Resultados de la búsqueda

Durante los últimos días 6 a 10 de junio se celebró en Baiona, una hermosa ciudad de Galicia (España) situada en la costa atlántica, la Escuela de Verano "Escuela y Simposio de Neurorehabilitación Avanzada". En esta Escuela de Verano, GOGOA estuvo presente con un espacio expositivo con información sobre el proyecto y uno de los prototipos de Mano de Esperanza. Más de 100 personas, en su mayoría de varias facultades de Biomecánica y centros de investigación del área biomédica en Europa, América y Asia, asistieron durante 5 días a los últimos avances en conocimientos y terapias en el campo de la neurorehabilitación. Muchos expertos en el campo de la Neurorehabilitación se han reunido en esta edición, que ha contado con conferencias, talleres y presentaciones de proyectos. El interés mostrado en el proyecto GOGOA ha sido numeroso, siendo uno de los pioneros en rehabilitación a través del desarrollo de proyectos europeos de prototipos de exoesqueleto. En esta Escuela de Verano organizada por el CSIC, entre otros, también se ha expuesto el proyecto European HANK que colabora con otras organizaciones europeas en el campo de la neurorehabilitación.

GOGOA asistio a varios eventos internacionales relacionados con la movilidad y la actividad de la neurorehabilitación. GOGOA ha señalado a la atención proyectos relacionados con su iniciativa empresarial, como SAKANA, donde fue una de las referencias sobre las experiencias de colaboración y cooperación en el sector industrial. GOGOA ha participado en una conferencia organizada por la TECNALIA sobre Dispositivos Técnicos para la Rehabilitación, en la que se presentó el proyecto GOGOA mostrando el exoesqueleto HANK. Por último, hemos asistido al WeRob 2016, Simposio Internacional de Robótica Vestible en La Granja (España). Este evento reunió a un gran número de profesionales relacionados con soluciones para un envejecimiento saludable, tratamientos terapéuticos avanzados de enfermedades neurológicas, aplicaciones espaciales o tecnologías de asistencia en la industria. El simposio se celebró en paralelo a la Conferencia Internacional de Neurorehabilitación 2016, a la que acudieron investigadores y estudiantes de los campos de la Rehabilitación Clínica, la Neurofisiología Aplicada y la Ingeniería Biomédica para promover, alimentar y fomentar este cambio terapéutico global, donde GOGOA presentó, con stand propio, el exoskeleto. Se animó a los oradores internacionales de la academia, el gobierno, la industria, los centros médicos y los usuarios finales a participar en este evento bianual. La presencia y participación en estos eventos reafirma la proyección del proyecto GOGOA a nivel internacional, mostrando un gran interés en el desarrollo del producto y del proyecto a nivel europeo y mundial.

Ser un referente hoy y en el futuro. Este es un objetivo para todos los proyectos y si algunos medios de comunicación, como los programas de televisión, quieren saber más de ti, es un pequeño éxito. ETB es la Televisión Pública Vasca y hace unos días estuvieron en nuestra sede para conocer más detalles sobre GOGOA. Aquí tenéis este reportaje de televisión.

