Sean Perkins

Thoroughly enjoyed the talks by Dr. Riki Banerjee (@synchroninc), @CohenKarniLab, @MaromBikson, @Perkins_SM, & Mary Kate Dwyer in the Neural Eng session at the #NEBEC2022 meeting yesterday. They covered SoA neural electrodes, BCI decoders, TBI, & neuromod for PASC, aka long COVID

We are teaming up with @Columbia's neural decoder MINT, which will be integrated into the MoveAgain software, enabling patients' thoughts to be translated more optimally into prosthetic movements: prn.to/3rCmOdb

We are teaming up with @Columbia's neural decoder MINT, which will be integrated into the MoveAgain software, enabling patients' thoughts to be translated more optimally into prosthetic movements: prn.to/3rCmOdb

@schroeder_ke, Sean Perkins, Qi Wang, and @MarkChurchland found that motor cortex changes its coding for different tasks. Turns out, you can decode a lot more if you follow native variance. How will @elonmusk's @neuralink solve this? youtu.be/W6jvd2xVsdo

After slow-cooking for 3 years, you know it's tender and delicious. Finally out and about: jneurosci.org/content/42/2/2…

We are teaming up with @Columbia's neural decoder MINT, which will be integrated into the MoveAgain software, enabling patients' thoughts to be translated more optimally into prosthetic movements: prn.to/3rCmOdb

We are teaming up with @Columbia's neural decoder MINT, which will be integrated into the MoveAgain software, enabling patients' thoughts to be translated more optimally into prosthetic movements: prn.to/3rCmOdb