Madrid, Comunidad de Madrid
Joined January 2018
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EXTEND Project retweeted
Are you passionate about Neural Engineering and Motor Control? Candidates with a PhD obtained between Jan 1st 2023 and Dec 31st 2024 can apply for a Juan de la Cierva postdoctoral fellowship to join our @NeuralEngLab (@InstitutoCajal, @CSIC). If interested, DM me with your CV.
‼️ La @AgEInves destina 189,4 millones de euros para varias convocatorias de ayudas del año 2024 del Programa Estatal de Recursos Humanos:
🔹 Torres Quevedo: 20.100.000 €
🔹 Juan de la Cierva: 38.300.000 €
🔹 Ramón y Cajal: 131.056.800 €.
+ Info ➡️ aei.gob.es/noticias/agencia-…
Researchers from the @extend_project showed, for the first time in humans, the use of coupling by volume conduction as a wireless power transfer (WPT) and bidirectional communications method to operate networks of wireless devices.
Excellent work led by @DTIC_UPF (@bekfa, Jesús Minguillón and @AntoniIvorra), in collaboration with @Fraunhofer, @filipe_obarroso from @NeuralEngLab @InstitutoCajal - @CSIC and @BecariosFLC, @AJdelAma from @URJC, Hospital Gregorio Marañón from @SaludMadrid and @HNParaplejicos.
This work was supported by the @extend_project #H2020 and by the #eAXON #ERC Grant. Link to the paper: jneuroengrehab.biomedcentral…
Long short-term memory neural networks accurately predicted pathological tremor signals in essential tremor patients, outperforming results from previous studies. More info: ieeexplore.ieee.org/document… and extend-project.eu/?p=632.
This was a great collaboration between @extend_project (led by @NRG__CSIC from @InstitutoCajal, @CSIC) and @La_UPM. Other consortium partners had a key role too: @SaludMadrid @imperialcollege @AbilityLab. This work is supported by the @extend_project #H2020.
#Real-time #neural based models applied to control the exoskeleton #Exo-H3 while #iSCI patients walked, allowing a more #intuitive #control of the #exoskeleton. Collaboration between the @NRG__CSIC (from @InstitutoCajal, @CSIC), @SanidadCLM, @imperialcollege and @Technaid.
EMG signals were recorded using a customized embedded system (#EAST) from @otbioelettronic.
Watch the teaser of the EXTEND Documentary on #Vimeo vimeo.com/748712593?ref=tw-s…. It portraits our scientific and technological journey, which began in January 2018. More info: extend-project.eu/?p=626.
Consortium: @NRG__CSIC, @imperialcollege, @DTIC_UPF #BERG_UPF, @Fraunhofer, @SaludMadrid, @sescamclm, @OssurCorp, @IFS_CSIC, @AbilityLab and @Technaid.
The final #injectable #implants developed by @DTIC_UPF #BERG_UPF and @Fraunhofer (FhG-IBMT) were tested in #humans for the first time and allowed us to perform #muscle #stimulation.
This work was carried out in collaboration with the @NRG__CSIC (from @InstitutoCajal, @CSIC), @SaludMadrid - Hospital Gregorio Marañón, @SanidadCLM - Hospital Nacional de Parapléjicos de Toledo and @Technaid. More info: extend-project.eu/?p=592.
Researchers from @DTIC_UPF (including @bekfa, @Jesús Minguillón, @PiTudela, and @ Albert Comerma), led by @AntoniIvorra, developed semi-implantable devices and validated them in vitro and in vivo.
This work was carried out in collaboration with the @NRG__CSIC (from @InstitutoCajal, @CSIC) and @Fraunhofer(FhG-IBMT). The work is supported by the @extend_project #H2020 and by the #eAXON #ERC Grant.
More info in the link: extend-project.eu/?page_id=4….
BHNS consists of distributed networks of #intramuscular wireless microsensors and microstimulators that communicate with external systems for analyzing #neuromuscular activity and performing #stimulation or controlling external #devices.
These devices were designed to be used in acute human trials to demonstrate the EXTEND Bidirectional Hyper-Connected Neural Systems (BHNS) paradigm.
The Institute of Philosophy (IFS) from CSIC conducted a survey on the challenges towards the adoption of BCI technologies in rehabilitation. Here are the results: extend-project.eu/?p=562
#BCI #AI #Ethics @CSIC @CCHS_CSIC @IFS_CSIC @NRG__CSIC