Several clinical trials show that treatment with exoskeletons for mobility impairment is the most effective treatment to date, as it allows repeatability of movements, which leads to two neurological phenomena in the patient: neuronal plasticity and reprogramming of the motor neurons of the nervous system. NEURONAL PLASTICITY Works in patients with: - Acquired brain damage - Neurodegenerative diseases What does the process consist of? The process of neural plasticity recruits healthy areas of the brain to take over the functions of those that have suffered motor damage. In short, healthy neurons take over the functions of those that have been damaged, allowing the patient to regain mobility. REPROGRAMMING OF MOTOR NEURONS IN THE NERVOUS SYSTEM Works in patients with: - Acquired brain damage - Neurodegenerative diseases - Partial spinal cord injury What does the process involve? Patients suffering from these diseases and/or injuries receive a weak or distorted signal in their muscles, which is not sufficient to activate and control movement. The motor neurons, responsible for managing mobility, are reprogrammed through training with exoskeletons and learn to activate with lower-intensity or distorted signals. Thanks to this, the patient's motor functions are restored. Finally, the positive and more accelerated evolution of recovery due to the intensity of the treatment increases adherence to the treatment. In other words, the patient becomes more involved, and the likelihood of abandonment is reduced. This increases the potential for rehabilitation. #exoskeletons#neurorehabilitation#rehabilitation#neurology#medtech#biotechnology#hightech#mobility#acquiredbraindamage#neurodegenerativediseases#medullaryinjury#neuronalplasticity#motorinjury#injury#muscle#training#motoneurons#nervoussystem#exo#exo#exosuit#clinicaltrials

Yesterday, 26 January 2023, Gogoa Mobility Robots inaugurated the Movex Living Lab in Urretxu, Gipuzkoa. The Movex Living Lab is an innovative centre for research and clinical trials to search for new treatments and therapies for neurorehabilitation in diseases and injuries that affect people's motor skills. It is the only one of its kind in the world and relies on the group's exoskeletons to speed up the recovery time of injuries or pathologies compared to traditional treatments. As part of our strategic plans, Gogoa plans to launch a network of neurorehabilitation clinics in up to 25 cities in Spain, Europe, North America and Southeast Asia starting this year. A process that will involve an investment of close to 36 million euros by 2025 and for which we are seeking financial support. It should be noted that robotic neurorehabilitation with exoskeletons is a disruptive healthcare area, with very few players worldwide and where the Gogoa Group wants to position itself strongly in the medium term, given the sharp increase in the number of patients using these new rehabilitation treatments in the last two years. Our innovative character is reflected in every step we take, always focusing on R&D&I projects and new product development. Everything we do, we do to improve people's lives, creating a more inclusive future. We believe in the neurorehabilitation revolution, we humanise technology. #technology #future #neurology #neurorehabilitation #movexlivinglab #livinglab #therapy #testing #biotechnology #biomedicine #medtech #hightech #technology #gogoa

From #GogoaMobilityRobots, we start the year with a great milestone for #neurorehabilitation #robotics. We are happy and proud to announce that on 26 January 2023 we will inaugurate the #MovexLivingLab in #Urretxu, #Gipuzkoa. The event will be open to the public and will count with the participation of different #speakers who will discuss the importance and the #commitment to the #health sector km 0 in #Euskadi. We attach the agenda of the event in this post. You are all invited, don't miss it! The Movex Living Lab will be an #innovative #research and #clinical #testing center to search for new #treatments and #neurorehabilitation #therapies for #diseases and #injuries that affect people's motor skills. It will be the only one of its kind in the world and will be based on the group's #exoskeletons to accelerate the #recovery time of injuries or #pathologies compared to traditional treatments. As part of our #strategic plans, Gogoa plans to launch a network of #neurorehabilitation #clinics in up to 25 cities in #Spain, #Europe, #North America and #SoutheastAsia. A process that will involve an #investment of close to 36 million euros until 2025 and for which we are seeking #financial support. It should be noted that #robotic neurorehabilitation with exoskeletons is a disruptive #healthcare area, with very few players worldwide and where the #Gogoa Group wants to position itself strongly in the medium term, given the strong increase in #patients experienced in the last two years who use these new #rehabilitation treatments. https://www.linkedin.com/events/inauguraci-nmovexlivinglab-move7015648788962791424/comments/

Gogoa Mobility Robots is honoured to be featured in AlbionVC's European HealthTech Market Map 2022 inside the following category: Digital Care - Device Enabled Care. Many thanks to AlbionVC and the curators of this year's 2022 European HealthTech Market Map for the mention: Sean Hewetson, Molly Gilmartin, and Christoph Ruedig. #digital#robots#healthtech#healthcare#digitalhealth#digitalcare#Europeantech#marketmap

