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Live FundingHarvard Quantum Lab: $142M Grant
IPO AlertYale Biotech Spin-off Valued at $1.4B
PolicyColumbia Law Review Analysis on SEC Ruling
AlumniPenn Wharton Grad Appointed to Fed Board
ResearchPrinceton PPPL Fusion Q +41s
EndowmentYale FY24 +14.2%
VentureCornell Lattice Power Series A $80M
RankingsBrown Climbs to #7 in Research Output Index

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Brown's neural decoding restores movement to the paralyzed

A BrainGate consortium trial reports the first sustained two-year recovery in a tetraplegic patient.

By Dr. Priya AnandContributing Editor, Neuroscience·October 11, 2024·9 min read
BrainGate microelectrode array.
BrainGate microelectrode array.

Researchers in the BrainGate collaboration, anchored at Brown, have published in the New England Journal of Medicine the first sustained two-year recovery of voluntary upper-limb movement in a tetraplegic patient using an implanted intracortical array.

"A BrainGate consortium trial reports the first sustained two-year recovery in a tetraplegic patient."

Dr. Priya Anand
HealthcareResearchBrown

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