Insight Into The Teenage Brain Analysis

The article “Dude, Where’s My Frontal Cortex?” by Robert Sapolsky talks about the delayed maturation of the frontal cortex in teenagers and how the underdeveloped frontal cortex is the cause of erratic behavior of teenagers. Sapolsky explains to the reader how the frontal cortex does not fully develop until the age of twenty for a person and how that part of the brain is important for extensive reasoning, impulse control, and emotional regulation. He shows the reader how particularly emotional situations affect both a teenager and an adult differently due to either having or not having a matured frontal cortex. This example that he uses allows for the reader to see how a teenager responds to situations with extreme thoughts and behavior which

David Dobbs in the Article “Beautiful Brains” proves the theme that it takes teenage brains longer to mature due to the recent change in impulsivity and adolescent behaviors.

The author of the article states that there is no better time than now to review how we are raising teenagers for many reasons. First and foremost there have been many strides taken recently to understand how the adolescent brain develops, strengthening ones understanding, and in turn, shedding light on errors made in the way adolescents are being raised in relation to their neuro-development. This means that because scientists have learned substantial information about the brain recently, it is important to reevaluate how parents are raising teenagers now more than ever. Second, according to the article it is a good time to review how we are raising teenagers because children are becoming adolescents earlier based on their physical maturation increasing faster each year, therefore it is important to examine why this is occurring. Finally, the author states that there is no better time to review how we are raising teenagers because of the recent discovery that the brain is malleable during adolescence due to neuroplasticity, meaning that the brain is able to be transformed during this time period solely based on the environment in which these individuals are exposed to, as per the article (Steinberg, 2014).

Researchers can look at the brain of a teen to examine their behavioral decisions.Teenage brains these years are more active and dynamic which means it’s still developing.Processing in the Limbic system is a result of risky behavior.The construction of a teenage thinking brain is not cable of fully processing necessary to make responsible decisions.At this stage the brain is still developing.The brain changes depending on interactions, helpimg the teen make changes. At this time the brain will need focused and support for a healthy connection.Surrounding impacts the child faces such as challenging situations is an effective technique.Parents need to consider the teens emotional

The article “Inside the Teen Brain’ by Marty Wolner, states that the human brain provides parents with shocking new evidence to possibly explain the sometimes irrational, illogical, and impulsive behavior of teenagers. Teenage years are radically more active and dynamic than they previously thought. So teenagers are left with most of the information reaching their brains being processed in the emotional part (limbic system). Information processed in the limbic system without benefit increases the processing in the prefrontal cortex. It may result in impulsive, egocentric, and maybe even risky behavior choices. The prefrontal cortex of the teenage brain does not excuse inappropriate or irresponsible behavior from the teen. The brain is not yet

The three most important structural changes in the brain that occur during adolescence takes place in the Corpus Callosum, Prefrontal Cortex, and the Limbic System. The Corpus Callosum is a bundle of axon fibers that connects the left and right hemispheres together. In adolescence, this part of the brain thickens to improve information processing. The Prefrontal Cortex is involved in judgement, decision making, reasoning, and self-control. In adolescents, this part of the brain is beginning to develop and be used more

When one compares the structure of the adult brain and the teenage brain, there will be several differences between the two. Adults have stronger connections from one nerve cell to another, and they all have essential communication skills. However, teenagers have more synapses and have weaker nerve connections. Also, their frontal lobes aren 't fully developed. This causes adolescence to have impulsive behavior and they typically do not recognize consequences in a situation. In the early twenties the brain becomes fully developed, so people are very good at making decision and they are able to think abstractly. There are many factors that contribute to the construction of the brain; some things help the brain develop normally, other things interrupt the process. There is a substantial amount of distinctions between the adult brain and the adolescent brain, and these includes behavioral and structural differences.

The article “Inside the Teenage Brain” by Marty Wolner states that recently, brain researchers have been able to do a great quantity of detailed studies on the human brain. Despite previous thoughts about the teenage brain, development of the brain through the teenage years is very dynamic. The teenage brain is still learning how to process certain information properly in the thinking part of the brain, so often teens may not process all the information necessary to make responsible decisions. Nevertheless, the teenage years can be very stressful for both parents and for teens. Getting through the teenage years can be difficult, but with the right amount of healthy communication, discipline and support the road ahead won’t be so rough. At this

Adolescents make more rash decisions than any other age group. This behavior linked with teenagers leads to risky actions because of the design of the teenage brain. On the flip side, the blueprint of the teenage brain permits teens to pick up new skills by seeking out different adventures. The teenage characters in Romeo and Juliet pose as an accurate representation of typical teenage decision making. Although this is consistent behavior with this age group, based upon scientific findings of adolescent brain growth, brain maturity, and pleasure drive, teenagers like Romeo and Juliet should be held responsible for their risk-taking and impulsive behavior.

