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Optogenetic therapy, using light to control brain cells, advances from vision restoration to targeting severe epilepsy and chronic pain in human trials, offering new hope for neurological disorders.

Neuroscientists have reactivated a spatial memory and tested the successful reactivation of the memory circuit in laboratory mice.

Natural psilocybin sources found to increase neuroplasticity in key brain regions

New research results suggest the possibility of finding ways to turn on new neuron production in old or injured brains.

Exploring simple rules that shape learning, memory, and neurological health.

Scientists unveil a wireless brain chip thinner than hair, transmitting data 100x faster to AI. The breakthrough implant targets new treatments for epilepsy, paralysis, and blindness.

Stanford researchers develop a method to deliver RNA to specific neuron parts, aiding repair and growth in neurological disorders.

Paves the way for advanced research on autism, schizophrenia and other neurological disorders and microgravity effects in space (new study)

Transporting existing therapeutic antibodies from the peripheral bloodstream into the central nervous system