n\n<strong>Estudio de las bases moleculares de la alergenicidad y la reactividad cruzada de alimentos vegetales.<\/strong> Identificaci&oacute;n y caracterizaci&oacute;n de al&eacute;rgenos vegetales. Dise&ntilde;o de nuevos m&eacute;todos de diagn&oacute;stico molecular. Dise&ntilde;o de nuevas estrategias en inmunoterapia.\n\n&nbsp;\n\n<strong>Estudios computacionales de sistemas macromoleculares en procesos biol&oacute;gicos. <\/strong>C&aacute;lculos de docking. Modelado estructural y propiedades. Mec&aacute;nica Molecular. Din&aacute;mica Molecular.\n\n&nbsp;\n\n<strong>Control circadiano y estacional de los ciclos dormancia-crecimiento en &aacute;rboles. <\/strong>Estudio del control gen&eacute;tico y ambiental de la dormancia invernal. Herramientas para el incremento de la biomasa vegetal le&ntilde;osa. Biotecnolog&iacute;a aplicada a protecci&oacute;n de yemas florales y vegetativas.\n\n<strong>&nbsp;<\/strong>\n\n<strong>Regulaci&oacute;n del crecimiento a&eacute;reo en plantas. <\/strong>Estudio de los mecanismos de control del tiempo de desarrollo. Regulaci&oacute;n del crecimiento meristem&aacute;tico en yemas y cambium vascular.\n\n<strong>&nbsp;<\/strong>\n\n<strong>Desarrollo y crecimiento de &oacute;rganos radiculares<\/strong>. Desarrollo de las herramientas gen&eacute;ticas para modular la arquitectura radicular, la regeneraci&oacute;n de &oacute;rganos y mejorar enraizamiento. Estudio de la pluripotencia y la regeneraci&oacute;n celular.\n","parent":"0","count":"4","object_id":"11184","pod_item_id":"1526"}],"departamento":"","ubicacion":"Centro de Biotecnolog\u00eda y Gen\u00f3mica de Plantas (CBGP)","id_infraestructura_portal":"502","coste_sin_iva":"17995","fecha_compra":"2015-01-08","fecha_alta_inventario":"2015-01-08","numero_inventario":"4010271","tiene_manual":"1","tiene_albaranes_facturas":"1","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Dra. Mar\u00eda Garrido Arandia","email_responsable_mantenimiento":"maria.garrido@upm.es","sector_area":"Health, Biotechnology, Food security","sirve":"It allows proteins from both natural and recombinant sources to be purified.","uso":"Purification of allergenic proteins from natural sources (food, pollen, mites, etc.) and recombinant sources (production in bacteria, yeasts or plants). Purification of viral antigens (SARS-CoV-2 protein spike).","relacion":"","otros":"","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/637\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/636","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":7319,"name":"Protein purification infrastructure","slug":"protein-purification-infrastructure","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":7319,"term_group":0,"count":0,"id":7319},"7229":{"imagen":false,"descripcion":"Greenhouse (Modules) of the CBPG","donde":[{"term_id":"1476","name":"Centre for Biotechnology and Plant Genomics, CBPG","slug":"en_centre-for-biotechnology-and-plant-genomics-cbpg","term_group":"0","term_order":"0","term_taxonomy_id":"1476","taxonomy":"donde","description":"","parent":"0","count":"12","object_id":"12319","pod_item_id":"1476"}],"departamento":"","ubicacion":"Invernadero del CBGP","id_infraestructura_portal":"416","coste_sin_iva":"0","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"No dispone","tiene_manual":"0","tiene_albaranes_facturas":"0","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Rosendo Garc\u00eda L\u00f3pez - T\u00e9cnico","email_responsable_mantenimiento":"invernaderos.cbgp@upm.es","sector_area":"Plant cultivation","sirve":"A 1200 m2 greenhouse divided into 18 compartments, equipped with remote-controlled climate control and artificial lighting systems. Thirteen of those compartments, each of them 47 m2, are for general use, and the five remaining, of 40 m2, have level P2 biological containment, which makes it possible to work with transgenic organisms.","uso":"The plant cultivation staff offer users the following services: plant production, seed tray preparation, transplanting, seed collection, staking, preparing media, fertilisers and phytosanitary treatments. They also routinely carry out work relating to watering and cleaning and maintaining the facilities.","relacion":"","otros":"For more information: http:\/\/www.cbgp.upm.es\/index.php\/es\/servicios\/servicio-cultivo-plantas","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/553\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/552","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":7229,"name":"Greenhouse (Modules) of the CBPG","slug":"greenhouse-modules-of-the-cbpg","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":7229,"term_group":0,"count":0,"id":7229},"7167":{"imagen":false,"descripcion":"Biosafety P2 laboratory","donde":[{"term_id":"1476","name":"Centre for Biotechnology and Plant Genomics, CBPG","slug":"en_centre-for-biotechnology-and-plant-genomics-cbpg","term_group":"0","term_order":"0","term_taxonomy_id":"1476","taxonomy":"donde","description":"","parent":"0","count":"12","object_id":"12319","pod_item_id":"1476"}],"departamento":"","ubicacion":"Laboratorio de cultivo de plantas del CBGP","id_infraestructura_portal":"13","coste_sin_iva":"240533","fecha_compra":"2008-02-29","fecha_alta_inventario":"2008-02-29","numero_inventario":"no disponible","tiene_manual":"1","tiene_albaranes_facturas":"1","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Rosendo Garc\u00eda L\u00f3pez - T\u00e9cnico","email_responsable_mantenimiento":"invernaderos.cbgp@upm.es","sector_area":"Research with plant cultivation","sirve":"Five 40 m2 compartments equipped with remote-controlled climate control and artificial lighting systems. They have level P2 biological containment, which makes it possible to work with transgenic organisms.","uso":"Cultivation of transgenic plants.","relacion":"","otros":"For more information: http:\/\/www.cbgp.upm.es\/index.php\/es\/servicios\/servicio-cultivo-plantas","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/13\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/556","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":7167,"name":"Biosafety P2 laboratory","slug":"biosafety-p2-laboratory","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":7167,"term_group":0,"count":0,"id":7167},"7195":{"imagen":false,"descripcion":"The Mediterranean Botanical Garden is organised into various plant communities that are more or less characteristic of the central peninsular region, such as the Carpetanian holm oak grove, the basophilic gall oak grove, the supra-Mediterranean Pyrenean oak grove, the cork oak grove, the kermes oak-Spanish juniper grove and the riparian area. Many of the main species that are characteristic of and accompany those plant communities are represented.","donde":[{"term_id":"1714","name":"Biodiversity and conservation of plant genetic resources","slug":"en_biodiversity-and-conservation-of-plant-genetic-resources","term_group":"0","term_order":"0","term_taxonomy_id":"1714","taxonomy":"donde","description":"Nuestras l&iacute;neas de investigaci&oacute;n son:\n<strong>Bancos de Germoplasma vegetal: <\/strong>Se gestiona el Banco de Germoplasma Vegetal &ldquo;C&eacute;sar G&oacute;mez Campo&rdquo; de la UPM, un referente mundial en conservaci&oacute;n de recursos fitogen&eacute;ticos, el primero de estas caracter&iacute;sticas que se cre&oacute; en Espa&ntilde;a y tambi&eacute;n el primero del mundo en la conservaci&oacute;n de especies silvestres. El trabajo que desarrolla requiere de las etapas de recolecci&oacute;n de semillas, estudio y caracterizaci&oacute;n, limpieza y preparaci&oacute;n del material, conservaci&oacute;n en c&aacute;maras, regeneraci&oacute;n cuando es preciso de las muestras, documentaci&oacute;n e intercambio del germoplasma con otras instituciones.<strong>Ecofisiolog&iacute;a de la germinaci&oacute;n y dormici&oacute;n de semillas<\/strong><strong>Caracterizaci&oacute;n ecogeogr&aacute;fica, morfol&oacute;gica, bioqu&iacute;mica y molecular de recursos fitogen&eacute;ticos: <\/strong>Los trabajos que se realizan en esta l&iacute;nea de investigaci&oacute;n se basan en la utilizaci&oacute;n de diferentes metodolog&iacute;as de caracterizaci&oacute;n ecogeogr&aacute;fica y morfol&oacute;gica, distintas t&eacute;cnicas bioqu&iacute;micas (aplicadas sobre prote&iacute;nas) y diversos tipos de marcadores moleculares (analizando directamente el ADN) con objeto de conocer la diversidad o variabilidad existente en los recursos fitogen&eacute;ticos analizados (tanto cultivados como silvestres).<strong>Evaluaci&oacute;n agron&oacute;mica de recursos fitogen&eacute;ticos<\/strong><strong>Sistemas de informaci&oacute;n geogr&aacute;fica aplicados a la conservaci&oacute;n<\/strong><strong>Conservaci&oacute;n<em> in vitro<\/em> y crioconservaci&oacute;n: <\/strong>Se estudian las t&eacute;cnicas de conservaci&oacute;n<em> in vitro <\/em>mediante limitaci&oacute;n del crecimiento y de crioconservaci&oacute;n en nitr&oacute;geno l&iacute;quido (-196&ordm;C), como alternativas para la conservaci&oacute;n de germoplasma vegetal. Se investigan sistemas para reducir el estr&eacute;s oxidativo.<strong>T&eacute;cnicas de cultivo <em>in vitro: <\/em><\/strong>Se investiga en el desarrollo de distintas aplicaciones de las t&eacute;cnicas de cultivo<em> in vitro <\/em>de plantas para la micropropagaci&oacute;n, saneamiento y mejora de material vegetal de inter&eacute;s. Igualmente se investigan las bases fisiol&oacute;gicas y gen&eacute;ticas de los procesos de diferenciaci&oacute;n y morfog&eacute;nesis implicados.<strong>An&aacute;lisis de asociaci&oacute;n y recursos fitogen&eacute;ticos<\/strong><strong>Especies silvestres emparentadas con cultivadas<\/strong><strong>Ecolog&iacute;a y conservaci&oacute;n de especies y comunidades vegetales: <\/strong>Dentro de esta l&iacute;nea se realizan trabajos de investigaci&oacute;n sobre conservaci&oacute;n de especies vegetales incluidas en listas rojas, o de otras especies y comunidades vegetales importantes por su representatividad, por ejemplo, dentro de la Comunidad de Madrid; algunas de estas actividades est&aacute;n vinculadas con el Jard&iacute;n Bot&aacute;nico Mediterr&aacute;neo de la ETSIAAB.","parent":"0","count":"2","object_id":"10189","pod_item_id":"1714"}],"departamento":"","ubicacion":"Infraestructura dependiente del Dpto. de Biotecnolog\u00eda-Biolog\u00eda Vegetal y situada en los Campos de Experimentaci\u00f3n de la ETSIAAB.","id_infraestructura_portal":"305","coste_sin_iva":"0","fecha_compra":"2007-01-01","fecha_alta_inventario":"2007-01-01","numero_inventario":"No tiene","tiene_manual":"0","tiene_albaranes_facturas":"0","mantenimiento_ok":"0","nombre_responsable_mantenimiento":"Daniel de la Torre Llorente","email_responsable_mantenimiento":"daniel.delatorre@upm.es","sector_area":"Botany. Plant conservation.","sirve":"Teaching and research.","uso":"It is mainly used as a teaching resource, in practicals for subjects such as Ecology and Botany on the UPM\u00bfs Official Master\u00bfs in Gardening and Landscaping, and as a teaching tool in successive years of Science Week. Similarly, it has been used as a resource for research to carry out bachelor's degree end-of-course projects.","relacion":"None.","otros":"","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/319\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/321\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/320\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/330","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":7195,"name":"Mediterranean Botanical Garden","slug":"mediterranean-botanical-garden","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":7195,"term_group":0,"count":0,"id":7195},"7333":{"imagen":false,"descripcion":"The laser bioprinting laboratory has a blister-actuated laser-induced forward transfer (BA-LIFT) system, based on in-house technology, which includes a CryLaS 355 nm laser (in ns), a vision system (including a fluorescence module) for identifying and selecting cells and an automated positioning system. It is capable of performing BA-LIFT 2D and 3D printing processes with micrometric precision. The equipment is installed in a cell culture laboratory which includes a Nuaire NU543600E biosafety ventilation system, a Thermo Scientific Sorvall ST8 centrifuge and a Thermo Scientific MIDI 40 incubator, as well as other smaller pieces of equipment. The laboratory also has a Zeiss Axio Observer inverted fluorescence microscope with Z-motion and motorised slide in the X and Y planes, a bright-field illumination system and a fluorescence illumination system with various channels.","donde":[{"term_id":"1472","name":"Laser Centre","slug":"en_laser-centre","term_group":"0","term_order":"0","term_taxonomy_id":"1472","taxonomy":"donde","description":"","parent":"0","count":"5","object_id":"12193","pod_item_id":"1472"}],"departamento":"","ubicacion":"90A.00.017.0, Centro L\u00e1ser","id_infraestructura_portal":"515","coste_sin_iva":"0","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"4018949; 407176; 4018954; 047924; 4015132; 4015220; 4015435","tiene_manual":"0","tiene_albaranes_facturas":"0","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Sara Lauzurica","email_responsable_mantenimiento":"sara.lauzurica@upm.es","sector_area":"Health, bioengineering, biomedicine, tissue engineering, additive manufacturing, regenerative medicine, cell culture, cell isolation, single cell.","sirve":"The laboratory is a pioneer in using the BA-LIFT technique to print materials for tissue engineering and, fundamentally, extremely high-viability (close to 100%) cellular material. The inclusion of a vision and fluorescence module in the system enables on-demand cell selection, including the isolation and printing of a single cell, with the cell being completely protected from the laser beam. The design of the equipment makes it possible to print on a great variety of objects, from flat functionalised substrates to standard culture plates. This technology is completely disruptive and complements and, at times, competes advantageously with extrusion and ink-jet printing technologies.","uso":"The system has been used in various biomedical projects to develop in vitro immune response models, improve tissue models and isolate single cells in different biomedical fields.","relacion":"The laser bioprinting laboratory, apart from being the only one in Spain, benefits from being housed in UPM\u00bfs Laser Centre, with access to the rest of its infrastructure, particularly the Laser Micro- and Nano-manufacturing Service and the Laser Additive\/Subtractive Manufacturing Laboratory, which increases the options for designing and carrying out experiments in the field of living tissue engineering.","otros":"The technology developed in the laboratory \u00bf and the activity associated with it \u00bf is directly related to cutting-edge fields with a huge technological and social impact, such as the area of tissue engineering in regenerative medicine, cell selection and isolation for biomedicine and translational medicine, and the development of techniques for manufacturing in vitro biological models and organoids. Moreover, the technique used is state-of-the-art in the field of additive manufacturing applied to biomedicine and is one of the techniques, falling under the heading of digital photonics production, which are considered optimal for today's and tomorrow's digital industry (Industry 4.0).","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/703\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/704","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":7333,"name":"Laser bioprinting laboratory","slug":"laser-bioprinting-laboratory","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":7333,"term_group":0,"count":0,"id":7333},"7359":{"imagen":false,"descripcion":"The laboratory is located on the ground floor of the centre and has a surface area of 300 m2. It has two data-recording areas and central area for the staff; the ceiling height is 5 metres. Data-recording area 1 measures 20 metres by 5 metres and has two pits for the installation of force plates. Data-recording area 2 measures 12 metres by 5 metres, with one pit for the installation of force plates. It has a Vicon 3D motion capture system with six high-speed cameras, two Kistler piezoelectric dynamometric platforms and one Delsys wireless surface electromyography system with 12 channels.","donde":[{"term_id":"1766","name":"Biomechanical Analysis Group","slug":"en_biomechanical-analysis-group","term_group":"0","term_order":"0","term_taxonomy_id":"1766","taxonomy":"donde","description":"","parent":"0","count":"3","object_id":"10711","pod_item_id":"1766"}],"departamento":"","ubicacion":"Grupo de an\u00e1lisis biomec\u00e1nico. Facultad de Ciencias de la Actividad F\u00edsica y del Deporte (INEF)","id_infraestructura_portal":"534","coste_sin_iva":"400000","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"N.A.","tiene_manual":"0","tiene_albaranes_facturas":"0","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Enrique Navarro","email_responsable_mantenimiento":"enrique.navarro@upm.es","sector_area":"Sports science, Health","sirve":"It makes it possible to analyse the movements, joint loads and muscular activity of any movement in the field of sport (running, ball strikes, golf swings), health (gait analysis, studying muscular imbalances, changes in the locomotor apparatus) and work (ergonomics, posture, repetitive movements, handling loads), with the aim of improving performance and preventing injuries.","uso":"Professional and amateur sport and patients with musculoskeletal injuries.","relacion":"","otros":"The Sports Biomechanics Laboratory is part of the Community of Madrid Laboratory and Infrastructure Network, with reference number 239. Under the supervision and with the approval of the Laboratory Network Advisory Group, it was accorded the status of level 2. - TRACEABILITY. The researchers belong to the Department of Health and Human Performance.","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/715\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/714","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":7359,"name":"Sports biomechanics laboratory","slug":"sports-biomechanics-laboratory","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":7359,"term_group":0,"count":0,"id":7359},"7239":{"imagen":false,"descripcion":"The laboratory has an automated sample analyser, a flame photometer, an ELISA plate reader, an optical microscope, a freezer (down to -80\u00b0C), a centrifuge and a cell counter.","donde":[{"term_id":"1810","name":"Nutrition, exercise and healthy lifestyle Research Group ImFINE","slug":"en_nutrition-exercise-and-healthy-lifestyle-research-group-imfine","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"donde","description":"Aunque oficialmente se fund&oacute; en el a&ntilde;o 2011, el grupo ImFINE viene trabajando desde hace m&aacute;s de 20 a&ntilde;os en la investigaci&oacute;n dentro del campo de la salud, la nutrici&oacute;n y el ejercicio f&iacute;sico en base a las siguientes l&iacute;neas de investigaci&oacute;n:\n\nInteracci&oacute;n de factores de estilo de vida saludable (ejercicio f&iacute;sico y dieta) en la calidad de vida y el envejecimiento.