The juvenile court was founded on the belief that juveniles just don't posses the cognitive capacity to fully understand the repercussions of their actions. The juvenile court used to use all its resources to focus on how to rehabilitate juveniles, now all the court proceeding are to establish the legal guilt of a juvenile offender and a small percentage of the legal process establishing adequate punishment. Research on the brain over the last twenty years gives us more knowledge about how children develop and think. Until recently scientists believed the brain was fully developed by age 12. With brain imaging research we now know that this is not true(4 walker). The May 10, 2004 issue of Time Magazine discusses the development of the teen brain in great detail. Dr. Ruben Gur, a professor and director of the Brain Behavior Laboratory at the University of Pennsylvania states that impulse control is the last area of the brain to develop and the first to fail as we age(4 walker). Teens do not think like adults due to the lack of impulse control and raging hormones. Hormones fuel emotional responses in teens. Drug use during these formative years damages brain development. How teens spend their time may affect the development of the brain(4 walker). Other research at the National Institute of Mental Health suggests that full

As a teen, the human brain is not yet fully developed. One’s cognitive ability falls short to the ability of an adult brain, which has had more time and is fully developed. In the article, “Startling Finds on Teenage Brains”, research given during a televised conference at the White House shows that teens impulsive and erratic behavior can be linked to the massive loss of brain tissue that occurs during the teen years. With teen brains not being fully developed, and the research explaining and linking their behavior to their brains, I believe

Sarah Spinks, in her article “Adolescent Brains are Works in Progress” explains about the critical changes in teenage brain and its effects on them. It reports the studies by various scientist regarding the development of prefrontal cortex, corpus callosum, and cerebellum of the brain along with the phenomenon of pruning.

A study was made on the human brain to see exactly how it changes throughout the years of developing. During the first ten months all neurons are barely starting to make connections. Then progressing to age six the brain’s frontal lobes start developing emotion, attachments, planning, working memory, and perception. Then, during the “teenage years”  the neural connections or “gray” matter is still developing. this is the reason to why they need to control their impulses because with all the drug and alcohol influences that are invading every high schooler's life they don't even know how to control it. The brain reaches its peak at twenty two and last for five more years afterwards it’s a

People groan as they find out I teach high school, voicing their lack of understanding the teenagers in their own lives. Admittedly, I love the mind of teenagers and quickly tell people of my joy to teach this age group. After reading The Primal Teen by Barbara Strauch, I now have language and terms for what I see happen in my classroom. I find myself reflecting on my own years of adolescence as I learn how to navigate this period in their lives on the seemingly forgotten self-spectrum. As I read about the changes of the teen brain, from developing prefrontal lobes to the growth of dendrites and the pruning process to the lack of impulse control, I am often more impressed with the exuberance of the teenage brain.

Adolescence is the distinct transitional stage between childhood and adulthood in human development, extending primarily over the teenage years and terminating legally when the age of majority is reached (Rathus, 2014). However in some instances, this biological, cognitive, social and emotional maturity may not be reached until a later stage and may be dictated by gender. Adolescence is characterised by rapidly changing and unpredictable behaviour (Freud, as cited in Rathus 2014), heightened and unstable emotions (Hall, as cited in Rathus 2014), disturbances in identity, the gradual development of one’s moral reasoning (Kohlberg, as cited in Rathus, 2014) and the gradual establishment of one’s independence. Several of these changes may occur at differing phases in adolescent growth. This development is categorized into three separate stages; early adolescence, middle adolescence, and late adolescence. Early Adolescence, commencing from the ages of eleven or twelve until the age of fourteen, comprises of several features such as rapid biological development and maturity, heightened stress levels and limited coping capabilities. On the other hand, middle adolescence, from the approximate age of fourteen to sixteen, involves the gradual cease of biological change, an increase in coping strategies and declined stress levels. Furthermore, late adolescence, commencing from the age of sixteen until the age of eighteen or nineteen, encompasses physical maturity, whereby the