What Is The Cause Of Memory Loss In Teenagers?
Some factors may be to blame for brain loss in teenagers. These may include lack of sleep during puberty, genetics, and trauma.
This article outlines some of the reasons for brain loss in teenagers. It also discusses how to treat this condition.
To start, you must identify the symptoms of brain loss. Affected individuals may experience difficulty remembering even minor details. This can lead to other problems.
The immature frontal cortex causes brain loss in adolescents
The teenage brain is undergoing significant development and continues to change until the mid-20s. It’s composed of three brain regions, the medulla, pons, and cerebellum.
The medulla coordinates basic survival functions, such as sleep, facial expressions, and hearing, while the pons controls fine motor skills and coordination.
The cerebellum is responsible for planning and coordinating movement, and continues to develop throughout childhood.
Although the adolescent brain encourages impulsive behavior, research has shown that the adolescent brain may lead to mental illness.
Many of these illnesses develop during adolescence, including anxiety disorders, bipolar disorder, depression, and eating disorders.
Those who are more susceptible to substance abuse or alcohol use may also experience mental illnesses.
In some cases, brain damage from drug use and environmental neurotoxins may result in these disorders.
The rostral part of the prefrontal cortex (PFC) develops slowly and doesn’t reach its adult-grades of cortical thickness until late adolescence.
In addition, the dendritic system of the lateral part of the frontal lobe continues to mature, although the anterior part of the PFC matures more quickly.
The dendritic branches of the lateral PFC are longer than those of the anterior portion.
Lack of sleep during puberty
Lack of sleep during puberty is associated with reduced grey matter volume in the brain, particularly in the PFC.
This region may be especially vulnerable to sleep-related changes since it’s among the last to mature.
By the second decade of life, peak GMV has been reached in the frontal areas, but GMV decreases throughout adolescence.
The medial PFC is involved in selective attention and cognitive control, and it has been shown that sleep-deprived teenagers have lower GMV in this region.
The lack of sleep is related to changes in the body’s circadian rhythm. During puberty, teenagers’ circadian rhythms shift to a more irregular pattern.
Consequently, they have a harder time getting the amount of sleep they need. They sleep later at night and are less alert during school.
This disruption causes their bodies to incur a sleep debt, which results in less sleep during later nights and days.
Several studies have explored the role of genetics in the development of memory and cognition.
They have also looked at the role of the putamen, which is a key part of the brain, and the function of the SST and MID tasks.
Researchers have also looked at the association of genetic variation with behavioral outcomes, including alcohol consumption.
Various studies have also examined the role of genes in the development of depression and anxiety, and in some cases, the risk of developing these disorders.
Researchers at Boston Children’s Hospital and the National Institutes of Health have found a connection
between certain genetic variations and the development of schizophrenia and other disorders in teenagers.
Some of these genes are involved in metabolic processes, while others contribute to the cell cycle, apoptosis, neurodevelopment, and neurotransmission.
In addition to these genetic variants, other environmental factors can contribute to a child’s risk of developing the disorder.
Traumatic brain injury
Although a teenager may appear to have the same mental capacity as before the injury, he or she may still struggle with cognitive deficits.
This can affect the teen’s ability to gain employment, achieve academic standards, or even get into college.
These teens may have problems with speech and balance, as well as mood swings and other emotional difficulties
Higher rates of morbidity and mortality can be brought on by traumatic brain injuries.
They may potentially result in long-term impairments.
Therefore, it is imperative to spot them early and enhance the quality of life, according to Dr. Tushau Prasad, an emergency medicine consultant at Wockhardt Hospital in Mira Road.
Here is all the information you require regarding brain injuries. The specialist emphasized that no symptom should be dismissed.
Moreover, a teen’s cognitive skills may be impaired in many ways, including determining how to regulate his body temperature.
Fortunately, there are measures that can help prevent TBIs in young people.
For example, children must be taught how to properly handle head injuries so that they don’t damage themselves or the people around them.
Parents should also be taught how to recognize signs of TBI in adolescents. A recent study shows that TBI is more common in boys than in girls.
The risks increase with age, which is why prevention efforts must be targeted to prevent these injuries.
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