\nDeterminaci&oacute;n de biomarcadores y estado nutricional y su relaci&oacute;n con par&aacute;metros fisiopatol&oacute;gicos\nNutrici&oacute;n deportiva\nEducaci&oacute;n para la Salud\n\n&nbsp;\nEntre otros proyectos, el grupo ha participado\/participa en los proyectos europeos <a href=\"http:\/\/www.helenastudy.com\/\">HELENA<\/a>, Health(a)ware, HELLP, <a href=\"http:\/\/www.odin-vitd.eu\/\">ODIN<\/a> y en los proyectos nacionales AVENA, <a href=\"http:\/\/www.fen.org.es\/anibes\/\">ANIBES<\/a>, <a href=\"http:\/\/www.predimed.es\/\">PREDIMED PLUS<\/a>, etc.","parent":"0","count":"0","object_id":null,"pod_item_id":"1810"}],"departamento":"","ubicacion":"Facultad de Ciencias de la Actividad F\u00edsica y del Deporte (INEF), Grupo de Investigaci\u00f3n en nutrici\u00f3n, ejercicio y estilo de vida saludable (imFine) El laboratorio est\u00e1 ubicado en el s\u00f3tano del edificio social de la Facultad, accediendo a \u00e9l por el aparcamiento, junto al espacio destinado al estacionamiento de motocicletas.","id_infraestructura_portal":"425","coste_sin_iva":"0","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"242","tiene_manual":"1","tiene_albaranes_facturas":"0","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Prof. Dr. Marcela Gonz\u00e1lez-Gross","email_responsable_mantenimiento":"marcela.gonzalez.gross@upm.es","sector_area":"Health, sports sciences, biochemistry","sirve":"The biochemistry laboratory contains all the equipment necessary to take samples and carry out clinical analyses of biological samples.","uso":"Clinical analysis, teaching and research.","relacion":"","otros":"The Biochemistry Laboratory is part of the Community of Madrid Laboratory and Infrastructure Network, with reference number 242. On 1 June of that same year, under the supervision and with the approval of the Laboratory Network Advisory Group, it was accorded the status of level 2. - TRACEABILITY The researchers belong to the Department of Health and Human Performance.","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/547\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/548","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":7239,"name":"Biochemistry Laboratory","slug":"biochemistry-laboratory","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":7239,"term_group":0,"count":0,"id":7239},"7365":{"imagen":false,"descripcion":"The mechanical properties characterisation laboratory has equipment for wear and corrosion, a micro hardness tester, equipment for measuring residual stress and a mechanical testing machine. It also has an ultrasonic bath, cutters, a polisher and a furnace for processing parts. Autolab PGSTAT 128N corrosion analysis equipment: a modular, low-current potentiostat-galvanostat capable of measuring a maximum of 800 mA, with a voltage of 12 V. An MT\/30\/NI\/LIN microtest tribometer. SMT-A\/0100: specific equipment for analysing wear by means of pin-on-disc and reciprocating testing (standards ASTM-G99 and DIN 50324). SINT Technology automated equipment for determining residual stresses (hole-drilling system). A 100 kN, model 318.10 MTS test frame with lifting cylinders and oleo-hydraulic breaks for the moving crosshead, including a built-in actuator and load cell. A system for data acquisition and conditioning in fatigue testing. An MXT 30 Matsuzawa Seiki Co. Ltd. micro hardness tester.","donde":[{"term_id":"1472","name":"Laser Centre","slug":"en_laser-centre","term_group":"0","term_order":"0","term_taxonomy_id":"1472","taxonomy":"donde","description":"","parent":"0","count":"5","object_id":"12193","pod_item_id":"1472"}],"departamento":"","ubicacion":"90A.00.104.4 y 90A.00.094.0, Centro L\u00e1ser","id_infraestructura_portal":"538","coste_sin_iva":"0","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"122949; 113815; 145054; 145055; 150000; 150001; 4012830","tiene_manual":"0","tiene_albaranes_facturas":"0","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Carlos Molpeceres","email_responsable_mantenimiento":"carlos.molpeceres@upm.es","sector_area":"Materials engineering, materials processing, micro-manufacturing and nano-manufacturing.","sirve":"Electrochemical methods are used to determine the mechanisms and speed of corrosion. It makes it possible to produce potentiodynamic and galvanostatic curves, as well as perform open circuit potential measurements, cyclic voltammetry and electrochemical impedance measurements. A tribometer is used to measure the friction and wear between two surfaces. It can operate dry, in a lubricating medium or in controlled atmosphere conditions. The measurement of residual stress using the hole-drilling method is based on altering the equilibrium of the stress state by making an orifice and measuring the deformation with an electronic extensometer. The universal testing systems make it possible to apply a load to samples and determine the yield strength in tensile tests and their fatigue life by submitting the sample to load cycles. The micro hardness testers make it possible to determine the hardness of a sample by measuring the indent left by a point with different loads.","uso":"It is currently used to characterise the mechanical properties of laser-processed samples; it allows the changes occurring to be analysed and makes it possible to parameterise new laser processes. It is used mainly in the aeronautics, automotive and energy industries.","relacion":"Studying mechanical properties and determining their useful life (corrosion, wear, fatigue, etc.) is essential for any new technological development, in order to ensure the durability and functionality of the materials. That is why it is important in different sectors of industrial interest, including energy, the automotive industry, aerospace, the maritime sector and biomedicine.","otros":"","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/725\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/726","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":7365,"name":"Mechanical properties characterisation laboratory","slug":"mechanical-properties-characterisation-laboratory","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":7365,"term_group":0,"count":0,"id":7365},"7299":{"imagen":false,"descripcion":"Fully equipped audio and video recording laboratory for neuromorphic voice studies: Soundproof panelled room; Voice recording analysis; High-quality recording equipment; Laryngeal videoendoscopy; Electroglottography; Facial electromyography; Actigraphy; Pathological and normative speech database.","donde":[{"term_id":"1780","name":"Center for Biomedical Technology","slug":"en_center-for-biomedical-technology","term_group":"0","term_order":"0","term_taxonomy_id":"1780","taxonomy":"donde","description":"","parent":"0","count":"56","object_id":"12507","pod_item_id":"1780"}],"departamento":"","ubicacion":"Escuela T\u00e9cnica Superior de Ingenieros Inform\u00e1ticos, Laboratorio Neuromorphic Voice Processing, Centro de Tecnolog\u00eda Biom\u00e9dica (CTB)","id_infraestructura_portal":"487","coste_sin_iva":"100000","fecha_compra":"2021-09-16","fecha_alta_inventario":"2021-09-16","numero_inventario":"4024067","tiene_manual":"0","tiene_albaranes_facturas":"0","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Eustaquio Alfonso Castillo Yepes","email_responsable_mantenimiento":"acastillo@fi.upm.es","sector_area":"Health, biomedicine, clinical neurolinguistics, security, neurology.","sirve":"The laboratory\u00bfs equipment makes it possible to study neuromotor and neurocognitive processes related to speech and the creation of spoken discourse; monitor face and neck muscles to carry out neuromotor modelling of the phonatory and articulatory systems, which can provide diagnostic information regarding neurodegenerative and neuromotor diseases; study the singing voice and carry out laryngeal inspections; study neuromotor and cognitive paraphasic dysarthria; carry out advanced processing of the voice to extract biometric and emotional phonation markers; and make recordings of any kind, remotely.","uso":"The laboratory can be put to a wide variety of uses: diagnosis of and rehabilitation from neurological diseases; monitoring and tracking of the speech of patients with Parkinson\u00bfs, Alzheimer\u00bfs and autism spectrum disorder (ASD); phonation exercises and neuromotor rehabilitation by means of diadochokinetic exercises; validation of neuromotor capacity; applications in motor, cognitive and emotional neurolinguistics for forensic analysis and expert witness testimony; multilevel visualisation and evaluation of speech with phonation, articulation, prosody and fluency indicators, to integrate knowledge for clinical explainability; voice rehabilitation in patients with long periods of intubation; evaluation of the result of implanting stem cells in vocal chords; phonatory aspects of sex-change operations; voice measurement in performances by professional singers; and monitoring the truth of spoken messages and voice analysis in telephone calls.","relacion":"","otros":"","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/644\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/645","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":7299,"name":"Oral communication laboratory","slug":"oral-communication-laboratory","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":7299,"term_group":0,"count":0,"id":7299},"7155":{"imagen":false,"descripcion":"Plant cultivation laboratory - CBPG greenhouse","donde":[{"term_id":"1476","name":"Centre for Biotechnology and Plant Genomics, CBPG","slug":"en_centre-for-biotechnology-and-plant-genomics-cbpg","term_group":"0","term_order":"0","term_taxonomy_id":"1476","taxonomy":"donde","description":"","parent":"0","count":"12","object_id":"12319","pod_item_id":"1476"}],"departamento":"","ubicacion":"Invernadero del CBGP","id_infraestructura_portal":"415","coste_sin_iva":"0","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"No dispone","tiene_manual":"0","tiene_albaranes_facturas":"0","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Rosendo Garc\u00eda L\u00f3pez - T\u00e9cnico","email_responsable_mantenimiento":"invernaderos.cbgp@upm.es","sector_area":"Plant cultivation","sirve":"This is a plant cultivation laboratory (PCL) with a surface area of 542 m2, containing 18 controlled-environment growth chambers, which are independently programmable as regards temperature, humidity, light intensity and photoperiod duration. It includes a laboratory for carrying out different tasks such as sample extraction, seed collection, preparing media, taking photographs, etc. To that end, it has various pieces of equipment, including an autoclave, laminar flow hoods, a cold room, etc.","uso":"The plant cultivation staff offer users the following services: plant production, seed tray preparation, transplanting, seed collection, staking, preparing media, fertilisers and phytosanitary treatments. They also routinely carry out work relating to watering and cleaning and maintaining the facilities.","relacion":"","otros":"For more information: http:\/\/www.cbgp.upm.es\/index.php\/es\/servicios\/servicio-cultivo-plantas","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/554\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/555","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":7155,"name":"Plant cultivation laboratory","slug":"plant-cultivation-laboratory","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":7155,"term_group":0,"count":0,"id":7155},"7327":{"imagen":false,"descripcion":"A complete laboratory, consisting of two vertical laminar flow cabinets, a cell incubator, an inverted microscope and other auxiliary equipment making it possible to cultivate human cell lines, creating the conditions necessary for them to grow and be handled safely.","donde":[{"term_id":"1526","name":"Plant Biotechnology","slug":"en_plant-biotechnology","term_group":"0","term_order":"0","term_taxonomy_id":"1526","taxonomy":"donde","description":"Estudio de las bases moleculares de procesos fisiol&oacute;gicos y de desarrollo vegetal, para la generaci&oacute;n de herramientas biotecnol&oacute;gicas.\nTrabajamos en cinco <strong>l&iacute;neas principales de investigaci&oacute;n<\/strong>:\n&nbsp;\n\n<strong>Estudio de las bases moleculares de la alergenicidad y la reactividad cruzada de alimentos vegetales.<\/strong> Identificaci&oacute;n y caracterizaci&oacute;n de al&eacute;rgenos vegetales. Dise&ntilde;o de nuevos m&eacute;todos de diagn&oacute;stico molecular. Dise&ntilde;o de nuevas estrategias en inmunoterapia.\n\n&nbsp;\n\n<strong>Estudios computacionales de sistemas macromoleculares en procesos biol&oacute;gicos. <\/strong>C&aacute;lculos de docking. Modelado estructural y propiedades. Mec&aacute;nica Molecular. Din&aacute;mica Molecular.\n\n&nbsp;\n\n<strong>Control circadiano y estacional de los ciclos dormancia-crecimiento en &aacute;rboles. <\/strong>Estudio del control gen&eacute;tico y ambiental de la dormancia invernal. Herramientas para el incremento de la biomasa vegetal le&ntilde;osa. Biotecnolog&iacute;a aplicada a protecci&oacute;n de yemas florales y vegetativas.\n\n<strong>&nbsp;<\/strong>\n\n<strong>Regulaci&oacute;n del crecimiento a&eacute;reo en plantas. <\/strong>Estudio de los mecanismos de control del tiempo de desarrollo. Regulaci&oacute;n del crecimiento meristem&aacute;tico en yemas y cambium vascular.\n\n<strong>&nbsp;<\/strong>\n\n<strong>Desarrollo y crecimiento de &oacute;rganos radiculares<\/strong>. Desarrollo de las herramientas gen&eacute;ticas para modular la arquitectura radicular, la regeneraci&oacute;n de &oacute;rganos y mejorar enraizamiento. Estudio de la pluripotencia y la regeneraci&oacute;n celular.\n","parent":"0","count":"4","object_id":"11184","pod_item_id":"1526"}],"departamento":"","ubicacion":"Centro de Biotecnolog\u00eda y Gen\u00f3mica de Plantas (CBGP)","id_infraestructura_portal":"510","coste_sin_iva":"5598","fecha_compra":"2018-05-16","fecha_alta_inventario":"2018-05-16","numero_inventario":"4017338","tiene_manual":"1","tiene_albaranes_facturas":"1","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Dr. Jaime Tom\u00e9 Amat","email_responsable_mantenimiento":"jaime.tome@upm.es","sector_area":"Health, Biotechnology, Pharmaceutical industry, Food security","sirve":"Using this infrastructure, it is possible to grow and study human cell lines used as models to emulate the tissues, structures and functions of the human body.","uso":"The infrastructure is used for the preliminary analysis of the immune and toxicity response that occurs when the human body\u00bfs systems come into contact with certain substances (determining the immunogenic potential of processed foods, toxicity screening of pharmacological molecules, preliminary analysis of therapeutic efficacy, etc.).","relacion":"","otros":"","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/641\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/640","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":7327,"name":"Human cell culture laboratory","slug":"human-cell-culture-laboratory","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":7327,"term_group":0,"count":0,"id":7327},"7385":{"imagen":false,"descripcion":"This laboratory has various illustrative experimental assemblies for teaching purposes: 1) Equipment consisting of a photovoltaic cell which, when illuminated with a spotlight, powers a PEME electrolyser that produces hydrogen. That hydrogen is subsequently sent to a PEMFC-type monocell fuel cell, which produces an electric current that powers a fan. 2) Equipment that functions in a similar manner to the above, but which is powered directly with electricity from the grid in order to make the PEME electrolyser work. 3) Passive monocell direct-methanol fuel cell (DMFC).","donde":[{"term_id":"1880","name":"Fuel Cells, Hydrogen Technology and Alternative Engines","slug":"en_fuel-cells-hydrogen-technology-and-alternative-engines","term_group":"0","term_order":"0","term_taxonomy_id":"1880","taxonomy":"donde","description":"","parent":"0","count":"11","object_id":"10946","pod_item_id":"1880"}],"departamento":"","ubicacion":"Escuela T\u00e9cnica Superior de Ingenieros Navales","id_infraestructura_portal":"554","coste_sin_iva":"0","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"003808, 034496","tiene_manual":"1","tiene_albaranes_facturas":"1","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Teresa J. Leo Mena","email_responsable_mantenimiento":"teresa.leo.mena@upm.es","sector_area":"Teaching, practical activities.","sirve":"Teaching activities relating to fuel cell technologies and electrolysis.","uso":"This space is used for practical teaching activities relating to fuel cell technology and the production of hydrogen by electrolysis using renewable sources of energy.","relacion":"Green hydrogen production, electrolysis, fuel cells.","otros":"","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/770\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/771\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/772","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":7385,"name":"Laboratory for teaching relating to fuel cells (PEMFC and DMFC) and green hydrogen production by electrolysis.","slug":"laboratory-for-teaching-relating-to-fuel-cells-pemfc-and-dmfc-and-green-hydrogen-production-by-electrolysis","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":7385,"term_group":0,"count":0,"id":7385},"7329":{"imagen":false,"descripcion":"Teaching and research laboratory in the field of exercise physiology, with different pieces of equipment for measuring and assessing physical fitness, such as a cycloergometer, for treadmill stress tests, a lactate measuring device and a portable gas analyser.","donde":[{"term_id":"1776","name":"Physiology of Exercise Laboratory Research Group","slug":"en_physiology-of-exercise-laboratory-research-group","term_group":"0","term_order":"0","term_taxonomy_id":"1776","taxonomy":"donde","description":"Los miembros del grupo llevan a cabo su trabajo desarrollando las siguientes <strong>l&iacute;neas de investigaci&oacute;n<\/strong>:\n&nbsp;\n\nLesiones en el entrenamiento.\nInfluencias gen&eacute;ticas sobre la respuesta y adaptaci&oacute;n del organismo al ejercicio y al entrenamiento.\nEntrenamiento con cargas en poblaciones especiales.\nControl cardiovascular mediante programas de ejercicio f&iacute;sico.\nRespuesta del organismo durante esfuerzos de larga duraci&oacute;n.\nProgramas de Nutrici&oacute;n y Actividad F&iacute;sica para el tratamiento de la Obesidad.