this article is a brief attempt to fathom the mysterious and scientific ways of neuroplasticity.ĭo human beings have free will? If so, how much conscious control do we have over our behavior? Is there a division between voluntary and involuntary behaviour in the brain? Classic debates on the issue of free will are rapidly evolving with new and fascinating findings from the frontiers of neuroscience. salute to the neuroplasticians for their efforts to revolutionize the doctrine of neurology for the better understanding of the remarkable powers of brain. Contrary to the traditional belief of neurolocalizationism, which states that each region of brain is dedicated for a particular type of activity, neuroplasticity has struggled a long way and has created a safe niche in the neuroscientific hall of honor. " Plasticity " relates to learning by adding or removing connections, or adding cells. the brain consists of nerve cells or neurons and glial cells which are interconnected, and learning may happen through changing of the strength of the connections between neurons, by adding or removing connections, or by adding new cells. Neuroplasticity (also referred to as brain plasticity, cortical plasticity or cortical re-mapping) is the changing of neurons, organization of their networks, and their function via new experiences.
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