Going to #SfN25? Let’s chat in San Diego about a Postdoc opening at The Miami Project (@BuonicontiFund) focused on brain-computer interface & neuromodulation for spinal cord injury recovery: https://t.co/4gwR47SOPy
The Miami Project to Cure Paralysis and Department of Neurological Surgery at the University of Miami Miller School of Medicine have been selected as a site for the @neuralink PRIME Study, a clinical trial for Neuralink’s groundbreaking brain-computer interface. https://t.co/uCz6PbEI7G
There have been many recent developments in detecting and interpreting electrical signals produced by the brain.
Learn about a few ways our scientists are using BCI to engineer mechanisms of restoring communication and control in SCI.
https://t.co/RUfsdZZ6YR
#TheMiamiProject
Our new paper "Inhibition of tibialis anterior spinal reflex circuits using frequency‐specific neuromuscular electrical stimulation" is out in Artificial Organs! Congratulations @lowerlimb_suzu. @Neuro_MET
https://t.co/NokigXbYZv
Applications are go! 2024 Henry G. Steinbrenner Scholars Program at #TheMiamiProject/@BuonicontiFund.
This 10 week immersive, funded, competitive, research-driven summer internship seeds #neuroscience. The future awaits, apply to join the ranks! 👇
https://t.co/Yg3Yqw9ZtG
Postdoctoral Fellow position in SCI research, neuro / biomechanics, and neuromodulation at The Miami Project to Cure Paralysis (@BuonicontiFund@UMiamiHealth@umiamimedicine):
https://t.co/xZTxFzacAK
We showed that M1 BCI-FES intervention could elicit corticospinal facilitation over the targeted cortical area, while PFC BCI-FES interventions did not change corticospinal excitability despite both having similar BCI success rates of approximately 80%.
https://t.co/b0SRTLwzJ9