\n","parent":"0","count":"5","object_id":"12379","pod_item_id":"1776"}],"departamento":"","ubicacion":"Laboratorio de Fisiolog\u00eda del Esfuerzo, Facultad de Ciencias de la Actividad F\u00edsica y del Deporte (INEF). Sexta planta.","id_infraestructura_portal":"512","coste_sin_iva":"0","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"N.A.","tiene_manual":"0","tiene_albaranes_facturas":"0","mantenimiento_ok":"0","nombre_responsable_mantenimiento":"Ana Bel\u00e9n Peinado","email_responsable_mantenimiento":"anabelen.peinado@upm.es","sector_area":"Health, Physiology, Sports Sciences, Physical and Sports Education","sirve":"This laboratory can be used for research and teaching in the field of exercise physiology. Stress tests can be carried out, as well as tests to evaluate and monitor the performance of athletes, physically active individuals and even sedentary individuals who wish to assess their physical fitness. Using stress tests, it is possible to assess a person's cardiac and respiratory response to physical exercise, physical fitness and the body\u00bfs response to physical exertion.","uso":"The laboratory receives a great many undergraduate and postgraduate students each year and carries out intense research activity through the scientific services provision project. Those services include stress tests for any individual, whether or not they are athletes, for patients at risk of heart disease, in order to assess and improve performance, and for competitive and non-competitive research projects. Stress tests are direct tests that are carried out with respiratory gas analysis (ergospirometry) and the cardiac response is assessed by means of an electrocardiogram (ECG). They are applicable to the whole population, both those individuals who are starting to train and those who regularly do physical exercise. Being able to exercise safely is a social need, which can only be met with exercise cardiorespiratory assessments such as a stress test.","relacion":"","otros":"The Exercise Physiology Laboratory is part of the Community of Madrid Laboratory and Infrastructure Network, with registration number 214. The researchers belong to the Department of Health and Human Performance.","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/665\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/664","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":7329,"name":"Exercise Physiology Laboratory (EPL)","slug":"exercise-physiology-laboratory-epl","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":7329,"term_group":0,"count":1,"id":7329},"7355":{"imagen":false,"descripcion":"Workstation for carrying out laser direct-write processes, especially laser-induced forward transfer (LIFT), for additive and surface-modification laser printing processes. It also allows additive and subtractive processes to be combined with micrometric resolution. For this purpose, the system combines laser sources with different wavelengths and pulse durations with beam positioning systems (optical fibre, scanners and even a variable-focus optoacoustic system), sample positioning systems (positioning axes) and process characterisation (including ultra-fast vision systems, viscometers, an optical contact-angle and surface tension measurement system, electrical characterisation, etc.).","donde":[{"term_id":"1472","name":"Laser Centre","slug":"en_laser-centre","term_group":"0","term_order":"0","term_taxonomy_id":"1472","taxonomy":"donde","description":"","parent":"0","count":"5","object_id":"12193","pod_item_id":"1472"}],"departamento":"","ubicacion":"90A.00.016.1 y 90A.00.017.0, Centro L\u00e1ser","id_infraestructura_portal":"531","coste_sin_iva":"0","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"4010393;  4008908; 058361; 4010620; 4013951; 4017600; 4018949; 4019790; 4017830; 141590","tiene_manual":"0","tiene_albaranes_facturas":"0","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Miguel Morales","email_responsable_mantenimiento":"miguel.morales@upm.es","sector_area":"Micro-manufacturing, nano-manufacturing, laser processing of materials, additive manufacturing.","sirve":"It allows various laser direct-write processes to be carried out, especially LIFT processes, using different laser sources and systems for guiding the beam and moving the sample with micrometric precision, or incorporating vision and process characterisation systems. In the case of additive applications, it is used to deposit material by laser in order to print conductive lines for applications in photovoltaics or flexible electronics and to print with dielectric or insulating ceramic materials. Moreover, it is also possible to carry out thermal surface modification processes, such as the curing and synterisation of previously deposited materials. Combining the above techniques, it is possible to manufacture complete and functional electronic devices and combine that with subtractive applications, such as the selective removal of material by laser ablation, and processes to generate residual stresses, using ps-LSP shock waves, etc.","uso":"LIFT metallisation processes, improving the mechanical properties of additive manufacturing samples using shock waves generated with ultra-fast pulses, printing conductive lines for applications in photovoltaics and flexible electronics, printing dielectric and insulating ceramic materials, curing materials, etc.","relacion":"One of the technological challenges which the machinery manufacturing sector has to face is the development of hybrid technologies combining additive and subtractive processes to achieve a more efficient use of resources and greater speed in the manufacture of complex elements. Specifically, laser-based additive manufacturing (AM) processes can be combined with other laser direct-write techniques such as micro-machining or surface modification, giving rise to hybrid manufacturing processes based on photonic tools.","otros":"","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/712\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/713","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":7355,"name":"LIFT and Hybrid Micro-manufacturing Laboratory","slug":"lift-and-hybrid-micro-manufacturing-laboratory","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":7355,"term_group":0,"count":0,"id":7355},"7349":{"imagen":false,"descripcion":"The Laser Micro- and Nano-manufacturing Laboratory has all the equipment needed to study, parameterise and perform laser processes with dimensional tolerances in the micrometric and sub-micrometric range, on any type of material. The service currently has femtosecond (fs) pulsed laser sources with a pulse width programmable to 1030 nm (EKSPLA Femtolux 30), picosecond (ps) pulsed sources at 355 nm, 532 nm and 1064 nm (LUMERA Super Rapid and Spectra Physics Vanguard), and various nanosecond (ns) sources at 355 nm, 532 nm and 1064 nm (including a high-power UV source). All of the lasers are integrated into machines or process benches and have scanners, beam control and shaping systems and different focusing systems, making it possible to use any strategy for irradiating the material and simulate process conditions in production environments. The service also has the instrumentation necessary to characterise processes in situ, including a Hitachi 3000N scanning electron microscope, a Leica DCM 3D confocal and interferometric microscope and a Raman Renishaw inVia microscope.","donde":[{"term_id":"1472","name":"Laser Centre","slug":"en_laser-centre","term_group":"0","term_order":"0","term_taxonomy_id":"1472","taxonomy":"donde","description":"","parent":"0","count":"5","object_id":"12193","pod_item_id":"1472"}],"departamento":"","ubicacion":"90A.00.016.1; 90A.00.104.0; 90A.00.104.1; 90A.00.094.1, Centro L\u00e1ser","id_infraestructura_portal":"526","coste_sin_iva":"0","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"130720; 054376; 047881; 047865; 130691; 036416; 036417; 036418; 48239; 048402","tiene_manual":"0","tiene_albaranes_facturas":"0","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Carlos Molpeceres","email_responsable_mantenimiento":"carlos.molpeceres@upm.es","sector_area":"Laser processing, laser technology, micro-manufacturing, nano-manufacturing, advanced manufacturing, thin film processing, surface functionalisation.","sirve":"Pulsed lasers with pulse widths between fs and ns are ideal tools for processing materials with micrometric and sub-micrometric resolutions. Short interaction time control, material-appropriate wavelength selection and an appropriate beam manipulation and control strategy make it possible to minimise the thermal load used in removing the material, such that those extreme tolerances are achieved in manufacturing. In addition, the infrastructure available on-site for process characterisation (SEM, confocal microscope, Raman, etc.) give the service added value, as it is possible to carry out a detailed study, using different techniques, of the state of the material after processing. Moreover, the UPM\u00bfs Laser Centre not only has more than 20 years\u00bf experience in the development of processes of this kind, it is also a specialist in scaling processes to incorporate them into production lines, if required.","uso":"Currently, with the available infrastructure it is possible to process and characterise all kinds of materials. Some examples of the processes commonly carried out include the processing of thin films for applications in photovoltaics and electronics (insulation, interconnection, selective ablation, structuring); surface functionalisation (hierarchical structures to control wettability; control of surface roughness for biomedical applications); cutting materials to create masks for microscopy and photolithography; manufacturing channels for microfluidic devices using laser ablation; laser cleavage of silicon; laser surface modification to control optical properties; and the generation of nanometric laser-induced period structures to control light.","relacion":"Laser micro- and nano-manufacturing processes are essential in the development of new technologies and devices in any strategic industrial field, from energy to biomedicine and including the automotive industry, the aerospace industry and the textile industry. Moreover, these techniques fit in perfectly with the philosophy and production methodologies of digitalised industrial environments (Industry 4.0), so significant growth in the use of this technology is expected in the coming years.","otros":"The UPM\u00bfs Laser Centre has been a reference point, even at the international level, in the development of laser micro- and nano-manufacturing processes. Of particular note has been its contribution to the development of processes for the photovoltaic and flexible electronics industries. Moreover, belonging to the Appolo HUB network of European laboratories (www.appolohub.eu) gives it a unique view and experience of the development of this technology internationally. The Hub, created after the FP7 Appolo project, acts as a validation structure for laser processes based on pulsed lasers, helping to cover the whole value chain of European laser technology, including manufactures, equipment suppliers and industrial end users.","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/705\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/706","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":7349,"name":"Laser Micro- and Nano-manufacturing Laboratory","slug":"laser-micro-and-nano-manufacturing-laboratory","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":7349,"term_group":0,"count":0,"id":7349},"7387":{"imagen":false,"descripcion":"The reciprocating engines laboratory contains a test bench equipped with a naturally aspirated Otto cycle engine, fitted with test bench and engine control systems, as well as a data acquisition system. The test bench makes it possible to monitor the engine's operating parameters and its response to the use of different fuel mixtures.","donde":[{"term_id":"1880","name":"Fuel Cells, Hydrogen Technology and Alternative Engines","slug":"en_fuel-cells-hydrogen-technology-and-alternative-engines","term_group":"0","term_order":"0","term_taxonomy_id":"1880","taxonomy":"donde","description":"","parent":"0","count":"11","object_id":"10946","pod_item_id":"1880"}],"departamento":"","ubicacion":"Escuela T\u00e9cnica Superior de Ingenier\u00eda Aeron\u00e1utica y del Espacio","id_infraestructura_portal":"555","coste_sin_iva":"0","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"-1","tiene_manual":"0","tiene_albaranes_facturas":"0","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Emilio Navarro Ar\u00e9valo","email_responsable_mantenimiento":"emilio.navarro@upm.es","sector_area":"Research into polyfuel mixtures for internal combustion engines.","sirve":"This facility makes it possible to study the behaviour of spark-ignition internal combustion engines when using different mixtures of both liquid and gaseous fuels.","uso":"The laboratory currently has two basic functions. First, to research the effect of polyfuel mixtures on Otto cycle engines. And, second, the bench is used in teaching tasks of a practical nature within the Fluid Mechanics and Aerospace Propulsion Department of the UPM\u00bfs Aeronautics and Space Engineering Technical School (ETSIAE).","relacion":"Alternative fuels.","otros":"","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/747\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/748","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":7387,"name":"Reciprocating engines laboratory","slug":"reciprocating-engines-laboratory","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":7387,"term_group":0,"count":0,"id":7387},"7393":{"imagen":false,"descripcion":"Laboratory with a surface area of 60 m2, equipped with running water, 220 V 50 Hz single-phase power sockets and a 380 V 50 Hz three-phase power socket.","donde":[{"term_id":"1880","name":"Fuel Cells, Hydrogen Technology and Alternative Engines","slug":"en_fuel-cells-hydrogen-technology-and-alternative-engines","term_group":"0","term_order":"0","term_taxonomy_id":"1880","taxonomy":"donde","description":"","parent":"0","count":"11","object_id":"10946","pod_item_id":"1880"}],"departamento":"","ubicacion":"Escuela T\u00e9cnica Superior de Ingenieros Navales","id_infraestructura_portal":"558","coste_sin_iva":"0","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"No aplica","tiene_manual":"0","tiene_albaranes_facturas":"0","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Teresa J. Leo Mena","email_responsable_mantenimiento":"teresa.leo.mena@upm.es","sector_area":"Research activities related to fuel cells and alternative fuels.","sirve":"This space is used for research and prototype testing. It is set up to fit the needs of the active lines of research at any given time.","uso":"This laboratory was recently built and is currently being set up. Tests are planned for various lines of research, covering different areas related to fuel cell auxiliary and control systems and alternative fuels.","relacion":"Manufacture of fuel cells, development of auxiliary systems for fuel cells and alternative fuels.","otros":"This laboratory is suitable for research and prototype testing and can be set up according to the requirements of different investigations. Thanks to its spaciousness and its location at ground level, it is possible to install large and\/or heavy equipment.","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/775\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/774","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":7393,"name":"Fuel cell and alternative fuel laboratory","slug":"fuel-cell-and-alternative-fuel-laboratory","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":7393,"term_group":0,"count":0,"id":7393},"7383":{"imagen":false,"descripcion":"Laboratory with a surface area of 46 m2, equipped with a high-flow fume hood, running water and workstations with 220 V 50 Hz power sockets.","donde":[{"term_id":"1880","name":"Fuel Cells, Hydrogen Technology and Alternative Engines","slug":"en_fuel-cells-hydrogen-technology-and-alternative-engines","term_group":"0","term_order":"0","term_taxonomy_id":"1880","taxonomy":"donde","description":"","parent":"0","count":"11","object_id":"10946","pod_item_id":"1880"}],"departamento":"","ubicacion":"Escuela T\u00e9cnica Superior de Ingenieros Navales","id_infraestructura_portal":"553","coste_sin_iva":"0","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"-1","tiene_manual":"0","tiene_albaranes_facturas":"0","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Teresa J. Leo Mena","email_responsable_mantenimiento":"teresa.leo.mena@upm.es","sector_area":"Research activities related to fuel cells and alternative fuels.","sirve":"This space is used to carry out small-scale research experiments. It is set up to fit the needs of the active lines of research at any given time.","uso":"The laboratory is currently conducting experiments on hydrogen production by seawater electrolysis, carbon dioxide capture, and the electrochemical behaviour of electrodes and membranes for direct methanol fuel cells (DMFCs) and proton-exchange membrane fuel cells (PEMFCs). It is also being used to manufacture fuel cell and fuel cell test bench components and electrolysers.","relacion":"Manufacture of fuel cells, carbon dioxide capture, green hydrogen production.","otros":"This laboratory is suitable for small-scale, basic research experiments and can be set up according to the requirements of different investigations.","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/743\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/744\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/781\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/780","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":7383,"name":"Fuel cell and alternative fuel laboratory with fume hood","slug":"fuel-cell-and-alternative-fuel-laboratory-with-fume-hood","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":7383,"term_group":0,"count":0,"id":7383},"7231":{"imagen":false,"descripcion":"P3 biosafety laboratory","donde":[{"term_id":"1476","name":"Centre for Biotechnology and Plant Genomics, CBPG","slug":"en_centre-for-biotechnology-and-plant-genomics-cbpg","term_group":"0","term_order":"0","term_taxonomy_id":"1476","taxonomy":"donde","description":"","parent":"0","count":"12","object_id":"12319","pod_item_id":"1476"}],"departamento":"","ubicacion":"Planta s\u00f3tano del edificio principal del CBGP","id_infraestructura_portal":"417","coste_sin_iva":"0","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"No dispone","tiene_manual":"1","tiene_albaranes_facturas":"0","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Silvia Lozano Luengo","email_responsable_mantenimiento":"seguridadbiologica.cbgp@upm.es","sector_area":"Research involving risky pathogens","sirve":"Studies and technical work involving material that requires containment level P3.","uso":"Specific studies for the detection of SARS-CoV-2 (COVID-19).","relacion":"","otros":"For more information: http:\/\/www.cbgp.upm.es\/index.php\/es\/servicios\/laboratorio-p3","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/531\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/530","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":7231,"name":"P3 laboratory","slug":"p3-laboratory","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":7231,"term_group":0,"count":0,"id":7231},"7323":{"imagen":false,"descripcion":"The Antenna Testing and Approval Laboratory (Laboratorio de Ensayos y Homologaci\u00f3n de Antenas: LEHA) has been working in antenna measurement since 1980, for industrial activities, research and educational purposes, and it is part of the radiation group of the UPM\u00bfs Signals, Systems and Radiocommunications (SSR) Department. LEHA\u00bfs quality director is Prof. Manuel Sierra Casta\u00f1er and its technical director is Prof. Bel\u00e9n Galocha Irag\u00fcen. LEHA\u00bfs staff is made up of the engineer Pablo Caballero, the engineer Xiaoliang Sun and the technician Cristian Mart\u00ednez. A variable number of master\u00bfs dissertation students also work with LEHA. LEHA is recognised with the ISO 17025 accreditation for antenna measurement. LEHA is included in the network: RLA of the Madri+d (Community of Madrid) initiative.","donde":[{"term_id":"1684","name":"Radiation Group","slug":"en_radiation-group","term_group":"0","term_order":"0","term_taxonomy_id":"1684","taxonomy":"donde","description":"Nuestro grupo tiene una amplia experiencia en I+D+i en los siguientes temas:\n\n<strong>Dise&ntilde;o, construcci&oacute;n y medida de antenas<\/strong> para todo tipo de aplicaciones (Comunicaciones terrestres, comunicaciones por sat&eacute;lite, radar, etc.)\n<strong>An&aacute;lisis y Evaluaci&oacute;n de Compatibilidad Electromagn&eacute;tica de sistemas complejos<\/strong> (compatibilidad en buques, EMI, etc.)\n<strong>Dise&ntilde;o, construcci&oacute;n y Medida de Sistemas de Radiofrecuencia<\/strong> (Amplificadores de Bajo Nivel de Ruido, Mezcladores, Osciladores, componentes pasivos&hellip;) desde UHF hasta Terahercios.\n<strong>An&aacute;lisis y Dise&ntilde;o mediante Simulaci&oacute;n de Sistemas y Redes de Radiocomunicaciones<\/strong> (Sistemas v&iacute;a Sat&eacute;lite, Sistemas de Comunicaciones M&oacute;viles, Redes de Difusi&oacute;n de TV Digital)\n\n&nbsp;\nNuestro grupo trabaja en las siguientes <strong>l&iacute;neas de investigaci&oacute;n<\/strong>:\n\nDise&ntilde;o y prototipado de antenas reflectoras.\nDise&ntilde;o y prototipado de arrays de antenas.\nMedida de antenas y circuitos de radiofrecuencia.\nAntenas inteligentes y sistemas MIMO para Estaciones Base y Terminales.\nCircuitos de Radiofrecuencia.\nSimulaci&oacute;n y Emulaci&oacute;n de Sistemas de Comunicaciones.