Alcohol’s Effects on the Brain

In today's society, alcohol seems to be a general topic for young people. Mainly alcohol is consumed by teenagers trying to fit the crowd by trying to look bored or "cool" looking. The students knew these effects, but why they did not do anything. Drinking brings many results; alcohol affects not only the body but also the brain. According to thefreedictionary.com, official alcohol is defined as "colorless, volatile, flammable liquid, C 2 H 5 OH, synthesized or obtained by fermentation of sugar and starch".

When examining the influence of alcohol on adolescent brain, it is important to pay attention not only to the direct effects (memory disturbance, dyskinesia, sedation etc.) but also to the effect of alcohol use on future youth. Because the brain experienced such extensive changes and remodeling during puberty, we believe that the destruction of these processes by alcohol can bring about long-term changes affecting adult behavior and alcohol response It is reasonable.

Due to the legal and ethical limitations on alcohol research in human adolescence, much research on the effects of alcohol on the developing brain has been done in animal models, primarily rats and mice. Adolescent brains are particularly vulnerable to alcoholic effects. This is because the structure and function of the brain change drastically during this developmental period. For example, adolescent animals are more sensitive than adults to the effects of alcohol on hippocampus to memory and learning. In contrast, young animals do not appear to be sensitive to alcohol-related sports injuries as much as sedation caused by alcohol, alcohol, and attacks during withdrawal. Alcohol exposure in adolescents has a long-term effect and may affect normal brain functions during adulthood.

Various research pathways indicate that puberty is at least a unique stage of brain development in laboratory animals and is particularly sensitive to the harmful effects of alcohol. For example, in rodents, alcohol exposure in adolescents increases the sensitivity of the brain to certain alcohol actions (such as memory impairment) and decreases susceptibility to other effects such as movement disorders and sedation. Furthermore, in rodents, adolescent alcohol exposure not only directly affects brain functions but also the possibility of continuing the effects of various brain functions to adulthood. The extent to which these findings are applied to humans is a controversial issue, especially due to differences in the plasticity and temporal processes of development of humans and rodents within the brain.