WukongBot: A Brain-Spine Interface Proof of Concept Based on Non-Invasive Brain-Computer Interface for Spinal Cord Injury in a Monkey Announcing a new article publication for BIO Integration journal. Motor dysfunction constitutes a significant global public health burden. In China, greater than 20 million individuals have various fo...

This study presents a brain–spinal interface that translates human motion intentions to restore leg movements, offering hope for paralysis rehabilitation. #EpiduralElectricalStimulation #SpinalCordInjury

#OpenAccess: bio-integration.org/brainspinal-...

Spinal cord stimulation restores neural function, targets key feature of spinal muscular atrophy – BioNews Central A minimally invasive, drug-free intervention using electrical stimulation on sensory spinal nerves can reactivate motor neurons and enhance leg muscle strength and walking in adults with spinal muscular atrophy. ...

A minimally invasive, drug-free intervention using #ElectricalStimulation on sensory #SpinalNerves can reactivate #MotorNeurons and enhance leg #MuscleStrength and #walking in adults with #SpinalMuscularAtrophy.
#Neurodegeneration #EpiduralElectricalStimulation