\n","parent":"0","count":"1","object_id":"12428","pod_item_id":"1684"}],"departamento":"","ubicacion":"ETSIT UPM","id_infraestructura_portal":"508","coste_sin_iva":"0","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"1","tiene_manual":"0","tiene_albaranes_facturas":"0","mantenimiento_ok":"0","nombre_responsable_mantenimiento":"belen@gr.ssr.upm.es","email_responsable_mantenimiento":"manuel.sierra@upm.es","sector_area":"Defence and security, 5G communications, Satellite communications.","sirve":"Installation for the measurement and characterisation of antennas from 660 MHz to 110 GHz (soon up to 240 GHz).","uso":"Measurement of antennas or materials in different systems. Spherical system, compact range, flat and cylindrical system.","relacion":"","otros":"","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/635\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/634","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":7323,"name":"Antenna Testing and Approval Laboratory (LEHA)","slug":"antenna-testing-and-approval-laboratory-leha","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":7323,"term_group":0,"count":1,"id":7323},"7277":{"imagen":false,"descripcion":"Universal equipment for mechanical tensile, compression or bending tests, with a load capacity of between 5 and 1000 N. Adapted for carrying out in vitro immersion testing at a controlled temperature. Optical deformation methods are used so as not to affect the sample.","donde":[{"term_id":"1780","name":"Center for Biomedical Technology","slug":"en_center-for-biomedical-technology","term_group":"0","term_order":"0","term_taxonomy_id":"1780","taxonomy":"donde","description":"","parent":"0","count":"56","object_id":"12507","pod_item_id":"1780"}],"departamento":"","ubicacion":"Centro de Tecnolog\u00eda Biom\u00e9dica (CTB)","id_infraestructura_portal":"471","coste_sin_iva":[],"fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"N.A.","tiene_manual":"1","tiene_albaranes_facturas":"0","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Francisco J. Rojo","email_responsable_mantenimiento":"francisco.rojo@ctb.upm.es","sector_area":"Biomaterials, biomechanics, biological materials.","sirve":"Tensile, compression or bending tests are used to determine the mechanical properties of the materials. In the Matesan group, we have the knowledge and experience necessary to design the type of test and the test tubes best suited to the mechanical characterisation of a variety of biological materials or biomaterials, such as blood vessels, tendons, membranes and hydrogels.","uso":"Currently, this equipment is used for the mechanical characterisation of the biomaterials produced in our laboratory, as well as collaborations with research groups needing to carry out biomechanical characterisation procedures.","relacion":"","otros":"","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/651\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/666","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":7277,"name":"Electromechanical machine for materials testing","slug":"electromechanical-machine-for-materials-testing","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":7277,"term_group":0,"count":0,"id":7277},"7227":{"imagen":false,"descripcion":"Metabolomics Service \/ CBGP mass spectrometry","donde":[{"term_id":"1476","name":"Centre for Biotechnology and Plant Genomics, CBPG","slug":"en_centre-for-biotechnology-and-plant-genomics-cbpg","term_group":"0","term_order":"0","term_taxonomy_id":"1476","taxonomy":"donde","description":"","parent":"0","count":"12","object_id":"12319","pod_item_id":"1476"}],"departamento":"","ubicacion":"Sala S51 (s\u00f3tano) del edificio principal del CBGP (UPM-INIA)","id_infraestructura_portal":"413","coste_sin_iva":"0","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"37A.S1 .027.0 0051S - SALA DE METABOLOMICA","tiene_manual":"0","tiene_albaranes_facturas":"0","mantenimiento_ok":"0","nombre_responsable_mantenimiento":"Stephan Pollmann - Profesor Titular de Universidad","email_responsable_mantenimiento":"stephan.pollmann@upm.es","sector_area":"Mass spectrometry","sirve":"The metabolomics laboratory has equipment for the extraction, pre-purification and derivatisation of small molecules, as well as a triple quadrupole mass spectrometer connected to a gas chromatograph (GC-QqQ-MS\/MS) and a hybrid mass spectrometer (ESI-Qq-TOF-MS\/MS), which can be connected to an ultra-high performance liquid chromatography (UHPLC) device or a nano-liquid chromatography system.","uso":"This equipment both makes it possible to detect metabolites and small molecules and can be used in the de novo sequencing of proteins and peptides. The services offered cover the absolute quantification of compounds of interest, such as plant hormones, amino acids, carbohydrates and their derivatives. It is also possible both to carry out supplementary statistical analyses and to offer solutions to specific problems.","relacion":"","otros":"This laboratory belongs to the Community of Madrid laboratory network. For more information, use the following the link: http:\/\/www.cbgp.upm.es\/index.php\/es\/servicios\/servicio-metabolomica","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/527\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/581","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":7227,"name":"Metabolomics","slug":"metabolomics","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":7227,"term_group":0,"count":0,"id":7227},"7225":{"imagen":false,"descripcion":"CBGP Microscopy Service","donde":[{"term_id":"1476","name":"Centre for Biotechnology and Plant Genomics, CBPG","slug":"en_centre-for-biotechnology-and-plant-genomics-cbpg","term_group":"0","term_order":"0","term_taxonomy_id":"1476","taxonomy":"donde","description":"","parent":"0","count":"12","object_id":"12319","pod_item_id":"1476"}],"departamento":"","ubicacion":"Sala S38 (Planta s\u00f3tano) del edificio principal del CBGP (UPM-INIA)","id_infraestructura_portal":"412","coste_sin_iva":"0","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"37A.S1.019.0 0036S - SALA DE MICROSCOPIA","tiene_manual":"1","tiene_albaranes_facturas":"1","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Pablo Gonz\u00e1lez-Melendi de Le\u00f3n - Profesor Titular de Universidad","email_responsable_mantenimiento":"pablo.melendi@upm.es","sector_area":"Microscopy","sirve":"Equipment for preparing samples for the capture and follow-up of images in high resolution.","uso":"Research into plant biotechnology and microorganisms","relacion":"","otros":"The microscopy service is a member of: Spanish Advanced Optical Microscopy Network (Red Espa\u00f1ola de Microscop\u00eda \u00d3ptica Avanzada: REMOA). For more information about this service, go to: http:\/\/www.cbgp.upm.es\/index.php\/es\/servicios\/servicio-microscopia. Part of the Biosciences Microscopy Platform of the Community of Madrid Laboratory and Infrastructure Network.","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/583\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/584","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":7225,"name":"Microscopy","slug":"microscopy","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":7225,"term_group":0,"count":0,"id":7225},"7273":{"imagen":false,"descripcion":"A conventional atomic force microscopy system with optical illumination by reflection. Currently, it is equipped with three different piezoelectrics, which allow areas of up to 140 x 140 mm2 to be scanned. It allows AFM images to be taken in contact, jumping, lithographic and dynamic (amplitude and frequency modulation) modes; spectroscopic measurements in 2 (FZ), 3 (3D) and 4 (general spectroscopy imaging, including force volume) dimensions; and long-distance measurements with retrace and plane scan methods.","donde":[{"term_id":"1780","name":"Center for Biomedical Technology","slug":"en_center-for-biomedical-technology","term_group":"0","term_order":"0","term_taxonomy_id":"1780","taxonomy":"donde","description":"","parent":"0","count":"56","object_id":"12507","pod_item_id":"1780"}],"departamento":"","ubicacion":"Centro de Tecnolog\u00eda Biom\u00e9dica (CTB)","id_infraestructura_portal":"468","coste_sin_iva":"0","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"N.A.","tiene_manual":"1","tiene_albaranes_facturas":"1","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Rafael Daza","email_responsable_mantenimiento":"rafael.daza@upm.es","sector_area":"Nanotribology, imaging, bioimaging, AFM, indentation, mechanical characterisation.","sirve":"It allows images of all kinds of samples to be obtained, with sub-nanometric resolution, both in air and in controlled-environment conditions. From the mechanical perspective, it allows the mechanical properties of samples to be characterised at a sub-micrometric scale. Furthermore, it makes molecular manipulation possible and it makes it possible to characterise the changes in the different physical properties of the sample as the distance to it changes.","uso":"Image acquisition and determining the mechanical response of samples.","relacion":"Affinity microscopy, single-molecule force spectroscopy (SMFS).","otros":"","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/649\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/650","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":7273,"name":"Atomic force microscope (AFM)","slug":"atomic-force-microscope-afm","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":7273,"term_group":0,"count":0,"id":7273},"7151":{"imagen":false,"descripcion":"The equipment has eight independent piezoelectrics, Dulcinea\u00ae control, WSxM software, a fluid cell and an XY positioner. It allows AFM images to be taken in contact, jumping, lithographic and dynamic (amplitude and frequency modulation) modes; spectroscopic measurements in 2 (FZ), 3 (3D) and 4 (general spectroscopy imaging, including force volume) dimensions; and long-distance measurements with retrace and plane scan methods. It also includes automatic drift correction. Moreover, it has a liquid exchange system which makes it possible to control the physical and chemical conditions of the medium in which the specimens are held. The equipment is connected to an inverted optical microscope, which allows the sensor element to be positioned on any point of interest in the specimen.","donde":[{"term_id":"1780","name":"Center for Biomedical Technology","slug":"en_center-for-biomedical-technology","term_group":"0","term_order":"0","term_taxonomy_id":"1780","taxonomy":"donde","description":"","parent":"0","count":"56","object_id":"12507","pod_item_id":"1780"}],"departamento":"","ubicacion":"Centro de Tecnolog\u00eda Biom\u00e9dica (CTB)","id_infraestructura_portal":"278","coste_sin_iva":"205000","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"N.A.","tiene_manual":"0","tiene_albaranes_facturas":"1","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Rafael Daza","email_responsable_mantenimiento":"rafael.daza@upm.es","sector_area":"Nanotribology, imaging, bioimaging, biophysics, interaction between individual molecules, surface topography, cell mechanics, cell-material interaction, mechanobiological characterisation of samples.","sirve":"The AFM with fluid cell makes it possible to work in conditions where cells are not under stress. In addition, it is possible to control the conditions of the medium in which the cells are held, in order to observe the changes that occur in response to chemical or physical stress.","uso":"With this device, the mechanical properties of living biological entities can be imaged and studied in different media and under controlled conditions. Images of cells subjected to different types of chemical or physical stress can also be taken. As it is capable of achieving molecular resolution, the surfaces of materials can be seen at nanometric scales.","relacion":"Affinity microscopy, single-cell force spectroscopy (SCFS) and single-molecule force spectroscopy (SMFS).","otros":"","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/670\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/588","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":7151,"name":"Atomic force microscope (AFM) with fluid cell","slug":"atomic-force-microscope-afm-with-fluid-cell","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":7151,"term_group":0,"count":0,"id":7151},"7265":{"imagen":false,"descripcion":"The FIB-SEM equipment consists of a scanning electron microscope (SEM) capable of taking high-resolution images and a focused ion beam (FIB) that can be used to remove successive layers of the sample. The model is ZEISS Crossbeam 540.","donde":[{"term_id":"1780","name":"Center for Biomedical Technology","slug":"en_center-for-biomedical-technology","term_group":"0","term_order":"0","term_taxonomy_id":"1780","taxonomy":"donde","description":"","parent":"0","count":"56","object_id":"12507","pod_item_id":"1780"}],"departamento":"","ubicacion":"Centro de Tecnolog\u00eda Biom\u00e9dica","id_infraestructura_portal":"462","coste_sin_iva":"910026","fecha_compra":"2016-02-24","fecha_alta_inventario":"2016-02-24","numero_inventario":"4007505","tiene_manual":"1","tiene_albaranes_facturas":"1","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Javier de Felipe","email_responsable_mantenimiento":"javier.defelipe@ctb.upm.es","sector_area":"Imaging, bioimaging, SEM, surfaces","sirve":"This equipment is able to performs high-resolution SEM imaging on biological and inorganic materials. In addition, thanks to the FIB, it can take serial images of tissues and reconstruct them in three dimensions.","uso":"Serial imaging and 3D reconstruction of biological tissue samples.","relacion":"","otros":"The equipment is particularly useful for studying nerve tissue, as it allows for 3D analysis, making it easier to study connectivity at the synaptic level.","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/615\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/590","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":7265,"name":"Scanning electron microscope with focused ion beam (FIB-SEM)","slug":"scanning-electron-microscope-with-focused-ion-beam-fib-sem","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":7265,"term_group":0,"count":0,"id":7265},"7263":{"imagen":false,"descripcion":"Jeol 1011 (100 Kv) transmission electron microscope equipped with a Gatan-Orius 11 Mpx camera. It includes the means necessary for the prior processing of biological tissues.","donde":[{"term_id":"1780","name":"Center for Biomedical Technology","slug":"en_center-for-biomedical-technology","term_group":"0","term_order":"0","term_taxonomy_id":"1780","taxonomy":"donde","description":"","parent":"0","count":"56","object_id":"12507","pod_item_id":"1780"}],"departamento":"","ubicacion":"Centro de Tecnolog\u00eda Biom\u00e9dica","id_infraestructura_portal":"461","coste_sin_iva":"335417","fecha_compra":"2013-01-25","fecha_alta_inventario":"2013-01-25","numero_inventario":"4002843","tiene_manual":"1","tiene_albaranes_facturas":"1","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Javier de Felipe","email_responsable_mantenimiento":"javier.defelipe@ctb.upm.es","sector_area":"Imaging, bioimaging, nanoparticles, microparticles, TEM","sirve":"The TEM allows 2D images to be taken of biological samples and inorganic materials with nanometric resolution.","uso":"2D imaging of all kinds of biological tissues.","relacion":"","otros":"","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/589\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/616","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":7263,"name":"Transmission electron microscope (TEM)","slug":"transmission-electron-microscope-tem","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":7263,"term_group":0,"count":0,"id":7263},"7193":{"imagen":false,"descripcion":"Ports Laboratory","donde":[{"term_id":"1570","name":"Environment Coast and Ocean Research Laboratory","slug":"en_environment-coast-and-ocean-research-laboratory","term_group":"0","term_order":"0","term_taxonomy_id":"1570","taxonomy":"donde","description":"","parent":"0","count":"2","object_id":"11789","pod_item_id":"1570"}],"departamento":"","ubicacion":"ETS Ingenieros de Caminos, Canales y Puertos","id_infraestructura_portal":"300","coste_sin_iva":"0","fecha_compra":"1968-05-30","fecha_alta_inventario":"1968-05-30","numero_inventario":"04A.S2.999.X","tiene_manual":"0","tiene_albaranes_facturas":"0","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Jos\u00e9 Luis Orts Egio","email_responsable_mantenimiento":"joseluis.orts@upm.es","sector_area":"Marine Engineering","sirve":"The facility is used for teaching and research purposes in the field of experimentation involving small-scale physical models of offshore, port and coastal engineering works.","uso":"The teaching work focuses on three main areas: first, the reliability of protection structures, namely sloping, vertical, mixed and special dykes; second, marine energy resources and devices; and, third, landscape, sustainability and sensitive area analysis, as well as coastal environment defence and protection. The current research lines are also focused on three main areas: first, the reliability of protection structures of all different types, including special dykes; second, marine energy, both wind energy, in terms of its resources and foundations, and energy derived from waves, tides and currents; and, third, sustainability, sensitive area analysis, the natural, built, destroyed and restored landscape, the fight against erosion and environmental protection of the coast.","relacion":"The United Nation\u00bfs Sustainable Development Goals (SDGs) 7, 13 and 14.","otros":"The laboratory consists of a 52-metre-long channel with a 1 metre-wide by 1.5-metre high cross-section. It is able to generate regular and irregular waves of up to 0.45 metres in a depth of 1 metre. It has reflected-wave absorption control and it controls dissipation using polyurethane foam. The tank for three-dimensional testing, which occupies the central part of the building, has a depth of 1.36 metres, a width of 11 metres and a length of 33 metres. The bottom of the tank is finished in in situ terrazzo and the vertical walls are finished in continuous tiling, fitted with an anti-reflection system using 10 ppi polyurethane foams. By moving individual paddles, it generates multi-directional waves with absorption control, which can reach up to 1 metre. The wave maker, which comprises 16 paddles measuring 0.70 metres in width and 1.30 metres in length, displays the following performance: H = 0.25 metres in a depth of 0.6 metres.","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/294\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/313\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/295\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/312","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":7193,"name":"Ports Laboratory Test Chamber, Civil Engineering Technical School","slug":"ports-laboratory-test-chamber-civil-engineering-technical-school","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":7193,"term_group":0,"count":0,"id":7193},"7353":{"imagen":false,"descripcion":"The platform has a calculation module and a display module. The platform has twin high-performance servers, a databank, a switch with fibre connectors, an uninterruptible power supply system and a rack cabinet to store the equipment in an orderly fashion. Characteristics: 96 Cores (4 Intel Xeon Gold 6248R). Storage: 40 TB. Combined RAM: 256 GB. 48 GPUs. 42U rack. Large-format plotter (included in the display module).","donde":[{"term_id":"1470","name":"Transport Research Centre","slug":"en_transport-research-centre","term_group":"0","term_order":"0","term_taxonomy_id":"1470","taxonomy":"donde","description":"","parent":"0","count":"9","object_id":"11971","pod_item_id":"1470"}],"departamento":"","ubicacion":"Centro de Investigaci\u00f3n del Transporte TRANSyT","id_infraestructura_portal":"530","coste_sin_iva":"0","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"00000","tiene_manual":"0","tiene_albaranes_facturas":"0","mantenimiento_ok":"0","nombre_responsable_mantenimiento":"Sa\u00fal Rodr\u00edguez Torres","email_responsable_mantenimiento":"saul.rodriguez@upm.es","sector_area":"Transport, Mobility, Urban planning, Land use, Artificial intelligence, Bid data, Modelling, Statistics, Computation, Visualisation.","sirve":"Calculation module: Statistical calculations, demand modelling, land use and transport interaction, simulation (macroscopic, microscopic and mesoscopic) and agents. Display module: Graphical simulation, rendering of results, map design and plan printing. The switch connects the devices by means of SFP+ fibre connectors, in order to reduce latency and increase the capacity of the network.","uso":"The servers support high-density loads, big data and artificial intelligence. Thanks to virtualisation and the design of the architecture with all-flash equipment for the data bank, the two servers can work jointly and share