adult brain

The study of emotion was downgraded to descendants of neuroscience, which proves that we believe that the general idea that we are outside our brain is just disturbing ordinary thinking. Science has changed: emotions are now regarded as an integral part of our overall mental health. When drawing our emotions, scientists have discovered that our emotional brains cover the brains of our thoughts. Both are always intertwined. There is an important interaction between reason and emotion. We are familiar with how brain dysfunction causes pain, depression and emotional paralysis.

As I said before, the brain is actually a masterpiece, a miracle. Scientists now recognize that adults work in the brain and differ in the way they learn compared to young brains. The adult brain uses past experience and previous knowledge to find a solution to the problem. To my surprise, it can do this much faster than the young brain. Therefore, the brain that continues to learn in your life can better acquire new skills, regardless of age. Many people can implement complex skills such as learning languages, reading and writing, and so on. For example, a 90-year-old woman named Priscilla City Eny from Kenya's rural village decided to study the literacy rate. She is going to go to school with 6 grandchildren.

Brain development Before puberty and adolescence (8 to 13 years of age), the brain experiences major changes and maturation that are responsible for transitioning from childhood to adulthood brain function. Three neurodevelopmental milestones seen in this population stand out among soccer players: 1. White matter development: Myelin is a fatty substance that surrounds axons (a long bond from one neuron to another nerve cell) and has a white appearance of white matter. The action of myelin resembles the insulation around the wire of the electrical system, protecting the cells and increasing the communication speed between the cells. Peaks of myelinating neurons occurred at 11 and 12 years of age. Without sufficient myelin, axons are more susceptible to injury and destruction, and brain processing may be slow.