gNec CSIC

Yesterday we had the first opportunity to try one of the inGAIT prototypes with Thijmen (10 years old). He performed amazingly well during the test 👏🏼👏🏼👏🏼 Looking forward to get the results!

Happy news! Our contribution "Perspectives on ankle-foot technology for improving gait performance of children with Cerebral Palsy in daily-life: requirements, needs and wishes" has been recently published at #JNeuroEngineeringAndRehab. @BioMedCentral jneuroengrehab.biomedcentral.com/articles/10.11…

Congratulations to our PhD student @Romerozabal who has presented this week the scope of his thesis at the scientific days of the @CARobotica_ research center with his talk "Soft robotics to promote walking in young children with cerebral palsy".

First tests with #inGAIT1 Keep updated! 👣

📚Last week we had the pleasure to receive the visit of the students of Industrial Electronics and Automation Engineering of the @urjc_uni! Thank you for visiting us and we hope you enjoyed testing our devices. 🤖 #research @CARobotica_ @CSICdivulga

Si quieres comenzar tu carrera investigadora en @CARobotica_ te interesa el siguiente enlace sede.csic.gob.es/intro2022. Becas JAE Intro 2022. Plazo hasta 7 de noviembre. No pierdas la oportunidad!! Información adicional.- listas.csic.es/wws/subscribe/…

This work is the result of our collaboration with @NRG__CSIC and @hospitalbeata @Juan_c_moreno @DrRomero_neuro

This would imply that users integrated the robot’s action, thus affecting their own gait patterns and pointing out that the robotic exoskeleton was embodied at a certain level. This should be explored in subsequent studies with larger sample sizes to evaluate

Our paper is online! It introduces the design and validation of the REFLEX prototype, a unilateral active knee–ankle–foot orthosis designed and developed to naturally assist the paretic limbs of hemiparetic patients during gait.  jneuroengrehab.biomedcentral.com/articles/10.11…

Hemos sido invitados a dar un taller en el curso “Experiencia Clínicas con Tecnologías en Neurorrehabilitación” en @HNParaplejicos con @juan_c_moreno @jmazorin y @savethescience. Hablaremos de #exoesqueletos y otras tecnologías para #neurorrehabilitación. No te lo puedes perder:

Our group contributions to @JJAA_2022 in @unirioja are already available! You can find the links bellow! @CEAutomatica 👕 @gabichodelgado : ruc.udc.es/dspace/handle/… 🚶‍♂️@Romerozabal ruc.udc.es/dspace/handle/… 👟 @inGAIT_CP ruc.udc.es/dspace/handle/…

Today we are happy to congratulate Julio Lora, member of our group, who has successfully presented his PhD. He has achieved the maximum grade and is eligible for the honours degree! Congratulations Julio and thank you for all your hard work in our team! @CARobotica_

Empieza la lectura de tesis doctoral de #Julio Lora-Millán @CARobotica_

This publication is the result of our collaboration with @WeriumSolutions. It describes the smart walker we developed for the rehabilitation of patients after hip fracture.

Thanks to @_knaw Academy Ter Meulen grant, today we start a new adventure in collaboration with @utwenteEN and @gNec_CSIC!

Check out our latest comprehensive review, in collaboration with @juan_c_moreno @NRG__CSIC, focused on coordination strategies in unilateral lower limb exos. Congrats #Julio

This is the first prototype of the SWalker robotic platform, developed to help us understand how to improve rehabilitation of elderly people after hip surgery. The validation of this first prototype have been carried out in collaboration with @WeriumSolutions and @GrupoAlbertia.

In BenchBalance project we developed a system able to quantify balance responses to external perturbations. The system was particularly design to assess stability while wearing lower limb exoskeletons. @Eurobench_RIA @CARobotica_ @utwenteEN @CampusBioMedico #Balance #Exoskeleton