resources. The centre\u00bfs researchers have remote access from their workstations, for which they have been provided with 27-inch monitors.","relacion":"","otros":"","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/710\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/711\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/709","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":7353,"name":"Calculation and display platform for transport and land-use research and modelling","slug":"calculation-and-display-platform-for-transport-and-land-use-research-and-modelling","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":7353,"term_group":0,"count":0,"id":7353},"7267":{"imagen":false,"descripcion":"Small-rodent brain signal (EEG, EMG and SSEP) acquisition platform, which allows the electrical activity in the brains of moving mice to be monitored in real time.","donde":[{"term_id":"1780","name":"Center for Biomedical Technology","slug":"en_center-for-biomedical-technology","term_group":"0","term_order":"0","term_taxonomy_id":"1780","taxonomy":"donde","description":"","parent":"0","count":"56","object_id":"12507","pod_item_id":"1780"}],"departamento":"","ubicacion":"Centro de Tecnolog\u00eda Biom\u00e9dica (CTB)","id_infraestructura_portal":"463","coste_sin_iva":"150000","fecha_compra":"2011-02-01","fecha_alta_inventario":"2011-02-01","numero_inventario":"4003616","tiene_manual":"0","tiene_albaranes_facturas":"0","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Daniel Gonz\u00e1lez","email_responsable_mantenimiento":"daniel.gonzalez@ctb.upm.es","sector_area":"Medicine, neuroscience, neurophysiology, electrophysiology, neurobiology, neurological diseases.","sirve":"This equipment is able to record the electrical brain activity of animals while they are awake, without restricting their movement or administering anaesthesia. It can also record the electrical activity in the brain of anaesthetised animals, following the application of an electrical stimulus (evoked potentials). Various signals can be recorded at the same time.","uso":"It makes it possible to observe the neurological effect of treatments and create models of neurodegenerative diseases. It is also used to observe how mice respond to brain injury and to monitor the effect of treatments that may help to reverse it. Studying pathologies associated with brain disorders: Alzheimer\u00bfs, stroke, Parkinson\u00bfs.","relacion":"","otros":"","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/619\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/620","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":7267,"name":"Small-rodent electrophysiology platform","slug":"small-rodent-electrophysiology-platform","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":7267,"term_group":0,"count":0,"id":7267},"7251":{"imagen":false,"descripcion":"Complete platform for measuring thermo-hygrometric variables and electricity consumption, consisting of the following equipment: \u00b7 2 portable devices for measuring and storing humidity and temperature data (TESTOSTOR 171-3). \u00b7 3 data recorders for long-term measurement and multi-channel temperature and humidity measurement (TESTO 177-H1) \u00b7 4 recording devices with dual temperature control, with an internal sensor and a connection for an external temperature probe (TESTO 175-T2) \u00b7 1 humidity and temperature data recorder with two channels and internal sensors (TESTO 175-H2) \u00b7 1 measuring device for humidity, heat-transfer coefficient (U-value), equilibrium moisture content of materials and the pressure dew point in compressed air systems (TESTO 635-1). \u00b7 1 thermographic camera for non-contact temperature measurement, which detects the infrared energy emitted, transmitted or reflected by all materials at temperatures higher than absolute zero (0\u00b0 Kelvin) and converts the energy factor into a temperature reading or thermogram (FLIR E30 BX). \u00b7 1 smart energy manager that shows total energy consumption in real time and calculates the daily, weekly or monthly cost, with three wireless sensor sockets making it possible to establish the individual consumption of any electrical device (ENVI-R de CURRENT COST). \u00b7 ENERGOBOX gateway for the wireless interconnection and management of 30 sensors (light, water, gas, temperature and humidity) and communication with an online visualisation and storage platform for data received from an Energovision SKU 601175 display screen, a GasSense transmitter for gas meter measurements and an 80A single-phase transmitter + 80A SKU 600815 mini sensor for electricity consumption.","donde":[{"term_id":"1484","name":"Bioclimatic Architecture in a sustainable environment - ABIO","slug":"en_bioclimatic-architecture-in-a-sustainable-environment-abio","term_group":"0","term_order":"0","term_taxonomy_id":"1484","taxonomy":"donde","description":"","parent":"0","count":"7","object_id":"11823","pod_item_id":"1484"}],"departamento":"","ubicacion":"Arquitectura Bioclim\u00e1tica en un entorno sostenible (ABIO), Departamento de Construcci\u00f3n y Tecnolog\u00eda Arquitect\u00f3nicas (DCTA), Escuela T\u00e9cnica Superior de Arquitectura (ETSAM).","id_infraestructura_portal":"443","coste_sin_iva":"0","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"N.A.","tiene_manual":"1","tiene_albaranes_facturas":"1","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Javier Neila","email_responsable_mantenimiento":"fjavier.neila@upm.es","sector_area":"Health, Bioclimatic architecture (green building), Hygrothermal comfort, Well-being, Energy saving","sirve":"The platform allows the measurement, storage and advanced visualisation of environmental and thermal-hygrometric parameters, in order to configure healthy spaces aimed at individuals suffering from some form of disease and at the public in general.","uso":"The platform and its different devices are used for academic work and research projects.","relacion":"","otros":"","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/724\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/723","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":7251,"name":"Platform for measuring environmental variables and the thermo-hygrometric behaviour of buildings","slug":"platform-for-measuring-environmental-variables-and-the-thermo-hygrometric-behaviour-of-buildings","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":7251,"term_group":0,"count":0,"id":7251},"7303":{"imagen":false,"descripcion":"Technology platform for the remote monitoring and continuous assessment of patients\u00bf intrinsic capacity from their own home, consisting of devices and sensors for measuring and analysing cognitive abilities, including an EEG headset.","donde":[{"term_id":"1780","name":"Center for Biomedical Technology","slug":"en_center-for-biomedical-technology","term_group":"0","term_order":"0","term_taxonomy_id":"1780","taxonomy":"donde","description":"","parent":"0","count":"56","object_id":"12507","pod_item_id":"1780"}],"departamento":"","ubicacion":"Laboratorio de Envejecimiento, Centro de Tecnolog\u00eda Biom\u00e9dica (CTB)","id_infraestructura_portal":"490","coste_sin_iva":"0","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"N.A.","tiene_manual":"0","tiene_albaranes_facturas":"0","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Elena Villalba","email_responsable_mantenimiento":"elena.villalba@upm.es","sector_area":"Health, Biomedicine, Active ageing","sirve":"Using this system, it is possible to measure and assess the patient\u00bfs cognitive ability remotely, relay the information to healthcare professionals so that they can react if the established values go down, and automatically propose a personalised cognitive stimulation plan to improve the patient\u00bfs condition.","uso":"The platform makes it possible to design new organisational models for caring for the elderly, allowing all the stakeholders involved \u00bf patients, carers, primary care professionals and specialists \u00bf to interact. It also makes it possible to monitor the progress of patients throughout their ageing stage, thus improving their quality of life.","relacion":"","otros":"This infrastructure incorporates clinical knowledge provided by Madrid City Council healthcare professionals. A version in production, including the stimulation exercises, is currently available online and is open to the public through Madrid City Council, specifically through its Cognitive Deterioration Prevention Centre.","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/610\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/609","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":7303,"name":"Platform for monitoring and stimulating cognitive abilities","slug":"platform-for-monitoring-and-stimulating-cognitive-abilities","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":7303,"term_group":0,"count":0,"id":7303},"7301":{"imagen":false,"descripcion":"The platform has functional activity monitoring kits with different sensors and wearables, some of them manufactured in-house, such as a functional loss simulator and sensors for standing up, walking speed and lower extremity power. The infrastructure also has a 3D printer, with which the sensors can be manufactured.","donde":[{"term_id":"1780","name":"Center for Biomedical Technology","slug":"en_center-for-biomedical-technology","term_group":"0","term_order":"0","term_taxonomy_id":"1780","taxonomy":"donde","description":"","parent":"0","count":"56","object_id":"12507","pod_item_id":"1780"}],"departamento":"","ubicacion":"Laboratorio de Envejecimiento, Centro de Tecnolog\u00eda Biom\u00e9dica (CTB)","id_infraestructura_portal":"488","coste_sin_iva":"0","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"N.A.","tiene_manual":"0","tiene_albaranes_facturas":"1","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Elena Villalba","email_responsable_mantenimiento":"elena.villalba@ctb.upm.es","sector_area":"Health, ageing, wearables, IoT, physical activity","sirve":"Using these sensors and gadgets, it is possible to obtain a great deal of information about the functional capacity of elderly individuals at risk of frailty. It also has a physical stimulation plan for improving patients\u00bf functional capacity.","uso":"It is currently used for the remote monitoring and stimulation of patients who are at risk of frailty or loss of functional capacity.","relacion":"","otros":"This infrastructure incorporates clinical knowledge provided by the doctors of Getafe University Hospital.","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/606\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/607\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/605","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":7301,"name":"Functional activity monitoring and stimulation platform","slug":"functional-activity-monitoring-and-stimulation-platform","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":7301,"term_group":0,"count":0,"id":7301},"7391":{"imagen":false,"descripcion":"Platform designed and built by PiCoHiMA to study the behaviour of complex systems subjected to induced movement. The platform consists of a three-phase motor controlled by an RS 122-3411 variable speed drive, which, using a slider-crank mechanism, generates a rocking motion on a sliding platform. The platform has a capacity of 5 kg and a surface area of 40 x 30 cm. The variable speed drive allows the output frequency to be regulated, from 0.1 Hz to 599 Hz. The motor is made by Mini Motor and the model is PC 530M4T 20 B3. It has a power rating of 270 W at 140 rpm and rated torque of 154 Nm.","donde":[{"term_id":"1880","name":"Fuel Cells, Hydrogen Technology and Alternative Engines","slug":"en_fuel-cells-hydrogen-technology-and-alternative-engines","term_group":"0","term_order":"0","term_taxonomy_id":"1880","taxonomy":"donde","description":"","parent":"0","count":"11","object_id":"10946","pod_item_id":"1880"}],"departamento":"","ubicacion":"Escuela T\u00e9cnica Superior de Ingenieros Navales","id_infraestructura_portal":"557","coste_sin_iva":"0","fecha_compra":"0000-00-00","fecha_alta_inventario":"2020-07-27","numero_inventario":"-1","tiene_manual":"0","tiene_albaranes_facturas":"1","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Teresa J. Leo Mena","email_responsable_mantenimiento":"teresa.leo.mena@upm.es","sector_area":"Development and manufacture of fuel cells and electrolysers.","sirve":"Induction of mechanical stress in complex systems by means of movement.","uso":"This platform is currently used to assess the performance of fuel cells and electrolysers in marine and aerial environments. In such environments, low-frequency stresses appear due to the movement of the surface of the sea, in the first case, and high-frequency stresses appear due to the vibrations of the aircraft, in the second.","relacion":"Manufacture of fuel cells and electrolysers.","otros":"","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/751\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/752","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":7391,"name":"1D movement platform","slug":"1d-movement-platform","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":7391,"term_group":0,"count":0,"id":7391},"7305":{"imagen":false,"descripcion":"The Guttmann NeuroPersonalTrainer\u00ae (GNPT\u00ae) is a commercial medical device for the cognitive rehabilitation of patients at home.","donde":[{"term_id":"1780","name":"Center for Biomedical Technology","slug":"en_center-for-biomedical-technology","term_group":"0","term_order":"0","term_taxonomy_id":"1780","taxonomy":"donde","description":"","parent":"0","count":"56","object_id":"12507","pod_item_id":"1780"}],"departamento":"","ubicacion":"Grupo de Bioingenier\u00eda y Telemedicina, Centro de Tecnolog\u00eda Biom\u00e9dica (CTB)","id_infraestructura_portal":"492","coste_sin_iva":"0","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"N.A.","tiene_manual":"0","tiene_albaranes_facturas":"1","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Enrique G\u00f3mez","email_responsable_mantenimiento":"egomez@gbt.tfo.upm.es","sector_area":"Health, Engineering, Telemedicine, Neurological rehabilitation","sirve":"This is an online, cognitive telerehabilitation platform aimed at neurological rehabilitation professionals who, using new technologies, wish to offer effective and efficient personalised treatments to patients who have suffered from some form of neurological condition, including stroke, dementia, Alzheimer\u00bfs, Parkinson\u00bfs, multiple sclerosis, schizophrenia, bipolar disorder or intellectual disability.","uso":"This platform is mainly aimed at occupational therapists, neuropsychologists, speech therapists, neurologists, geriatricians and specialists in rehabilitation medicine. It optimises the time devoted to rehabilitation, while also offering: - More intensive treatments - A higher degree of personalisation - An automatic system for managing evaluation scales - Concise, well-organised information regarding treatment progress - The highest grade of clinical evidence - A patented method of clinical intervention","relacion":"- Eye-tracking, dysfunctional and hybrid bionic models - Augmented reality and interactive video technologies - Medical image segmentation - Automatic detection of reference points - Machine learning and data-mining techniques","otros":"","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/728\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/729","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":7305,"name":"Cognitive rehabilitation platform","slug":"cognitive-rehabilitation-platform","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":7305,"term_group":0,"count":0,"id":7305},"7367":{"imagen":false,"descripcion":"Motor rehabilitation platform for patients at home, consisting of virtual environments that reproduce controlled activities of daily living (ADL).","donde":[{"term_id":"1780","name":"Center for Biomedical Technology","slug":"en_center-for-biomedical-technology","term_group":"0","term_order":"0","term_taxonomy_id":"1780","taxonomy":"donde","description":"","parent":"0","count":"56","object_id":"12507","pod_item_id":"1780"}],"departamento":"","ubicacion":"Grupo de Bioingenier\u00eda y Telemedicina, Centro de Tecnolog\u00eda Biom\u00e9dica (CTB)","id_infraestructura_portal":"545","coste_sin_iva":"0","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"N.A.","tiene_manual":"0","tiene_albaranes_facturas":"1","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Enrique G\u00f3mez","email_responsable_mantenimiento":"egomez@gbt.tfo.upm.es","sector_area":"Health, Engineering, Telemedicine, Neurological rehabilitation","sirve":"Motor rehabilitation combines three techniques: 1. A tool for the objective motor assessment of patients with acquired brain injury (ABI), based on the use of knowledge modelling methods with which a precise movement analysis is carried out (Fugl-Meyer assessment of the upper extremity), which not only improves the sensitivity of the diagnoses, but also the time required to carry out the assessment, providing a great level of detail than that available using just clinical diagnoses carried out by specialist therapists. 2. An inertial medicine unit, which allows patients with ABI and severe damage to the upper extremity to interact with the virtual reality rehabilitation environment, based on activities from daily life, by means of inertial sensors. 