Precision Neuroscience of Boston is creating a brain implant called Precision Neuron that could restore movement for those suffering paralysis. The device, placed directly onto the surface of the brain, contains electrode grids capable of monitoring and stimulating activity in the brain.
Precision Neuroscience is currently conducting tests of its Precision Neuron device on pigs. Results have shown that it can restore movement to those paralyzed due to spinal cord injuries, with plans underway to begin human trials for it in 2024.
If successful, the Precision Neuron could revolutionize treatment for paralysis. The device could offer new hope to those afflicted with spinal cord injuries or neurological conditions who have lost movement due to paralysis.
Precision Neuron is not the only brain implant being developed to restore movement; other companies like Neuralink and Synchron are also creating devices which could treat paralysis with them. But of all the available brain implants being designed today, Precision Neuron stands out as being among the most advanced ones being produced today.
The Precision Neuron marks an impressive advancement in brain-computer interface technology. Brain-computer interfaces allow individuals to control computers or other devices using only their thoughts; using it could allow people to restore movement, enhance communication and treat various neurological conditions more efficiently.
Precision Neuron’s development also illustrates the immense promise of brain implants to transform human health and well-being. Implants could potentially treat paralysis, stroke and Alzheimer’s disease as well as enhance human performance through memory or learning enhancement.
Brain implants are rapidly expanding field. As technology continues to advance, we may see brain implants used to treat more diseases and enhance human performance in various ways.