A new McGill University-led study suggests that disrupting the body's internal clock during adolescence can alter how the brain responds to an in-utero risk factor linked to certain brain disorders.

Researchers from Kyushu University discovered a previously unrecognized synaptic "hotspot" that forms during adolescence, challenging the long-held view that adolescent brain development was dominated ...

Studies in adolescent animals suggest that some components of the developing serotonergic system respond to SSRI treatment in a similar fashion to the adult system. For example, chronic (over 22 days) ...

Until recently, the prevailing belief was that brain development ceased at around the time a child entered kindergarten (i.e., that the brain is 90-95% formed by age six). However, recent findings ...

Scientists have published a new study that says, generally, brain development moves out of the adolescent phase only by around age 32, and that this stage begins at 9 years old. According to ...

The brain develops in spurts throughout childhood and adolescence, but not much is understood about the process. To disentangle this complicated puzzle surrounding one of the body’s most mysterious ...

This summer, many parents find themselves caught between excitement and anxiety as they help their college-bound children prepare for the next chapter in their lives. There’s the practical preparation ...

For decades, my colleagues and I advanced the premise that early substance use—nicotine, alcohol, or cannabis (or other addicting drugs)—interferes with critical maturation stages, particularly ...

Add Yahoo as a preferred source to see more of our stories on Google. A new study has found that adolescence can continue until the age of 32, as humans hit four major "turning points" in brain ...

Procrastination, the tendency to unnecessarily delay or put off tasks even if this will have negative consequences, is a common behavior for many people. While occasionally delaying or putting off ...

Researchers have recently reviewed the existing literature to understand how an adolescent’s eating behavior affects the development of the prefrontal cortex (PFC) and hippocampus (HPC), as well as ...