3. Virtual environments used in the rehabilitation of the upper extremity: finger isolation and bimanual coordination activity.","uso":"This platform is mainly aimed at occupational therapists, neuropsychologists, speech therapists, neurologists, geriatricians and specialists in rehabilitation medicine.","relacion":"","otros":"","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/730\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/731","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":7367,"name":"Motor rehabilitation platform","slug":"motor-rehabilitation-platform","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":7367,"term_group":0,"count":0,"id":7367},"7307":{"imagen":false,"descripcion":"Platform for surgical simulation and training in medical techniques, aimed at students and healthcare professionals. It consists of the following: A platform for creating tasks based on virtual reality (non-immersive and immersive), which allows virtual reality training tasks, adapted to the students\u00bf training curricula, to be created, edited and shared. Platforms for training and clinical examinations with structured objectives: By way of example, it makes it possible to deliver first aid courses to medical students in a more immersive way than is possible with traditional courses. It has a physical manikin for carrying out CPR. It also makes it possible to interact with and navigate around different organs, in order to observe their internal structure or identify injuries. Intracranial ultrasound simulation of a premature baby: It allows participants to observe the result of an ultrasound scan of the cranium of a newborn baby and also to observe the different sections while navigating around the cranium. System for training in difficult airway management: Web-based, interactive simulation environments for training in intubation tasks. Laparoscopic surgery simulation platform: The equipment makes it possible to simulate a laparoscopic surgical intervention and, using video analysis, identify what phase of the operation the surgeon is in. It is also possible to carry out sensor realignment and create teaching videos with images from simulations.","donde":[{"term_id":"1780","name":"Center for Biomedical Technology","slug":"en_center-for-biomedical-technology","term_group":"0","term_order":"0","term_taxonomy_id":"1780","taxonomy":"donde","description":"","parent":"0","count":"56","object_id":"12507","pod_item_id":"1780"}],"departamento":"","ubicacion":"Grupo de Bioingenier\u00eda y Telemedicina (GBT), Escuela T\u00e9cnica Superior de Ingenieros de Telecomunicaci\u00f3n (ETSIT), Centro de Tecnolog\u00eda Biom\u00e9dica (CTB)","id_infraestructura_portal":"493","coste_sin_iva":"0","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"N.A.","tiene_manual":"0","tiene_albaranes_facturas":"1","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Patricia S\u00e1nchez","email_responsable_mantenimiento":"psanchez@gbt.tfo.upm.es","sector_area":"Health, training, medicine, surgery, telemedicine.","sirve":"The platform\u00bfs different pieces of equipment allow medical students and healthcare professionals to train in fields ranging from first aid to laparoscopic surgery.","uso":"It is currently used for training in first aid, intracranial imaging by ultrasound in premature babies, and laparoscopic surgery. The infrastructure allows teaching content to be created from video recordings of surgical procedures, to which additional information is added to enrich and improve the training.","relacion":"","otros":"","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/699\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/700","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":7307,"name":"Platform for surgical simulation and training in medical techniques","slug":"platform-for-surgical-simulation-and-training-in-medical-techniques","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":7307,"term_group":0,"count":0,"id":7307},"7297":{"imagen":false,"descripcion":"Platform for the analysis of images using artificial intelligence methods. It has a high image-processing, computation and storage capacity.","donde":[{"term_id":"1780","name":"Center for Biomedical Technology","slug":"en_center-for-biomedical-technology","term_group":"0","term_order":"0","term_taxonomy_id":"1780","taxonomy":"donde","description":"","parent":"0","count":"56","object_id":"12507","pod_item_id":"1780"}],"departamento":"","ubicacion":"Centro de Tecnolog\u00eda Biom\u00e9dica (CTB)","id_infraestructura_portal":"486","coste_sin_iva":"7873","fecha_compra":"2021-05-21","fecha_alta_inventario":"2021-05-26","numero_inventario":"4023642; 4023827","tiene_manual":"0","tiene_albaranes_facturas":"1","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"\u00c1ngel Garc\u00eda Pedrero","email_responsable_mantenimiento":"angelmario.garcia@upm.es","sector_area":"Health, Earth observation, artificial intelligence, computation, computer vision.","sirve":"It enables the analysis of images from various sectors, including medicine, agriculture and the energy sector.","uso":"Within the health sector, the group\u00bfs computation power and experience have made it possible to process and analyse different types of medical images (histological, MRI scans, CT scans, etc.), in order to generate AI models that help to diagnose different diseases (cancer, dementia). Within the agriculture sector, algorithms and methodologies have been developed to improve production, using image segmentation and classification algorithms that allow anomalies (poorly irrigated areas, areas lacking fertiliser, etc.) to be detected.","relacion":"Application of deep learning techniques to generate segmentation, classification and object detection models.","otros":"","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/626\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/627","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":7297,"name":"AI image analysis platform","slug":"ai-image-analysis-platform","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":7297,"term_group":0,"count":0,"id":7297},"7295":{"imagen":false,"descripcion":"Platform with the capacity to process and analyse data from a statistical perspective, and also to apply machine learning approaches, at descriptive and predictive levels, to large volumes of clinical data. It makes use of high-performance servers to build and train models based on the application of artificial intelligence algorithms.","donde":[{"term_id":"1780","name":"Center for Biomedical Technology","slug":"en_center-for-biomedical-technology","term_group":"0","term_order":"0","term_taxonomy_id":"1780","taxonomy":"donde","description":"","parent":"0","count":"56","object_id":"12507","pod_item_id":"1780"}],"departamento":"","ubicacion":"Centro de Tecnolog\u00eda Biom\u00e9dica (CTB)","id_infraestructura_portal":"485","coste_sin_iva":"1471","fecha_compra":"2019-11-27","fecha_alta_inventario":"2019-11-27","numero_inventario":"4020022","tiene_manual":"0","tiene_albaranes_facturas":"1","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Alejandro Rodr\u00edguez","email_responsable_mantenimiento":"alejandro.rodriguez@ctb.upm.es","sector_area":"Health, hospitals, healthcare system, pharmaceutical sector, computation, artificial intelligence.","sirve":"The techniques make it possible to obtain descriptive information, describing the data and their possible relationships. The application of machine learning techniques makes it possible to generate predictive models based on the problem considered.","uso":"Use in data analysis and the generation of patient profiles for any pathology, by extracting patterns from the source data.","relacion":"","otros":"","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/602\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/625","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":7295,"name":"AI platform for the descriptive and predictive analysis of clinical data","slug":"ai-platform-for-the-descriptive-and-predictive-analysis-of-clinical-data","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":7295,"term_group":0,"count":0,"id":7295},"7221":{"imagen":false,"descripcion":"The Ports and Coasts Laboratory of the Universidad Polit\u00e9cnica de Madrid consists of a 52-metre-long channel with a 1 metre-wide by 1.5-metre high cross-section. It is able to generate regular and irregular waves of up to 0.45 metres in a depth of 1 metre. It has reflected-wave absorption control and it controls dissipation using polyurethane foam. It also has a tank or pool for three-dimensional testing, which occupies the central part of the building; it has a depth of 1.36 metres, a width of 11 metres and a length of 33 metres. The bottom of the tank is finished in in situ terrazzo and the vertical walls are finished in continuous tiling, fitted with an anti-reflection system using 10 ppi polyurethane foams. Multi-directional waves are generated with absorption control, by moving individual paddles, and can reach up to 1 metre. The wave maker, which comprises 16 paddles measuring 0.70 metres in width and 1.30 metres in length, has the following performance: H = 0.25 metres in water 0.60 metres deep. The wave generation and calibration process is computerised by means of a workstation, a communications card, a conversion unit and an interface with a connection card for at least eight differential analogue input channels or 16 common channels and two analogue output channels. The facility is complemented by wave measurement, programming and calibration equipment; data acquisition and analysis equipment, and a small calculation centre with mathematical and numerical models for comparison.","donde":[{"term_id":"1570","name":"Environment Coast and Ocean Research Laboratory","slug":"en_environment-coast-and-ocean-research-laboratory","term_group":"0","term_order":"0","term_taxonomy_id":"1570","taxonomy":"donde","description":"","parent":"0","count":"2","object_id":"11789","pod_item_id":"1570"}],"departamento":"","ubicacion":"Laboratorio de Puertos, ETS Ingenieros de Caminos, Canales y Puertos","id_infraestructura_portal":"387","coste_sin_iva":"1000000","fecha_compra":"2008-06-08","fecha_alta_inventario":"2008-06-08","numero_inventario":"04A.S2.999.X","tiene_manual":"1","tiene_albaranes_facturas":"1","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Jos\u00e9 Luis Orts Egio","email_responsable_mantenimiento":"joseluis.orts@upm.es","sector_area":"Hydraulics, Energy and the Environment. Marine Engineering","sirve":"The facility is used to carry out hydrodynamic tests on a scale of 1\/50 to 1\/150 in a 33-metre by 11-metre by 1.20-metre pool, mainly on the behaviour of port facilities and floating elements \u00bf both ships and offshore wind energy devices \u00bf in response to internal agitation. With a 52-metre-long by 1.50-metre-wide channel, it is possible to analyse typical sections of dykes, both breakwaters and vertical dykes, in relation to waves, forces derived from waves or functionality, overtopping and overflow.","uso":"In 2020 and 2021, four barge-type floating platforms based on TRIWIND technology have been tested. The structural and functional stability behaviour of a port in the Basque Country is also being tested.","relacion":"Offshore wind market and the 2030 Agenda Sustainable Development Goals (SDGs): SDG 7, Affordable and clean energy; SDG 13, Climate action; SDG 14, Life below water; and SDG 11, Sustainable cities and communities. The aim is to improve harmony with the physical environment and the interaction between land and sea.","otros":"This is a cutting-edge facility both physically and in terms of equipment and instrumentation.","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/576\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/577","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":7221,"name":"Test tank of the Ports Laboratory, Civil Engineering Technical School","slug":"test-tank-of-the-ports-laboratory-civil-engineering-technical-school","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":7221,"term_group":0,"count":0,"id":7221},"7171":{"imagen":false,"descripcion":"ACLA16 wind tunnel for wind engineering tests","donde":[{"term_id":"1466","name":"\"Ignacio da Riva\" University Microgravity Institute","slug":"en_ignacio-da-riva-university-microgravity-institute","term_group":"0","term_order":"0","term_taxonomy_id":"1466","taxonomy":"donde","description":"","parent":"0","count":"5","object_id":"11706","pod_item_id":"1466"}],"departamento":"","ubicacion":"ETSIAE, Campus de Montegancedo, Edificio CIDA","id_infraestructura_portal":"37","coste_sin_iva":"588000","fecha_compra":"2004-02-11","fecha_alta_inventario":"2004-02-11","numero_inventario":"72765","tiene_manual":"0","tiene_albaranes_facturas":"1","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Sebasti\u00e1n Franchini Longhi","email_responsable_mantenimiento":"s.franchini@upm.es","sector_area":"Construction sector, aerospace sector, wind engineering, wind energy, solar trackers and collectors, suspension and cable-stayed bridges.","sirve":"Studying the effect of the wind on all kinds of obstacles, buildings, structures and vehicles. Experimental aerodynamic studies, in particular those related to wind engineering.","uso":"Tests on various kinds of civil infrastructure.","relacion":"Developing energy harvesters. Flow control using plasma actuators.","otros":"","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/435\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/438\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/434\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/433\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/436\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/437","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":7171,"name":"ACLA16 wind tunnel","slug":"acla16-wind-tunnel","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":7171,"term_group":0,"count":0,"id":7171},"7293":{"imagen":false,"descripcion":"Cell culture unit equipped to carry out experiments involving different models of cell lines of animal origin, including cell lines of human origin. The unit consists of a biosafety level 1 (BSL-1) laboratory, a biosafety level 2 (BSL-2) laboratory and a shared washing and sterilisation area. The BSL-1 laboratory consists of: A TELSTAR laminar-flow cabinet, three Thermo CO2 incubators with an infrared sensor and an 80-litre water jacket, and a Lab-Line CO2 incubator for maintaining cell cultures. An absorbance plate reader. A Hettich Rotina refrigerated centrifuge. A freezer capable of temperatures down to -80\u00b0C. A fridge with a temperature range from -4 to 20\u00b0C. Two Nuaire class II vertical laminar-flow cabinets. The BSL-2 laboratory consists of: A Nuaire class II laminar-flow cabinet. A Thermo Scientific 3111 Water Jacket CO2 incubator with an 80-litre water jacket. A HERMLE Z306 centrifuge. An Olympus IX71 optical microscope.","donde":[{"term_id":"1780","name":"Center for Biomedical Technology","slug":"en_center-for-biomedical-technology","term_group":"0","term_order":"0","term_taxonomy_id":"1780","taxonomy":"donde","description":"","parent":"0","count":"56","object_id":"12507","pod_item_id":"1780"}],"departamento":"","ubicacion":"Centro de Tecnolog\u00eda Biom\u00e9dica","id_infraestructura_portal":"484","coste_sin_iva":"75000","fecha_compra":"2011-01-18","fecha_alta_inventario":"2011-01-18","numero_inventario":"4002505; 4005120; 142973; 4003310; 4007040","tiene_manual":"1","tiene_albaranes_facturas":"1","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Milagros Ramos","email_responsable_mantenimiento":"milagros.ramos@ctb.upm.es","sector_area":"Health, cell cultures, primary cultures, cell lines, cell viability, MTT","sirve":"The unit has class II laminar-flow biosafety cabinets (BSCs) suitable for ensuring the sterility of the work area and protecting the researcher from possible pathogenic agents handled inside it. It is also equipped with incubators that allow controlled temperature, humidity and CO2 concentration conditions to be maintained, a freezer, a refrigerator, an autoclave, a centrifuge, thermostatic baths, etc. The unit\u00bfs technical staff rigorously check the equipment and the general facilities to make sure everything is running properly and they carry out preventative maintenance, for which specific operating protocols have been prepared. The parameters relating to the CO2 pressure, humidity and temperature of the incubators, the laminar flow of the cabinets, the temperature of the refrigerators and freezers, as well as other important indicators, are checked daily.","uso":"Maintenance of cell lines (cardiomyocytes, fibroblasts, osteoblasts, neurons, glial cells, mesenchymal stem cells, chondrocytes, retina cells, melanoma cells) and human cell lines (glioblastoma cells), primary cultures of mouse tissues or organs (cerebellum, cortex, hippocampus or medulla cells), supply of cell lines, frozen or in flasks, cell viability testing (MTT, XTT, calcein AM), viability analysis on different surfaces and toxicity evaluation of biomaterials and nanoparticles.","relacion":"","otros":"","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/601\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/600","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":7293,"name":"Cell culture unit","slug":"cell-culture-unit","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":7293,"term_group":0,"count":0,"id":7293},"7249":{"imagen":false,"descripcion":"Bioinformatic Analysis Service","donde":[{"term_id":"1476","name":"Centre for Biotechnology and Plant Genomics, CBPG","slug":"en_centre-for-biotechnology-and-plant-genomics-cbpg","term_group":"0","term_order":"0","term_taxonomy_id":"1476","taxonomy":"donde","description":"","parent":"0","count":"12","object_id":"12319","pod_item_id":"1476"}],"departamento":"","ubicacion":"Laboratorio B30A de la planta baja del edificio principal del CBGP (UPM-INIA)","id_infraestructura_portal":"442","coste_sin_iva":"132830","fecha_compra":"2019-09-12","fecha_alta_inventario":"2019-09-12","numero_inventario":"4020429","tiene_manual":"1","tiene_albaranes_facturas":"0","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Sara Gonz\u00e1lez Bod\u00ed - Postdoctoral Researcher","email_responsable_mantenimiento":"sara.gonzalez.bodi@upm.es","sector_area":"Bioinformatics.","sirve":"The bioinformatic analysis of data from mass sequencing is fundamental to the majority of genomic projects. Even though many of the methods and protocols required are considered standard, their use is subject to the available computational capacity of each research group, as well as the availability of staff qualified to use high-performance computation infrastructure. In this context, the Bioinformatic Support Unit (BSU) of the Centre for Biotechnology and Plant Genomics (Centro de Biotecnolog\u00eda y Gen\u00f3mica de Plantas [CBGP UPM-INIA]), as part of the Computational\/Systems Biology Programme (CsBGP) of the CBGP\u00bfs Severo Ochoa Centre of Excellence strategic plan, was set up to respond to the high demand for processing and analysis of \u00bfomics\u00bf data, principally from next-generation sequencing (NGS) platforms.","uso":"Its main objectives are to offer a complete data genomics processing, analysis, computation and interpretation service. To supervise and manage the use of high-performance cluster computing (HPC) and the data storage system.","relacion":"","otros":"For more information: http:\/\/www.cbgp.upm.es\/index.php\/es\/servicios\/bsu","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/807\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/808","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":7249,"name":"Bioinformatic Support Unit (BSU)","slug":"bioinformatic-support-unit-bsu","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":7249,"term_group":0,"count":0,"id":7249},"7483":{"imagen":false,"descripcion":"System for measuring thicknesses and refractive indices with a halogen lamp","donde":[{"term_id":"1872","name":"Photonic and Biophotonic Optics Group (GOFB)","slug":"en_photonic-and-biophotonic-optics-group-gofb","term_group":"0","term_order":"0","term_taxonomy_id":"1872","taxonomy":"donde","description":"Nuestro objetivo principal es investigar y desarrollar sistemas &oacute;pticos y fot&oacute;nicos para aplicaciones biol&oacute;gicas y opto-qu&iacute;micas como puedan ser sistemas <em>Point-of-Care <\/em>para diagn&oacute;stico <em>In-Vitro<\/em>, sistemas para an&aacute;lisis y diagn&oacute;stico el l&iacute;quidos, chips y micro-chips para sistemas de detecci&oacute;n y para aplicaciones <em>body-on-a-chip.<\/em> Para alcanzar este objetivo nos centramos en diversas &aacute;reas de investigaci&oacute;n:\n&nbsp;\n\nSimulaci&oacute;n de estructuras micro y nano fot&oacute;nicas\nMicro-nano fabricaci&oacute;n de transductores&nbsp; en chips y biochips\nCaracterizaci&oacute;n &oacute;ptica avanzada de transductores\nDesarrollo de sistemas &oacute;ptica avanzados\nMicro y nano flu&iacute;dica\nFuncionalizaci&oacute;n y biofuncionalizaci&oacute;n de superficies\nInmunoensayos y bioqu&iacute;mica\n","parent":"0","count":"12","object_id":"10646","pod_item_id":"1872"}],"departamento":"","ubicacion":"Grupo de \u00d3ptica, Fot\u00f3nica y Biofot\u00f3nica, Centro de Tecnolog\u00eda Biom\u00e9dica","id_infraestructura_portal":"414","coste_sin_iva":"15500","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"049160","tiene_manual":"0","tiene_albaranes_facturas":"0","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Rafael Casquel","email_responsable_mantenimiento":"rafael.casquel@upm.es","sector_area":"Micro- and nano-manufacturing.","sirve":"Measuring the thickness of thin films and determining refractive indices","uso":"Measuring the thickness of thin films and determining refractive indices","relacion":"","otros":"","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/529\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/528","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":7483,"name":"Filmetrics","slug":"filmetrics-en","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":7483,"term_group":0,"count":0,"id":7483},"8305":{"imagen":false,"descripcion":"Espectrofluor\u00edmetro Fluorolog 3 (mtb), con l\u00e1mpara de Xen\u00f3n continua y pulsada, detector de fosforescencia de 10 micro-s a 10 s. Y Deward de cuarzo para medidas a 77 K. Accesorios para muestras l\u00edquidas y s\u00f3lidas.","donde":[{"term_id":"608","name":"An\u00e1lisis y Caracterizaci\u00f3n \u00d3ptica de Materiales","slug":"analisis-y-caracterizacion-optica-de-materiales","term_group":"0","term_order":"0","term_taxonomy_id":"608","taxonomy":"donde","description":"","parent":"0","count":"15","object_id":"12352","pod_item_id":"608"}],"departamento":"","ubicacion":"Laboratorio de laseres de la ETSIDI","id_infraestructura_portal":"20","coste_sin_iva":"57535","fecha_compra":"2015-12-26","fecha_alta_inventario":"2015-11-23","numero_inventario":"4011060","tiene_manual":"1","tiene_albaranes_facturas":"1","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Cristobal COLON HERNANDEZ","email_responsable_mantenimiento":"cristobal.colon@upm.es","sector_area":"Medida de propiedades Fluorescentes de materiales","sirve":"Se puede obtener el espectro de Fluorescencia de muestras s\u00f3lidas o l\u00edquidas utilizando diferentes longitudes de onda de excitaci\u00f3n, ya que dispone de dos monocromadores: de excitaci\u00f3n y de emisi\u00f3n.