The brain of an adult can now be restored with the flexibility like that of the juvenile brain, reports a new study. It proves the age-old fact that adult brain's connections are hard to change.
Dr.Sunil Gandhi, Neurobiologist, University of California, Irvine, and colleagues have successfully re-created a critical juvenile period in the brains of adult mice, in other words, they have reactivated brain plasticity, the rapid and robust changes in neural pathways and synapses as a result of learning and experience.
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And in doing so, the researchers have cleared a trail for further study that may lead to new treatments for developmental brain disorders such as autism and schizophrenia.
The scientists achieved this by transplanting a certain type of embryonic neuron into the brains of adult mice. The transplanted neurons express gamma-aminobutyric acid (GABA), a chief inhibitory neurotransmitter that aids in motor control, vision and many other cortical functions.
![The Brain Prize 2015 Goes to Inventors and Developers of Revolutionary Microscopic Technique]( "The Brain Prize 2015 Goes to Inventors and Developers of Revolutionary Microscopic Technique")
The Brain Prize 2015 has been awarded for the invention and development of two-photon microscopy, a transformative tool in brain research.
In the study, the transplanted GABA neurons created a new period of heightened plasticity that allowed for vigorous rewiring of the adult brain. In a sense, old brain processes became young again.
These results raise hopes that GABA neuron transplantation might have future clinical applications. This line of research is also likely to shed light on the basic brain mechanisms that create critical periods.
Gandhi said that these experiments make clear that developmental mechanisms located within these GABA cells control the timing of the critical period.
Source: Medindia
The Brain Prize 2015 Goes to Inventors and Developers of Revolutionary Microscopic Technique
The Brain Prize 2015 has been awarded for the invention and development of two-photon microscopy, a transformative tool in brain research.
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In the study, the transplanted GABA neurons created a new period of heightened plasticity that allowed for vigorous rewiring of the adult brain. In a sense, old brain processes became young again.
These results raise hopes that GABA neuron transplantation might have future clinical applications. This line of research is also likely to shed light on the basic brain mechanisms that create critical periods.
Gandhi said that these experiments make clear that developmental mechanisms located within these GABA cells control the timing of the critical period.
Source: Medindia
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