ISCIII - Datos de investigaciónhttp://hdl.handle.net/20.500.12105/21262024-03-28T23:22:11Z2024-03-28T23:22:11ZEffects of 700 and 3500 MHz 5G radiofrequency exposure on developing zebrafish embryos [Dataset]Torres-Ruiz, MónicaSuárez, Oscar J.López-Alonso, VictoriaMarina-Boillos, PabloSanchis Otero, AranzazuListe-Noya, IsabelDe Alba-González, MercedesRamos-Gonzalez, Maria Victoriahttp://hdl.handle.net/20.500.12105/161252024-02-22T13:58:37Z2023-05-01T00:00:00ZEn este estudio, hemos utilizado una configuración disponible comercialmente validada que produce un campo uniforme para exponer embriones de pez cebra (ZFe) a frecuencias no moduladas de 700 y 3500 MHz. Hemos combinado una batería de ensayos de toxicidad, desarrollo y comportamiento para explorar más a fondo los posibles efectos de las radiaciones de radiofrecuencia (RFR). Nuestros perfiles neuroconductuales incluyen un ensayo de enrollamiento de la cola, un ensayo de actividad de luz/oscuridad, dos ensayos de ansiedad de tigmotaxis (estímulos auditivos y visuales) y una respuesta de sobresalto: ensayo de habituación en respuesta a estímulos auditivos. Se expusieron ZFe durante 1 y 4 h durante el período de desarrollo de la blástula y se evaluaron los puntos finales hasta 120 horas después de la fertilización (hpf). Nuestros resultados no muestran efectos sobre la mortalidad, la eclosión o la longitud corporal. Sin embargo, hemos demostrado efectos morfológicos de órganos específicos y efectos conductuales en la actividad, el comportamiento similar a la ansiedad y la habituación que perduraron en las larvas expuestas durante el período embrionario temprano. También se observó una disminución de la actividad de la acetilcolinesterasa, lo que podría explicar algunas de las alteraciones conductuales observadas. Curiosamente, los efectos fueron más pronunciados en ZFe expuesto a la frecuencia de 700 MHz, y especialmente durante el período de exposición de 4 h. Además, hemos demostrado que nuestra configuración de exposición es robusta, flexible con respecto a las pruebas de frecuencia y potencia, y altamente comparable. El trabajo futuro incluirá la exposición de ZFe a señales moduladas de 5G durante diferentes períodos de tiempo para comprender mejor los posibles efectos en la salud de la nueva RFR de 5G.
2023-05-01T00:00:00ZLiterature published in the last 5 years (2016-2020) on Co-creation Methodology and ICT in Health and Biomedicine [Dataset]Ramos-Gonzalez, Maria VictoriaMELTIC partnersSan Pedro-Botas, Iris deCasado-Ramirez, ElviraSantacruz, EsmeraldaHernández, CoralAlcoceda, Jose AntonioTena-Davila, Maria José deBurgos Llamo, AlfredoPérez de la Cámara, SantiagoMarina-Boillos, PabloPascual-Carrasco, Mariohttp://hdl.handle.net/20.500.12105/146922023-12-14T09:47:05Z2022-01-01T00:00:00ZObjective: The objective is to determine reported cases of co-creation methodology about the use of smart technologies in public spaces in order to create new forms of social interactions and practices, which in turn creates new socio-spatial relations and promotes interactions and communication between isolated and disperse communities. Methods: The literature published in the last 5 years (2016-2020) has been reviewed. Searches on Co-creation methodology and ICTs in Health and Biomedicine, on topics such as interaction among users, ICT and social behaviour, spatial analyses, planning methodologies and public involvement, on-line gaming, self‐learning, and the prevention of risky habbits are made manually. Results: Search strategies developed through electronic databases and manual search identified a total of 180 references, included in the supplementary material. They have been divided by the technologies used in the studies, co-creation methodology, and according to the type of socio-medical application. This research highlights the penetration of ICT in social and healthcare environments and clearly demonstrates the high number of publications that have come out over recent years and a lack of publications that evaluate co-creation methodology in this field. Conclusions: Most of the papers included only partially cover the subject matter of ICT in Health and Biomedicine and how to use smart technologies to transform public spaces in small communities into people-friendly human environments. The research carried out for this paper clearly demonstrates the high number of publications concerning technology assessment. However, there is a distinct lack of publications that evaluate co-creation methodology.
2022-01-01T00:00:00ZCo-creation methodology with smart technologies in health and well-being to enable communication between isolated and disperse small communities: a literature review [Dataset]Ramos-Gonzalez, Maria VictoriaSan Pedro-Botas, Iris deDochao, AndresCaeiro, AnabelaD’Amico, RobertoDuta, GreghoryCasado-Ramirez, ElviraSantacruz, EsmeraldaAlcoceda, Jose AntonioTena-Davila, Maria José deBurgos Llamo, AlfredoPérez de la Cámara, SantiagoMarina-Boillos, PabloPascual-Carrasco, Mariohttp://hdl.handle.net/20.500.12105/134892023-12-14T09:50:52Z2021-12-01T00:00:00ZObjective: the objective is to determine reported cases of co-creation methodology about the use of smart technologies in public spaces in order to create new forms of social interactions and practices, which in turn creates new socio-spatial relations and promotes interactions and communication between isolated and disperse communities. Material and Methods: the literature published in the last 5 years (2016-2020) has been reviewed. Searches on Co-creation methodology and ICTs in Health and Biomedicine, on topics such as interaction among users, ICT and social behaviour, spatial analyses, planning methodologies and public involvement, on-line gaming, self‐learning, and the prevention of risky habbits are made manually. Results: search strategies developed through electronic databases and manual search identified a total of 180 references, included in the supplementary material. They have been divided by the technologies used in the studies, co-creation methodology, and according to the type of socio-medical application. This research highlights the penetration of ICT in social and healthcare environments and clearly demonstrates the high number of publications that have come out over recent years and a lack of publications that evaluate co-creation methodology in this field. Conclusions: most of the papers included only partially cover the subject matter of ICT in Health and Biomedicine and how to use smart technologies to transform public spaces in small communities into people-friendly human environments. The research carried out for this paper clearly demonstrates the high number of publications concerning technology assessment. However, there is a distinct lack of publications that evaluate co-creation methodology [Dataset].
2021-12-01T00:00:00ZMediciones electromagnéticas en entornos inteligentes de cuidados de salud [Dataset]Ramos-Gonzalez, Maria VictoriaMiguel-Bilbao, Silvia deHernandez-Armas, Jose AngelFernandez de Aldecoa, Jose CarlosFebles-Santana, VictorRabassa, Luis EnriqueTrillo, María AngelesSuarez-Vicente, Oscarhttp://hdl.handle.net/20.500.12105/83652022-11-02T12:14:09Z2019-09-23T00:00:00ZLos hospitales y centros de atención sanitaria están experimentando una notable implantación de nuevos sistemas inteligentes basados en tecnologías radiantes para localización e identificación de material, instrumentación e incluso de pacientes
2019-09-23T00:00:00Z