\r\nComo fuente de excitaci\u00f3n utilizamos una l\u00e1mpara de Xenon en continuo o pulsado.\r\nPermite obtener los timpos de vida media de las sustancias.\r\nDispone de un criostato de cuarzo para medidas en s\u00f3lidos a la temperatura de 77K.","uso":"Estudio de propiedades fluorescentes de nuevos materiales s\u00f3lidos cristalinos con elementos de tierras raras.","relacion":"Creaci\u00f3n de elementos de seguridad como tintas fluorescentes para marcado de billetes.\r\nNuevos sensores de radiaci\u00f3n sintonizables seg\u00fan la composici\u00f3n.","otros":"Como fuente de excitaci\u00f3n utilizamos una l\u00e1mpara de Xenon en continuo o pulsado.\r\nPermite obtener los timpos de vida media de las sustancias.\r\nDispone de un criostato de cuarzo para medidas en s\u00f3lidos a la temperatura de 77K.","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/303\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/304","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":8305,"name":"Espectrofluor\u00edmetro Fluorolog 3","slug":"espectrofluorimetro-fluorolog-3","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":8305,"term_group":0,"count":0,"id":8305},"8301":{"imagen":false,"descripcion":"FTIR GX-2000 de Perkin Elmer, de 400 a 10000 cm-1 con accesorios para s\u00f3lidos, l\u00edquidos y gases. Microscopio AUTOIMAGE Acoplado, para microespectroscop\u00eda FTIR","donde":[{"term_id":"608","name":"An\u00e1lisis y Caracterizaci\u00f3n \u00d3ptica de Materiales","slug":"analisis-y-caracterizacion-optica-de-materiales","term_group":"0","term_order":"0","term_taxonomy_id":"608","taxonomy":"donde","description":"","parent":"0","count":"15","object_id":"12352","pod_item_id":"608"}],"departamento":"","ubicacion":"Laboratorio de An\u00e1lisis Qu\u00edmico de la ETSIDI","id_infraestructura_portal":"26","coste_sin_iva":"55200","fecha_compra":"2002-10-01","fecha_alta_inventario":"2002-10-09","numero_inventario":"54656","tiene_manual":"1","tiene_albaranes_facturas":"1","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Francisco FERNANDEZ MARTINEZ","email_responsable_mantenimiento":"francisco.fernandezm@upm.es","sector_area":"Identificaci\u00f3n y an\u00e1lisis de muestras org\u00e1nicas mediante espectroscop\u00eda FTIR.","sirve":"Identificaci\u00f3n y an\u00e1lisis de muestras org\u00e1nicas mediante espectroscop\u00eda FTIR. Sirve tanto para an\u00e1lisis Cualitativo como cuantitativo.\r\nDispone de celdasa para l\u00edquidos, s\u00f3lidos y gases. ATR, Reflectancia espscular y difusa. Conectado a un microscopio que permite realizar medidas de microespectroscop\u00eda FTIR. Dispone de un anvil de diamante.","uso":"An\u00e1lisis de contaminaci\u00f3n org\u00e1nica para muestras de empresas de Tecnolog\u00eda Aeroespacial: control de productos manufacturados y salas limpias, seg\u00fan normativa de la Agencia Europea del Espacio (ECSS-Q-ST-70-05C(6March2009)).","relacion":"An\u00e1lisis de contaminaci\u00f3n org\u00e1nica para muestras de empresas de Tecnolog\u00eda Aeroespacial: control de productos manufacturados y salas limpias, seg\u00fan normativa de la Agencia Europea del Espacio (ECSS-Q-ST-70-05C(6March2009)).","otros":"caracterizaci\u00f3n de los contaminantes: grasas, \u00e9steres, metil y fenil siliconas con un limite de detecci\u00f3n de alrededor de 20 ng\/cm2.","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/306\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/305","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":8301,"name":"FTIR GX-2000 de Perkin Elmer, de 400 a 10000 cm-1","slug":"ftir-gx-2000-de-perkin-elmer-de-400-a-10000-cm-1","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":8301,"term_group":0,"count":0,"id":8301},"8299":{"imagen":false,"descripcion":"Equipo de An\u00e1lisis T\u00e9rmico SDT Q-600 de Thermal Analysis. Realiza simult\u00e1neamente ATG y ATD entre RT y 1500\u00baC en atm\u00f3sferas din\u00e1micas de N2, H2\/N2, O2, He y aire.","donde":[{"term_id":"608","name":"An\u00e1lisis y Caracterizaci\u00f3n \u00d3ptica de Materiales","slug":"analisis-y-caracterizacion-optica-de-materiales","term_group":"0","term_order":"0","term_taxonomy_id":"608","taxonomy":"donde","description":"","parent":"0","count":"15","object_id":"12352","pod_item_id":"608"}],"departamento":"","ubicacion":"Laboratorio de An\u00e1lisis Qu\u00edmico de la ETSIDI","id_infraestructura_portal":"33","coste_sin_iva":"30750","fecha_compra":"2007-12-04","fecha_alta_inventario":"2007-12-17","numero_inventario":"07\/123105 123167","tiene_manual":"1","tiene_albaranes_facturas":"1","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Jos\u00e9 Antonio D\u00edaz L\u00f3pez","email_responsable_mantenimiento":"Jos\u00e9 Antonio D\u00edaz L\u00f3pez","sector_area":"Analisis T\u00e9rmico de materiales.","sirve":"Sirve para determinar el comportamiento t\u00e9rmico de materiales s\u00f3lidos frente a la temperatura (T ambiente hasta 1500\u00baC). Se puede estudiar simult\u00e1neamente las perdidas o ganancias de peso con la absorci\u00f3n o emisi\u00f3n de calor. Todo ello en diferentes atm\u00f3sferas: N2, O2, He, aire, H2\/N2.\r\nAsimismo se pueden estudiar los comportamientos con gases corrosivos como SO2, CO2, ... a trav\u00e9s de una entrada secudaria.\r\nPortamuestras de Pt y Al2O3.","uso":"S\u00edntesis y caracterizaci\u00f3n de materiales s\u00f3lidos, como plasticos, materiales industriales, materiales de construcci\u00f3n, muestras mineral\u00f3gicas, aleaciones.\r\nEstudio de cin\u00e9ticas de reacci\u00f3n, estabilidad t\u00e9rmica de materiales,...","relacion":"Estudio simple con miligramos de material, etapa previa a sintesis con mayores cantidades de producto.\r\nEn una s\u00f3la medida se realiza el ATG y el ATD (semi DSC).","otros":"Se puede estudiar simult\u00e1neamente las perdidas o ganancias de peso con la absorci\u00f3n o emisi\u00f3n de calor. Todo ello en diferentes atm\u00f3sferas: N2, O2, He, aire, H2\/N2.\r\nAsimismo se pueden estudiar los comportamientos con gases corrosivos como SO2, CO2, ... a trav\u00e9s de una entrada secudaria.","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/297\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/299","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":8299,"name":"Equipo de An\u00e1lisis T\u00e9rmico SDT Q-600","slug":"equipo-de-analisis-termico-sdt-q-600","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":8299,"term_group":0,"count":0,"id":8299},"8303":{"imagen":false,"descripcion":"Descripci\u00f3n: Difract\u00f3metro de rayos X Bruker D-5000. M\u00e9todo de Polvo, L\u00e1mapara de Cu,e intecambiador de muestras (40). Base de datos ICDD-PDF2 y programa DIFFRACTplus SEARCH","donde":[{"term_id":"608","name":"An\u00e1lisis y Caracterizaci\u00f3n \u00d3ptica de Materiales","slug":"analisis-y-caracterizacion-optica-de-materiales","term_group":"0","term_order":"0","term_taxonomy_id":"608","taxonomy":"donde","description":"","parent":"0","count":"15","object_id":"12352","pod_item_id":"608"}],"departamento":"","ubicacion":"Laboratorio de An\u00e1lisis Qu\u00edmico de la ETSIDI","id_infraestructura_portal":"53","coste_sin_iva":"29900","fecha_compra":"2010-08-10","fecha_alta_inventario":"2010-09-10","numero_inventario":"10\/138515 10\/138518  10\/138520  10\/141575","tiene_manual":"1","tiene_albaranes_facturas":"1","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Francisco FERNANDEZ MARTINEZ","email_responsable_mantenimiento":"francisco.fernandezm@upm.es","sector_area":"An\u00e1lisis de Muestas S\u00f3lidas cristalinas en polvo.","sirve":"Sirve para analizar y caracterizar muestra policristalinas en polvo. Tiene base de datos de compuestos inorg\u00e1nicos y mineral\u00f3gica.\r\nPermite realizar hasta cuarenta an\u00e1lisis de muestras, en continuo, debido a que tiene un intercambiador de muestras. La radiacci\u00f3n utilizada es la K alfa del Cu. Dispone de monocromador de grafito.","uso":"Caracterizaci\u00f3n cristalogr\u00e1fica de materiales, tanto cualitativa como cuantitativa.\r\nSintesis y caracterizaci\u00f3n cristalogr\u00e1fica de nuevos materiales.\r\nCaracterizaci\u00f3n de morteros y de productos de descomposici\u00f3n o tratamiento t\u00e9rmico de los mismos.","relacion":"Sintesis y caracterizaci\u00f3n cristalogr\u00e1fica de nuevos materiales.","otros":"Permite realizar hasta cuarenta an\u00e1lisis de muestras, en continuo, debido a que tiene un intercambiador de muestras. La radiacci\u00f3n utilizada es la K alfa del Cu. Dispone de monocromador de grafito.","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/301\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/302","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":8303,"name":"Difract\u00f3metro de rayos X Bruker D-5000. 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It measures 6 metres (length) x 1.4 metres (width) x 2.4 metres (height) and weighs approximately 3200 kg.","donde":[{"term_id":"1652","name":"III-V semiconductors","slug":"en_iii-v-semiconductors","term_group":"0","term_order":"0","term_taxonomy_id":"1652","taxonomy":"donde","description":"","parent":"0","count":"2","object_id":"11450","pod_item_id":"1652"}],"departamento":"","ubicacion":"Planta baja Instituto de Energ\u00eda Solar","id_infraestructura_portal":"567","coste_sin_iva":"2000000","fecha_compra":"2002-04-15","fecha_alta_inventario":"2021-06-14","numero_inventario":"306232 y 4023922","tiene_manual":"1","tiene_albaranes_facturas":"1","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Prof. Carlos Algora","email_responsable_mantenimiento":"carlos.algora@upm.es","sector_area":"- Photovoltaic solar energy (solar cells) - Optoelectronics (lasers, LEDs, photodiodes, etc.)","sirve":"It makes it possible to grow dozens of layers of III-V semiconductors, including GaAs, InP, GaP, InGaAs, AlGaAs, GaInP, AlInP and diluted nitrides of these families, among others, with thicknesses varying from nanometres to several microns and a very wide doping range. The layers can be grown on semiconductor substrates such as GaAs, Si, Ge and InP, with sizes of 2, 3 and 4 inches. Devices are subsequently manufactured on the semiconductor structure grown.","uso":"It is currently used to grow semiconductor structures to manufacture solar cells for land and space applications (including flexible cells), laser light converters and thermophotovoltaic devices.","relacion":"It can be used to grow semiconductor structures that give rise to devices with disruptive applications in optoelectronics. It also allows semiconductor layers to be grown on substrates including graphene.","otros":"It is the only commercial MOVPE reactor with production capacity (up to three 2-inch wafers or one 3- or 4-inch wafer) in Spain. The MOVPE reactor was completely renovated in 2021 with the help of scientific equipment grant EQC2019-005701-P from the National Research Agency (Agencia Estatal de Investigaci\u00f3n), ERDF funds and the Universidad Polit\u00e9cnica de Madrid\u00bfs own programme for co-financing R&amp;I infrastructure.","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/784\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/783\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/785","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":7401,"name":"Metalorganic vapour-phase epitaxy (MOVPE) reactor","slug":"metalorganic-vapour-phase-epitaxy-movpe-reactor","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":7401,"term_group":0,"count":0,"id":7401},"8316":{"imagen":false,"descripcion":"El reactor MOVPE es el modelo AIX\/200-4 de la marca AIXTRON. Tiene unas dimensiones de 6 m (largo) x 1,4 m (ancho) x 2,4 m (alto) y un peso  aproximado de 3200 kg","donde":[{"term_id":"428","name":"Semiconductores III-V","slug":"semiconductores-iii-v","term_group":"0","term_order":"0","term_taxonomy_id":"428","taxonomy":"donde","description":"","parent":"0","count":"6","object_id":"11450","pod_item_id":"428"}],"departamento":"","ubicacion":"Planta baja Instituto de Energ\u00eda Solar","id_infraestructura_portal":"567","coste_sin_iva":"2000000","fecha_compra":"2002-04-15","fecha_alta_inventario":"2021-06-14","numero_inventario":"306232 y 4023922","tiene_manual":"1","tiene_albaranes_facturas":"1","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Prof. Carlos Algora","email_responsable_mantenimiento":"carlos.algora@upm.es","sector_area":"- Energ\u00eda Solar Fotovoltaica (c\u00e9lulas solares)\r\n- Optoelectr\u00f3nica (l\u00e1seres, LEDS, fotodiodos, etc.)","sirve":"Permite crecer decenas de capas de todo tipo de semiconductores III-V, tales como GaAs, InP, GaP, InGaAs, AlGaAs, GaInP, AlInP incluyendo nitruros diluidos de estas familias, entre otros, con variaci\u00f3n de espesores desde nan\u00f3metros a varias micras y rango de dopados muy amplios. Estas capas pueden crecerse sobre sustratos semiconductores como GaAs, Si, Ge, InP, etc con tama\u00f1os de 2 ,3 y 4 pulgadas. Sobre la estructura semiconductora crecida se fabrican, posteriormente dispositivos","uso":"Actualmente se usa para crecer estructuras semiconductoras con las que fabricar c\u00e9lulas solares para aplicaciones terrestres y espaciales (incluyendo c\u00e9lulas flexibles), convertidores de luz l\u00e1ser y dispositivos termofotovoltaicos","relacion":"Puede utilizarse para crecer estructuras semiconductoras que den lugar a dispositivos con aplicaciones disruptivas en optoelectr\u00f3nica. Tambi\u00e9n permite crecer capas semiconductores sobre sustratos que incorporen grafeno.","otros":"Se trata del \u00fanico reactor de MOVPE comercial y con capacidad de producci\u00f3n (hasta 3 obleas de 2 pulgadas o 1 oblea de 3 \u00f3 4 pulgadas) que existe en Espa\u00f1a. El reactor de MOVPE se ha renovado por completo en el a\u00f1o 2021 gracias a la ayuda de Equipamiento Cient\u00edfico EQC2019-005701-P de la Agencia Estatal de Investigaci\u00f3n, Fondos Feder y el Programa Propio de la Universidad Polit\u00e9cnica de Madrid para la Cofinanciaci\u00f3n de Infraestructuras de I+d+i","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/784\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/783\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/785","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":8316,"name":"Reactor Epitaxial en Fase Vapor a partir de Precursores Metalorg\u00e1nicos (en ingl\u00e9s, MOVPE)","slug":"reactor-epitaxial-en-fase-vapor-a-partir-de-precursores-metalorganicos-en-ingles-movpe","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":8316,"term_group":0,"count":0,"id":8316},"8751":{"imagen":false,"descripcion":"Perme\u00e1metro de gran volumen, con eje horizontal y tomamuestras intercambiables","donde":[{"term_id":"534","name":"Hidroinform\u00e1tica y Gesti\u00f3n del Agua","slug":"hidroinformatica-y-gestion-del-agua","term_group":"0","term_order":"0","term_taxonomy_id":"534","taxonomy":"donde","description":"El objetivo de nuestro grupo es la investigaci&oacute;n en un campo multidisciplinar que combina intereses tecnol&oacute;gicos, humanos, sociol&oacute;gicos y medioambientales con el fin de resolver problemas relacionados con el medio ambiente acu&aacute;tico y mejorar la gesti&oacute;n de los recursos h&iacute;dricos haciendo uso de las tecnolog&iacute;as de informaci&oacute;n. La hidroinform&aacute;tica utiliza soluciones tales como m&eacute;todos num&eacute;ricos de modelizaci&oacute;n y optimizaci&oacute;n, redes de sensores, sistemas de informaci&oacute;n e inteligencia artificial (an&aacute;lisis inteligente de datos, herramientas de ayuda a la decisi&oacute;n) para resolver problemas de hidr&aacute;ulica, hidrolog&iacute;a e ingenier&iacute;a ambiental con el fin de obtener un mejor manejo de los sistemas basados en recursos h&iacute;dricos.\n&nbsp;\nNuestras l&iacute;neas de investigaci&oacute;n incluyen:\n\n\n<strong>Infraestructuras y Sistemas Hidr&aacute;ulicos:<\/strong>&nbsp;Modelizaci&oacute;n, gesti&oacute;n de recursos, seguridad, sistemas hidroel&eacute;ctricos\n\n\n\n<strong>Medioambiente: <\/strong>Cambio clim&aacute;tico, sequ&iacute;a, impacto socio-econ&oacute;mico de la gesti&oacute;n del agua\n\n\n<strong>Tecnolog&iacute;as de Informaci&oacute;n: <\/strong>Sistemas de informaci&oacute;n, inteligencia artificial\n","parent":"0","count":"15","object_id":"11877","pod_item_id":"534"},{"term_id":"1758","name":"Hydroinformatics and Water Management","slug":"en_hydroinformatics-and-water-management","term_group":"0","term_order":"0","term_taxonomy_id":"1758","taxonomy":"donde","description":"El objetivo de nuestro grupo es la investigaci&oacute;n en un campo multidisciplinar que combina intereses tecnol&oacute;gicos, humanos, sociol&oacute;gicos y medioambientales con el fin de resolver problemas relacionados con el medio ambiente acu&aacute;tico y mejorar la gesti&oacute;n de los recursos h&iacute;dricos haciendo uso de las tecnolog&iacute;as de informaci&oacute;n. La hidroinform&aacute;tica utiliza soluciones tales como m&eacute;todos num&eacute;ricos de modelizaci&oacute;n y optimizaci&oacute;n, redes de sensores, sistemas de informaci&oacute;n e inteligencia artificial (an&aacute;lisis inteligente de datos, herramientas de ayuda a la decisi&oacute;n) para resolver problemas de hidr&aacute;ulica, hidrolog&iacute;a e ingenier&iacute;a ambiental con el fin de obtener un mejor manejo de los sistemas basados en recursos h&iacute;dricos.\n&nbsp;\nNuestras l&iacute;neas de investigaci&oacute;n incluyen:\n\n\n<strong>Infraestructuras y Sistemas Hidr&aacute;ulicos:<\/strong>&nbsp;Modelizaci&oacute;n, gesti&oacute;n de recursos, seguridad, sistemas hidroel&eacute;ctricos\n\n\n\n<strong>Medioambiente: <\/strong>Cambio clim&aacute;tico, sequ&iacute;a, impacto socio-econ&oacute;mico de la gesti&oacute;n del agua\n\n\n<strong>Tecnolog&iacute;as de Informaci&oacute;n: <\/strong>Sistemas de informaci&oacute;n, inteligencia artificial\n","parent":"0","count":"11","object_id":"11877","pod_item_id":"1758"}],"departamento":"","ubicacion":"Laboratorio de Hidr\u00e1ulica de la ETSI de Caminos, Canales y Puertos","id_infraestructura_portal":"671","coste_sin_iva":"0","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"No inventariado","tiene_manual":"1","tiene_albaranes_facturas":"0","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Rafael Mor\u00e1n Moya","email_responsable_mantenimiento":"r.moran@upm.es","sector_area":"Ingenier\u00eda hidr\u00e1ulica","sirve":"El perme\u00e1metro permite caracterizar de la permeabilidad de materiales de gran tama\u00f1o. Los tomamuestras tienen 2,50 m de longitud y di\u00e1metros de 300, 500 y 1200 mm, aptos para el ensayo de materiales con tama\u00f1os m\u00e1ximos de part\u00edculas de 60, 100 y 240 mm respectivamente. La presi\u00f3n m\u00e1xima aguas arriba del tomamuestras es de 35 mca y el control de caudal se realiza mediante una v\u00e1lvula mariposa de 500 mm situada en la salida, con un caudal m\u00e1ximo superior a 0,15 m3s-1. Los gradientes de presi\u00f3n se obtienen de los registros de presi\u00f3n en 6 secciones de la muestra.","uso":"El perme\u00e1metro se est\u00e1 utilizando para el desarrollo de una tesis doctoral sobre la caracterizaci\u00f3n de medios granulares uniformes de elevada permeabilidad","relacion":"La instalaci\u00f3n permite caracterizar permeabilidades de medios granulares con tama\u00f1os m\u00e1ximos de hasta 25 cm lo que hace que sea una instalaci\u00f3n singular a nivel mundial","otros":"Instalaci\u00f3n donada por la empresa ALDESA a la ETSI de Caminos, Canales y Puertos","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/958\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/959\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/960","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":8751,"name":"Perme\u00e1metro de Gran Volumen \"J. 