I’m delighted to share our preprint led by @Muhamma51787523 with @Shiyuan75301151 and I in the @zhenanbao group. We introduce multimodal soft elastomer fibers that can be used for motility sensing in the gut and ephys recording in the brain.
My 1st PhD work from the Melosh lab is finally out! In collaboration with @bel_ethz and @HuguenardLab we solved a key bottleneck limiting the scalability of flexible neural interfaces, enabling multi-thousand channel counts at millimeter scales. https://t.co/z1BSpHaM77
We are happy to announce that our paper "Region-selective control of the thalamic reticular nucleus via cortical layer 5 pyramidal cells" in collaboration with @LabLuthi just got published in Nature Neuroscience.
https://t.co/CCqIca7l6T
SfN PRINT GIVEAWAY, an 18" X 24" print of Spinal Cord!
https://t.co/TbAxeLiZO6
TO ENTER:
1) Like & retweet
2) tag friends, colleagues, etc. that like the cord!
3) Follow @gdunnart
winner chosen November 16th.
#spinalcord#sfn22#sfn2022#neuron#sciart#neuroscience
Made it! #SfN2022
Check out my talk on Wednesday morning in the symposium, “The emerging interface between epilepsy and autism”
Looking forward to connecting with everyone! 🥳 #BlackInNeuro
Excited to share my 1st PhD preprint from the Melosh lab in collaboration with @bel_ethz and @HuguenardLab: https://t.co/oUBixLBBGh. We solved a key bottleneck limiting the scalability of flexible neural interfaces, enabling a 2200-channel ECoG array in a 3.5 mm x 2.1 mm area.