Adolescent Neuroscience

The recent surge in research on adolescent brains has attracted the attention of psychologists, neuroscientists, policy makers and jurists. There is no other time of life to explore new experiences than puberty. Young people are often at the forefront of new ideas, enthusiastic ideal defenders, and enthusiastic leaders. These characteristics make up youth - adolescents are immature, inexperienced, depend on caregivers, but despite being young, cognitive, intellectual and reasoning skills are better than children It is. Instead, they are in their own development stages to promote adaptive transition from caregiver dependency to relative independence.

In the past decade, studies in animal models and use of brain imaging technology have identified important neurobiological changes that underlie significant changes in this behavior. But puberty neurobiology is an evolving new field that requires expertise from multiple disciplines to inform children about the characteristic behavioral changes that occur during puberty. UCLA has scholars from a variety of campuses, including psychology, neurology, brain maps, anthropology, education, public health, psychiatry.

The purpose of this Affinity Group is to promote discussion by UCLA researchers on a unique and important viewpoint of adolescent neurobiology and to provide a forum for graduate students and doctoral students to interact with young experts . Specifically, considering the social environment, biological development (eg puberty), stress and immune process, I am interested in characterizing the developing brain in a mature environment. Our interest groups got a lot of participation from PI and trainees. In addition to the core teachers of all departments of the campus, including Mirella Dapretto and Carrie Bearden (psychiatry and biological behavior science), Julie Bower, Ted Robles and Naomi Eisenberger (psychology), we have other teachers and students, You will be interested in a journal that leads to an intern. Establish and expand clubs, cooperative relationships, hold external lecturers and annual seminars

In short, this happens when you understand how children and adolescents mature until adulthood and how they affect growth in key developmental areas. Based on decades of research in childhood and adolescent development, neuroscience, education and psychology, we will explain how relationships with teachers, parents and other supporting adults are influenced by school- I know to decide whether to acquire a tutoring system and to correlate. And the way. Succeeded. Given these capabilities as internal compasses, you can see how education and development complement each other, how children can move back and forth between school and life.

Consistent with these well-known adolescent developmental features, recent neuroscience research has shown that adolescent brains are involved in areas related to higher order execution functions such as impulsive management, pre-planning, risk assessment But it was not fully developed. This anatomical immature is related to premature psychosocial (ie social and emotional) symptoms in adolescence. The court found in Simmons that the developmental characteristics of young people alleviated their sins and made death a disproportionate punishment for juvenile offenders. These same features support the conclusion that judging adolescent youth who died in prison from such a crime is also a disproportionate issue

Since neuroscience can examine the brains of young people, they are deepening their understanding of adolescents and adolescents. Through access to the windows of the brain, neuroscientists have learned that adolescents mature at markedly different rates, for example. However, the trajectory of the brain development assumption demonstrated by the current "bright line" voting, military service and drinking interruptions does not reflect this change in brain maturity. Likewise, the CLBB teacher's neuroimaging study (Somerville, 2010) reveals that young people are at higher risk of being compensated, in contrast to the longstanding view that adolescents can not measure risk. Although they usually identify risks, the incomplete development of brain mechanisms associated with the regulation of impulsive behavior reduces the tendency to pay attention to these risks.