Brain Plasticity Essay

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Brain Plasticity To begin with, brain plasticity is the capacity of the nervous system to change its structure, and its function over a lifetime, in reaction to environmental diversity. This term is used to refer to changes at many levels in the nervous system ranging from molecular events, such as gene expressions to behavior. Three main forms of plasticity occur in the human brain, and is lectured in Psychology throughout the world: Synaptic plasticity, Neurogenesis Plasticity, and functional compensatory processing. The key element for the discovery of Plasticity focuses on the theory that brain changes development over time. Synaptic Plasticity explains how the brain changes and adapts in fundamental ways. When the brain is engaged in a new learning experience, the brain creates neuron pathways. neural pathways, also known as circuits, are passageways made for communicating neurons. When a person has the ability to learn new ideas quickly, the neurons receive and create new passageways for a quicker route to store information. All of the neurons have a meeting point called the Synapse. To enhance the ability of communication in the brain, revisiting the neural circuit and re-establishing neuronal transmission will quickly benefit the Synapse from retaining the information that has been once lectured and processed. Neurogenesis is referred to as the birth of the neurons in the brain. Many scientists did not believe that the neurons would generate more at any given time. For a very long time scientists believed that the neurons were never replaced with new ones. Studies have been tested through humans and animals how Neurogenesis is activated. “It occurs when stem cells, a special type of cell located in the Dentate gyrus, the hippocampus, and possibly the prefrontal cortex divides into two cells: a stem cell and a cell that becomes fully equipped with
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