A BCI controlling virtual fingers is used to fly a high-performance virtual quadcopter. BCIs could allow people with paralysis to eventually play multiplayer video games with gamers who use video game controllers. @StanfordNsurg@umichneuro@UMBME
https://t.co/mn7z7G3KZk
@dieworkwear@StilettoExec@MhQuestions There’s a clear distinction between sport coats and suits. Having this knowledge is not exclusive nor exclusionary. I complained to my wife about this video when it came up on my IG yesterday. It was as unreasonable then as it was when Steve Harvey said it before.
Excited to see our work on motor thalamus #dbs for upper-limb motor deficits after cerebral lesions published today: #neurotechnology#womeninstem https://t.co/5okmE4GmAT
CNS President @DrAlexKhalessi sat down with the Michael L.J. Apuzzo Lecturer on Creativity and Innovation: CEO and Founder of @neuralink, @elonmusk. As part of their virtual discussion, Mr. Musk answered questions submitted by the audience about his research!
🎉Congratulations to our research partners and @_NeuroRestore co-directors, @gcourtine and @Jocelyne_Bloch , for being named to 2024 TIME100 Health, TIME’s inaugural list of the 100 most influential people in global health this year.🎉
@TIME honored the pair for their breakthrough technology that restores communication between the brain and the spinal cord after spinal cord injury (SCI).
Check out the article: https://t.co/ksd7CkejBn
#EmpoweringMovement #SCI #TIME100HEALTH
All ONWARD devices and therapies, including but not limited to ARC-IM®, ARC-EX®, ARC-BCI™, and ARC Therapy™, alone or in combination with a brain-computer interface (BCI), are investigational and not available for commercial use.
This was a truly Herculean effort from all parties involved. Couldn’t have said it better myself! Cheers to @KalinskiLab, @LabGiger, and all parties involved!
Thrilled to share our first pre-print in collaboration with @LabGiger. This collaboration, that started while I was a postdoc in @LabGiger, has yielded new and exciting roles for Sarm1 during the injury response. @CathyFlyMom@asghariadib@AyobamiWard
https://t.co/wXbLUcf3CO
Honored to announce my first post-doc grant! Thank you to the @MerkinPnnrCtr for funding our work to reverse engineer PNS repair to create therapies for nervous system injury. Thank you to @umichneuro and @UMneurosciences for supporting resident research! https://t.co/41lPUUiD1A
Clinically we know that younger nerves recover faster from damage than older nerves, but we aren’t completely sure why that is. We will investigate these differences utilizing next gen sequencing of human nerves to find targets to enhance nerve regen after nerve injury.
@dieworkwear Any recommendations on the rules with tuxedos? Trying to decide between black and midnight. I’m getting married in July and need one! Any recommendations on stores? Preferably RTW. Thanks so much!!!
@chethan@MarkChurchland This was one of the best talks I’ve been to, even coming from a pure clinical side with a smattering of systems neuroscience I could follow
Great #SfN23 poster session by @matthew_willsey an @umichneuro / @ChestekLab alum on decoding dexterous finger movements in neuroprosthesis! Lots of great discussion! I’m proud to call him a mentor and lucky to call him a friend.
First time at #SfN23 presenting our work on FES for restoration of individuated finger movement in spinal cord injury patients w/ @ChestekLab. Thanks to @umichneuro for supporting translational science from residents. The future of peripheral nerve is neural engineering!