Synthesis Of Neuroplasticity

Neuroplasticity is the process where the brain learns to acquire new skills or adapt to different experiences. It is a useful component for the mental capacity of a human being especially during their performances in the day to day lifestyles. This process involves changes in the brain where it includes replacement of injured tissues leading to an addition of neurons in the brain. After that, the reorganization of the information processing areas within the brain systems occurs. Whenever a brain is damaged the brain does not form new connections or regenerate and the function controlled by this sector may be permanently lost. However, according to the many researchers it has been seen that if an injury occurs, the brain continues to reorganize by forming new neural connections throughout their lifetime. With this Neuroplasticity process, it enables the neural brains to replace the injured parts and adjust their activity in response to new situations and adapt to the changing environments that are within (Doidge, 2016).
Just as the brain changes to the changing environmental conditions. It is the same way it changes and adapts in response to diseases and injuries. The brain’s reorganization takes place using a mechanism such as axonal sprouting, where the undamaged axons grow new nerves that reconnect the neurons that may have been damaged. The uninjured axons start to sprout nerve endings to connect with the other undamaged cells. After that, it starts to make new connections and the neural path to make up the loss functions (Schwartz, & Begley,