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Sweet, soft solution to hard brain implants

Sweet, soft solution to hard brain implants Brain implants are used to treat neurological dysfunction, and their use for enhancing cognitive abilities is a promising field of research. Implants can be used to monitor brain activity or stimulate parts of the brain using electrical pulses. In epilepsy, for example, brain implants can determine where in the brain seizures are happening. Over time, implants trigger a foreign body response, creating inflammation and scar tissue around the implant that reduces their effectiveness. The problem is that traditional implants are much more rigid than brain tissue, which has a softness comparable to pudding. Stress between the implant and the tissue caused by constant movement of the brain with respect to the implant signals the body to treat the implant as a foreign object. This interaction between the implant and the brain is similar to a knife cutting into a piece of pudding. An implant as soft as brain tissue would be ideal, but such soft

A sweet solution to hard brain implants

Loading video. VIDEO: A sugar mold can dissolve in water, releasing the super-soft implant without damaging it. view more  Credit: The Neuro Brain implants are used to treat neurological dysfunction, and their use for enhancing cognitive abilities is a promising field of research. Implants can be used to monitor brain activity or stimulate parts of the brain using electrical pulses. In epilepsy, for example, brain implants can determine where in the brain seizures are happening. Over time, implants trigger a foreign body response, creating inflammation and scar tissue around the implant that reduces their effectiveness. The problem is that traditional implants are much more rigid than brain tissue, which has a softness comparable to pudding. Stress between the implant and the tissue caused by constant movement of the brain with respect to the implant signals the body to treat the implant as a foreign object. This interaction between the implant and the brain is similar

MS Society of Canada Awards $1 Million to Research Study on Utilizing Artificial Intelligence to Support Treatment Decisions in Multiple Sclerosis

MS Society of Canada Awards $1 Million to Research Study on Utilizing Artificial Intelligence to Support Treatment Decisions in Multiple Sclerosis
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Researchers link cellular transport pathway to aggressive brain cancer

 E-Mail IMAGE: Compared with control mice (top two rows), brain tumors (green) grow faster in the absence of Rab35 (bottom two rows). view more  Credit: ©2021 Kulasekaran et al. Originally published in Journal of Cell Biology. https://doi.org/10.1083/jcb.202004229 Researchers at McGill University have identified a new cellular pathway that limits the growth and spread of brain tumors by controlling the recycling of cell surface receptor proteins. The study, which will be published January 14 in the  ( JCB), suggests that the pathway, which involves a protein called Rab35, is defective in many patients with glioblastoma and that restoring Rab35 s activity could be a new therapeutic strategy for this deadly form of brain cancer.

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