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La hidroinform&aacute;tica utiliza soluciones tales como m&eacute;todos num&eacute;ricos de modelizaci&oacute;n y optimizaci&oacute;n, redes de sensores, sistemas de informaci&oacute;n e inteligencia artificial (an&aacute;lisis inteligente de datos, herramientas de ayuda a la decisi&oacute;n) para resolver problemas de hidr&aacute;ulica, hidrolog&iacute;a e ingenier&iacute;a ambiental con el fin de obtener un mejor manejo de los sistemas basados en recursos h&iacute;dricos.\n&nbsp;\nNuestras l&iacute;neas de investigaci&oacute;n incluyen:\n\n\n<strong>Infraestructuras y Sistemas Hidr&aacute;ulicos:<\/strong>&nbsp;Modelizaci&oacute;n, gesti&oacute;n de recursos, seguridad, sistemas hidroel&eacute;ctricos\n\n\n\n<strong>Medioambiente: <\/strong>Cambio clim&aacute;tico, sequ&iacute;a, impacto socio-econ&oacute;mico de la gesti&oacute;n del agua\n\n\n<strong>Tecnolog&iacute;as de Informaci&oacute;n: <\/strong>Sistemas de informaci&oacute;n, inteligencia artificial\n","parent":"0","count":"15","object_id":"11877","pod_item_id":"534"},{"term_id":"1758","name":"Hydroinformatics and Water Management","slug":"en_hydroinformatics-and-water-management","term_group":"0","term_order":"0","term_taxonomy_id":"1758","taxonomy":"donde","description":"El objetivo de nuestro grupo es la investigaci&oacute;n en un campo multidisciplinar que combina intereses tecnol&oacute;gicos, humanos, sociol&oacute;gicos y medioambientales con el fin de resolver problemas relacionados con el medio ambiente acu&aacute;tico y mejorar la gesti&oacute;n de los recursos h&iacute;dricos haciendo uso de las tecnolog&iacute;as de informaci&oacute;n. La hidroinform&aacute;tica utiliza soluciones tales como m&eacute;todos num&eacute;ricos de modelizaci&oacute;n y optimizaci&oacute;n, redes de sensores, sistemas de informaci&oacute;n e inteligencia artificial (an&aacute;lisis inteligente de datos, herramientas de ayuda a la decisi&oacute;n) para resolver problemas de hidr&aacute;ulica, hidrolog&iacute;a e ingenier&iacute;a ambiental con el fin de obtener un mejor manejo de los sistemas basados en recursos h&iacute;dricos.\n&nbsp;\nNuestras l&iacute;neas de investigaci&oacute;n incluyen:\n\n\n<strong>Infraestructuras y Sistemas Hidr&aacute;ulicos:<\/strong>&nbsp;Modelizaci&oacute;n, gesti&oacute;n de recursos, seguridad, sistemas hidroel&eacute;ctricos\n\n\n\n<strong>Medioambiente: <\/strong>Cambio clim&aacute;tico, sequ&iacute;a, impacto socio-econ&oacute;mico de la gesti&oacute;n del agua\n\n\n<strong>Tecnolog&iacute;as de Informaci&oacute;n: <\/strong>Sistemas de informaci&oacute;n, inteligencia artificial\n","parent":"0","count":"11","object_id":"11877","pod_item_id":"1758"}],"departamento":"","ubicacion":"Laboratorio de Hidr\u00e1ulica de la ETSI de Caminos, Canales y Puertos","id_infraestructura_portal":"671","coste_sin_iva":"0","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"No inventariado","tiene_manual":"1","tiene_albaranes_facturas":"0","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Rafael Mor\u00e1n Moya","email_responsable_mantenimiento":"r.moran@upm.es","sector_area":"Hydraulic engineering","sirve":"The permeameter allows the characterization of the permeability of large-size materials. The samplers are 2.50 m long and have diameters of 300, 500, and 1200 mm, suitable for testing materials with maximum particle sizes of 60, 100, and 240 mm, respectively. The maximum pressure upstream of the sampler is 35 mca and flow control is by means of a 500 mm butterfly valve located at the outlet, with a maximum flow rate of over 0.15 m3\/s. 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Cuenta adem\u00e1s con todo el equipamiento para amasado, compactaci\u00f3n y preparaci\u00f3n de probetas normalizadas de diversas dimensiones.  Con respecto al acero, en el laboratorio hay un equipo control maquina universal de ensayos de 600 kN que permite ensayos de tracci\u00f3n, fatiga, deformaci\u00f3n alternativa en barras de acero y alambres de pretensado. Adem\u00e1s, un proyector de perfiles para el estudio de las caracter\u00edsticas geom\u00e9tricas barras de acero, dobladora de acero de laboratorio con diferentes mandriles y p\u00e9ndulo Charpy de 300 J.","donde":[{"term_id":"500","name":"Tecnolog\u00eda de Materiales y Medio Ambiente","slug":"tecnologia-de-materiales-y-medio-ambiente","term_group":"0","term_order":"0","term_taxonomy_id":"500","taxonomy":"donde","description":"Somos un grupo multidisciplinar con experiencia investigadora y profesional, fundado en 2005 por la Catedr\u00e1tica Milagros Bonilla Sim\u00f3n, formado en la actualidad por 9 profesores de la\u00a0<a href=\"https:\/\/caminos.upm.es\/\">ETSI de Caminos, Canales y Puertos<\/a>. 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Calle de Alfonso XII, 3 y 5. 28014, Madrid","id_infraestructura_portal":"706","coste_sin_iva":"0","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"58A.S2.001.0","tiene_manual":"0","tiene_albaranes_facturas":"0","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Rosal\u00eda Pacheco Torres","email_responsable_mantenimiento":"rosalia.pacheco@upm.es","sector_area":"3312 Tecnolog\u00eda de Materiales","sirve":"Estudio de las propiedades de los principales materiales de construcci\u00f3n empelados en infraestructuras y construcciones civiles","uso":"Aplicaci\u00f3n en el estudio de los materiales de construcci\u00f3n y determinaci\u00f3n de su aptitud para uso acorde con la normativa de ensayos vigente","relacion":"","otros":"","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/1012\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/1013","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":8903,"name":"Laboratorio de Materiales de Construcci\u00f3n","slug":"laboratorio-de-materiales-de-construccion","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":8903,"term_group":0,"count":0,"id":8903},"8905":{"imagen":false,"descripcion":"El laboratorio cuenta con diversa instrumentaci\u00f3n para an\u00e1lisis qu\u00edmico, tal como: Espectr\u00f3metro de emisi\u00f3n \u00f3ptica con plasma acoplado inductivamente (ICP-OES); Bomba de cromatograf\u00eda l\u00edquida de alta eficacia acoplada a espectr\u00f3metro de fluorescencia at\u00f3mica-generaci\u00f3n de hidruros (HPLC-HG-AFS); Cromat\u00f3grafo i\u00f3nico con detector de conductividad; Horno de microondas para mineralizaci\u00f3n y extracci\u00f3n; Sonda de ultrasonidos focalizada. 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Tambi\u00e9n se realizan an\u00e1lisis de especiaci\u00f3n de ars\u00e9nico en muestras biol\u00f3gicas y medioambientales por HPLC (intercambio i\u00f3nico) acoplado a HG-AFS, permitiendo diferenciar entre especies inorg\u00e1nicas y org\u00e1nicas hidrosolubles. 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Also, arsenic speciation analyzes in biological and environmental samples by HPLC (ion exchange) coupled to HG-AFS, are performed, allowing differentiation between water-soluble inorganic and organic species. 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Grupo de Investigaci\u00f3n de Tecnolog\u00eda de Materiales y Medio Ambiente","id_infraestructura_portal":"704","coste_sin_iva":"0","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"58A.S1.038.0","tiene_manual":"0","tiene_albaranes_facturas":"0","mantenimiento_ok":"0","nombre_responsable_mantenimiento":"Jos\u00e9 Ram\u00f3n S\u00e1nchez lav\u00edn","email_responsable_mantenimiento":"joseramon.sanchez@upm.es","sector_area":"Construcci\u00f3n, Ingenier\u00eda de materiales, Ingenier\u00eda Civil, Transportes, Carreteras, Mezclas Bituminosas.","sirve":"En el laboratorio se pueden realizar numerosos ensayos de firmes de carreteras (materiales granulares, mezclas bituminosas, suelo cemento, etc.), entre los que cabe citar: Caracterizaci\u00f3n de materiales b\u00e1sicos (Betunes, \u00e1ridos y suelos), Resistencia a la deformaci\u00f3n pl\u00e1stica de mezclas bituminosas, etc.","uso":"Actualmente se utiliza para uso docente, realizando pr\u00e1cticas los alumnos relacionadas con las asignaturas de Caminos y Explotaci\u00f3n y Conservaci\u00f3n de Carreteras, as\u00ed como apoyo a Trabajos Fin de Grado y fin de Master.","relacion":"","otros":"","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/1006\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/1007\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/1008\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/1009","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":8909,"name":"Laboratorio de Caminos, Explotaci\u00f3n y Conservaci\u00f3n de Carreteras.","slug":"laboratorio-de-caminos-explotacion-y-conservacion-de-carreteras","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":8909,"term_group":0,"count":0,"id":8909},"9187":{"imagen":false,"descripcion":"Equipamiento de refuerzo de la infraestructura Green BioFactory for Health (GreenBIO4H) del CBGP","donde":[{"term_id":"252","name":"Centro de Biotecnolog\u00eda y Gen\u00f3mica de Plantas (CBGP)","slug":"centro-de-biotecnologia-y-genomica-de-plantas-cbgp","term_group":"0","term_order":"0","term_taxonomy_id":"252","taxonomy":"donde","description":"","parent":"0","count":"19","object_id":"12360","pod_item_id":"252"},{"term_id":"1476","name":"Centre for Biotechnology and Plant Genomics, CBPG","slug":"en_centre-for-biotechnology-and-plant-genomics-cbpg","term_group":"0","term_order":"0","term_taxonomy_id":"1476","taxonomy":"donde","description":"","parent":"0","count":"12","object_id":"12319","pod_item_id":"1476"}],"departamento":"","ubicacion":"Se ubica en el Laboratorio S51 (Servicio de Metabol\u00f3mica del CBGP), que est\u00e1 integrado en la Red de Laboratorios e Infraestructuras de la Comunidad de Madrid.","id_infraestructura_portal":"713","coste_sin_iva":"0","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"37A.S1 .027.0 0051S - SALA DE METABOLOMICA","tiene_manual":"0","tiene_albaranes_facturas":"0","mantenimiento_ok":"0","nombre_responsable_mantenimiento":"Inma Gude Rodr\u00edguez","email_responsable_mantenimiento":"inma.gude@upm.es","sector_area":"El proyecto multidisciplinar PANGREEN-CM se enmarca en el Convenio entre la Comunidad de Madrid (Consejer\u00eda de Educaci\u00f3n, Universidades, Ciencia y Portavoc\u00eda) y la Universidad Polit\u00e9cnica de Madrid para la concesi\u00f3n directa de ayudas para financiar la realizaci\u00f3n de proyectos de investigaci\u00f3n sobre el SARS-COV2 y la enfermedad COVID 19 financiados con los recursos REACT-UE del Fondo Europeo de Desarrollo Regional.","sirve":"Se permite liderar la producci\u00f3n de biomol\u00e9culas de inter\u00e9s sanitario en plantas y responder a pandemias futuras y otros retos sanitarios. Sirve para producir nuevas prote\u00ednas\/p\u00e9ptidos y otras biomol\u00e9culas en plantas de forma barata, r\u00e1pida y masiva. Con potencial uso biosanitario como ant\u00edgenos en test de diagn\u00f3stico y en terapias frente a pandemias.","uso":"Para la producci\u00f3n en plantas de forma barata, r\u00e1pida y masiva, de nuevas prote\u00ednas\/p\u00e9ptidos y otras biomol\u00e9culas.","relacion":"","otros":"https:\/\/www.cbgp.upm.es\/index.php\/es\/servicios\/plataforma-pangreen","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/1021\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/1022","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":9187,"name":"Plataforma PANGREEN","slug":"plataforma-pangreen","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":9187,"term_group":0,"count":0,"id":9187},"9614":{"imagen":false,"descripcion":"La Magnetoencefalograf\u00eda (MEG) es una t\u00e9cnica que registra la actividad funcional cerebral, mediante la captaci\u00f3n de los campos magn\u00e9ticos producidos durante la  sinapsis neuronal y que son proyectados al exterior. 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Para evitar el ruido procedente de se\u00f1ales no deseadas el equipo se encuentra dentro de una habitaci\u00f3n aislada del exterior.","donde":[{"term_id":"556","name":"Centro de Tecnolog\u00eda Biom\u00e9dica (CTB)","slug":"centro-de-tecnologia-biomedica-ctb","term_group":"0","term_order":"0","term_taxonomy_id":"556","taxonomy":"donde","description":"","parent":"0","count":"84","object_id":"12498","pod_item_id":"556"},{"term_id":"1780","name":"Center for Biomedical Technology","slug":"en_center-for-biomedical-technology","term_group":"0","term_order":"0","term_taxonomy_id":"1780","taxonomy":"donde","description":"","parent":"0","count":"56","object_id":"12507","pod_item_id":"1780"}],"departamento":"","ubicacion":"Centro de Tecnolog\u00eda Biom\u00e9dica","id_infraestructura_portal":"457","coste_sin_iva":"1799988","fecha_compra":"2010-05-11","fecha_alta_inventario":"2010-05-11","numero_inventario":"4004654","tiene_manual":"1","tiene_albaranes_facturas":"1","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Bryan Strange","email_responsable_mantenimiento":"meg@ctb.upm.es","sector_area":"Neurociencia, neurolog\u00eda, neurofisiolog\u00eda","sirve":"T\u00e9cnica que registra la actividad funcional cerebral mediante la captaci\u00f3n de los campos  magn\u00e9ticos  producidos  durante  la  sinapsis  neuronal  y  que  son  proyectados al exterior.","uso":"An\u00e1lisis cl\u00ednicos e investigaci\u00f3n en diferentes temas de inter\u00e9s como alzheimer, epilepsia, ictus, esquizofrenia, Parkinson, traumatismo craneoencef\u00e1lico, autismo, TDAH, drogas, alcoholismo o depresi\u00f3n.","relacion":"Este equipo es el \u00fanico de su clase en una universidad p\u00fablica espa\u00f1ola. 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In order to prevent noise from unwanted signals, the equipment is situated in a room insulated from the outside.","donde":[{"term_id":"556","name":"Centro de Tecnolog\u00eda Biom\u00e9dica (CTB)","slug":"centro-de-tecnologia-biomedica-ctb","term_group":"0","term_order":"0","term_taxonomy_id":"556","taxonomy":"donde","description":"","parent":"0","count":"84","object_id":"12498","pod_item_id":"556"},{"term_id":"1780","name":"Center for Biomedical Technology","slug":"en_center-for-biomedical-technology","term_group":"0","term_order":"0","term_taxonomy_id":"1780","taxonomy":"donde","description":"","parent":"0","count":"56","object_id":"12507","pod_item_id":"1780"}],"departamento":"","ubicacion":"Centro de Tecnolog\u00eda Biom\u00e9dica","id_infraestructura_portal":"457","coste_sin_iva":"1799988","fecha_compra":"2010-05-11","fecha_alta_inventario":"2010-05-11","numero_inventario":"4004654","tiene_manual":"1","tiene_albaranes_facturas":"1","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"Bryan Strange","email_responsable_mantenimiento":"meg@ctb.upm.es","sector_area":"Neuroscience, neurology, neurophysiology","sirve":"Technique that records functional brain activity by capturing the magnetic fields produced and projected outwards during neuronal activity.","uso":"Clinical analyses and research in different areas of interest, such as Alzheimer\u00bfs, epilepsy, stroke, schizophrenia, Parkinson\u00bfs, traumatic brain injury, autism, ADHD, drug use, alcoholism and depression.","relacion":"This equipment is the only one of its kind at a Spanish public university. It is a non-invasive technique that does require the patient to be prepared and does not use electromagnetic radiation. It has health effectiveness authorisation C3. Three thousand cases involving different neurological pathologies solved. Simultaneous MEG and EEG (electroencephalography) recording. Blinking control in patients with epilepsy.","otros":"","imagenes":"https:\/\/www.upm.es\/Portal_inv\/img\/591\r\nhttps:\/\/www.upm.es\/Portal_inv\/img\/1039","tipo_infraestructura":{"term_id":"2704","name":"Infraestructura Cient\u00edfica","slug":"infraestructura-cientifica","term_group":"0","term_order":null,"term_taxonomy_id":null,"taxonomy":"infraestructuras_tipologia","description":"","parent":"0","count":"0","object_id":null,"pod_item_id":"2704"},"empresas":"","term_id":9616,"name":"Magnetoencephalography equipment","slug":"magnetoencephalography-equipment","description":"","taxonomy":"infraestructura","parent":0,"term_taxonomy_id":9616,"term_group":0,"count":1,"id":9616},"9639":{"imagen":false,"descripcion":"La infraestructura cuenta con una c\u00e1mara CMOS mon\u00f3croma (Photron FASTCAM NOVA S20) con memoria RAM de almacenamiento de 128 Gb, que permite grabar hasta 20000 fps con una resoluci\u00f3n de 1Mpx, tiempos de exposici\u00f3n submicrosegundo y un rango din\u00e1mico de 10 bits. 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Tanto la c\u00e1mara y como el sistema de iluminaci\u00f3n se pueden controlar y sincronizar mediante electr\u00f3nica externa o usando la electr\u00f3nica de control incluida en la c\u00e1mara.","donde":[{"term_id":"248","name":"Centro L\u00e1ser","slug":"centro-laser","term_group":"0","term_order":"0","term_taxonomy_id":"248","taxonomy":"donde","description":"","parent":"0","count":"10","object_id":"12193","pod_item_id":"248"},{"term_id":"1472","name":"Laser Centre","slug":"en_laser-centre","term_group":"0","term_order":"0","term_taxonomy_id":"1472","taxonomy":"donde","description":"","parent":"0","count":"5","object_id":"12193","pod_item_id":"1472"}],"departamento":"","ubicacion":"90A.00.097.0 (sala XANDRO del Centro L\u00e1ser)","id_infraestructura_portal":"724","coste_sin_iva":"0","fecha_compra":"0000-00-00","fecha_alta_inventario":"0000-00-00","numero_inventario":"4028693, 4027803","tiene_manual":"1","tiene_albaranes_facturas":"1","mantenimiento_ok":"1","nombre_responsable_mantenimiento":"David Mu\u00f1oz","email_responsable_mantenimiento":"david.munoz@upm.es","sector_area":"Manufactura aditiva e impresi\u00f3n de materiales, caracterizaci\u00f3n de impactos y bal\u00edstica, reacciones qu\u00edmicas y combusti\u00f3n, mec\u00e1nica de fluidos, biomec\u00e1nica, velocimetr\u00eda de im\u00e1genes de part\u00edculas.","sirve":"Permite la visualizaci\u00f3n y grabaci\u00f3n de procesos a alta velocidad, convirti\u00e9ndose en una valiosa herramienta para la caracterizaci\u00f3n y estudio de experimentos din\u00e1micos en escalas temporales inferiores al microsegundo. Una c\u00e1mara de alta velocidad no difiere en su funcionamiento b\u00e1sico de una c\u00e1mara habitual, consistiendo el sistema completo en una fuente de iluminaci\u00f3n, un sistema \u00f3ptico de enfoque y un detector digital. Sin embargo, frente a las tasas habituales de grabaci\u00f3n de 30 o 60 fps en dispositivos dom\u00e9sticos, la c\u00e1mara de alta velocidad puede alcanzar un n\u00famero de frames por segundo 4 \u00f3rdenes de magnitud mayor. Esto implica determinados retos tecnol\u00f3gicos como proporcionar una iluminaci\u00f3n suficientemente elevada, concentrada y sincronizada con el sistema de grabaci\u00f3n, as\u00ed como manejar archivos de datos de gran formato. La infraestructura puede ser utilizada por el usuario externo en sus instalaciones, de manera sencilla e independiente.","uso":"El equipamiento se encuentra localizado en el Centro L\u00e1ser, centro de investigaci\u00f3n de la UPM con una amplia experiencia en el desarrollo de procesos l\u00e1ser para la industria. Las t\u00e9cnicas de imagen ultrarr\u00e1pida (tanto en video continuo como combinadas con estrobosc\u00f3pica) permiten la caracterizaci\u00f3n y estudio de procesos l\u00e1ser de referencia en la industria, como manufactura aditiva, soldadura, taladrado, estudio de ondas el\u00e1sticas generadas por l\u00e1ser en s\u00f3lidos, etc. La c\u00e1mara de alta velocidad se est\u00e1 utilizando actualmente para mejorar y fortalecer la oferta de parametrizaci\u00f3n de procesos que actualmente se realiza desde Centro L\u00e1ser en el sector industrial.","relacion":"Los sistemas de visi\u00f3n artifical son fundamentales en el desarrollo, implementaci\u00f3n y mejora de entornos industriales digitalizados (Industria 4.0), dado que permiten una caracterizaci\u00f3n in-situ de los procesos desarrollados. 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