Un nuevo electrodo blando se despliega dentro del cráneo
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Los científicos han logrado grandes avances en el desarrollo de electrodos blandos “biocompatibles”.
Los científicos han logrado grandes avances en el desarrollo de electrodos blandos “biocompatibles”.
An electrode inspired by soft robotics could provide less invasive brain-machine interfaces Scientists have made great strides…
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Medicina grabi naprijed velikim koracima. Novi alat australskog Sveučilišta New South Wales koji se može pokrenuti na…
Un robot suave parecido a un pulpo puede desplegarse dentro del cráneo en la parte superior del cerebro, encuentra un nuevo…
An octopus-like soft robot can unfurl itself inside the skull on top of the brain, a new study finds.
Nouvelles frontières de la neurotechnologie pour réduire les impacts de l’épilepsie.
, 17:46 При лечении эпилепсии и других неврологических расстройств врачи иногда имплантируют массивы стимулирующих электродов на…
Nuove frontiere dalla neurotecnologia per ridurre gli impatti dell’epilessia. Un impianto cranico a forma di fiore “si apre…
Msurveillance le cerveau devient carrément médiéval. Dans le type de procédure le plus invasif, les chirurgiens scient dans le…
M onitoring the brain get downright medieval. In the most invasive type of procedure, surgeons saw into the skull, remove a…
Monitoring the brain get downright medieval. In the most invasive type of procedure, surgeons saw into the skull, remove a…
In the treatment of epilepsy and other neurological disorders, doctors will sometimes implant arrays of stimulating electrodes…
Inspirado nos robôs moles, novo implante cerebral com formato de flor pode revolucionar o tratamento de casos graves da…
brain 3d image - robot injected monitors activity There has been no shortage of creepy robot and artificial intelligence…
Na Suíça, cientistas da Ecole Polytechnique Fédérale de Lausanne (Epfl) desenvolvem uma nova tipo de implante cerebral para o…
Ein Forschungsteam des Swiss Federal Institute of Technology hat einen weichen Roboter mit Sensorbeinen entwickelt, der im…
Stephanie Lacour has developed adaptable electrodes that can adapt to a moving body.
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The flower-shaped device can fit through a tiny hole in the skull and then delicately unfold.
Stephanie Lacour has developed adaptable electrodes that have the potential to adjust to a moving body.
After being approached by a neurosurgeon seeking a less invasive method to treat conditions that require a brain implant, a…
Cette méthode, la moins invasive possible, permet de faire passer par un trou de 2 cm un réseau plus large, ce qui pourrait…
Nova tecnologia pode ajudar pacientes com epilepsia e outras doenças neurológicas de forma menos invasiva Um novo estudo…
Esta tecnología permite realizar intervenciones a pacientes que padecen epilepsia u otros trastornos cerebrales Científicos del…
Cette méthode, la moins invasive possible, permet de faire passer par un trou de 2 cm un réseau plus large, ce qui pourrait…
TechnologieL’EPFL parvient à déployer des électrodes dans le cerveau Cette méthode, la moins invasive possible, permet de faire…
Sukho Song and Stéphanie Lacour with the deployable electrode. Credit: 2023 EPFL/ Alain Herzog.
(Credit: Shutterstock) Swiss researchers have developed flexible brain electrodes inspired by soft robotics that can spread out…
(Image credit: Shutterstock) Swiss researchers have developed flexible brain electrodes inspired by soft robotics that can…
Stephanie Lacour's specialty is the development of flexible electrodes that adapt to a moving body, providing more reliable…
Stephanie Lacour’s specialty is the development of flexible electrodes that adapt to a moving body, providing more reliable…
Stephanie Lacour’s specialty is the development of flexible electrodes that adapt to a moving body, providing more reliable…
Stephanie Lacours specialty is the development of flexible electrodes that adapt to a moving body, providing more reliable…
Researchers have developed an innovative, minimally invasive cortical electrode array inspired by soft robotics actuation.
Investigadores suizos prueban con éxito en animales una técnica que permite introducir una malla de electrodos a través de una…
Stephanie Lacour's specialty is the development of flexible electrodes that adapt to a moving body, providing more reliable…
A tiny, flexible machine might one day help neuroscientists eavesdrop on electrical activity in the brain, allowing them to…