In collaboration with CEIT, we have been carrying out different trials with our lower limb exoskeleton under the Eurobench project. The tests have been carried out in different environments such as: ramps, stairs, etc. The results have been very favourable, confirming the versatility of our lower limb exoskeleton. In addition, the test results will contribute to the improvement of walking patterns and human exoskeleton interaction. As we have already mentioned in the past, the Eurobech project aims to create the first unified benchmarking framework for robotic systems in Europe. This framework will allow companies and/or researchers to test the performance of their robots at any stage of development. The project is mainly focused on bipedal systems, i.e. exoskeletons, prosthetics and humanoids, but it is also opened to cover other robotic technologies.

In collaboration with CEIT, we have finished testing our BELK knee exoskeleton in different situations thanks to the Eurobench project. The EUROBENCH project aims to create the first unified benchmarking framework for robotic systems in Europe. This framework will allow companies and/or researchers to test the performance of their robots at any stage of development. The project is mainly focused on bipedal systems, i.e. exoskeletons, prosthetics and humanoids, but it is also opened to cover other robotic technologies. We continue testing BELK thanks to Eurobench. The tests have been carried out at the Eurobench facilities, in the Los Madroños hospital (Getafe) and in different scenarios: Experience, PEPATO y STEP-by-STEP.

SMART ACTIVE EXOSKELETON FOR GREENHOUSE WORKS GOGOA Mobility Robots SL, a company dedicated to the design and production of exoskeletons, and the Foundation for Auxiliary Technologies of Agriculture (TECNOVA), a research and innovation centre for the agricultural sector, have started the activities of the EXO-Green project, whose objective is to adapt, test and validate an active exoskeleton for lumbar support in real working conditions, with advanced features based on the application of Artificial Intelligence techniques, and specially adapted to the requirements of greenhouse works. The project is funded by the European Union, under the DIH-World initiative. The motivation for this project is that not all activities necessary in greenhouse production can be fully automated or robotized. Unfortunately, some of these activities must continue to be performed manually, even if they place great physical strain on the workers. Wearable robotic systems (exoskeletons) can help workers involved in these tasks, helping to reduce fatigue and decrease musculoskeletal disorders (MSD), which represent 93% of occupational diseases in the agricultural sector, being the shoulders and lumbar segments the most affected. However, the practical use of exoskeletons in agriculture often faces technical and non-technical challenges, due to the very low rate of introduction of this new technology in the agricultural sector. The project seeks to overcome these barriers that hinder the extensive use of exoskeletons in agricultural activities, adapting and testing in real working conditions in greenhouse works an active exoskeleton for lumbar support characterized by a disruptive level of autonomy, modularity and natural interaction with the user, based on AI algorithms implemented in the control. To verify and validate the device in these working conditions, parameters such as safety, usability, quality, reliability and satisfaction will be evaluated, using different measurement equipment and questionnaires. The results of the project will allow stakeholders to identify the development directions of exoskeletons in this sector and support a more rapid evolution of the market. For more information: Juantxu Martin - GOGOA - mail: jmartin@gogoa.eu Guadalupe Lopez - TECNOVA - mail: glopez@fundaciontecnova.com

The resolution of the European project of the BELK knee exoskeleton with FES is now available: https://cordis.europa.eu/article/id/430529-smart-exoskeleton-improves-knee-rehabilitation/es?WT.mc_id=exp https://twitter.com/CORDIS_EU

"El #exoesqueleto puede repetir el mismo movimiento muchas veces y de forma precisa. A partir de esta repetición, el cerebro es capaz de volver a aprender." Os dejamos esta breve entrevista donde nuestro CEO Carlos Fernandez Isoird nos cuenta los avances realizados en el sector de los exoesqueletos. https://www.enriquerodal.com/2021/06/tipos-de-exoesqueletos-y-sus.html