Results for: Brain Development

A new study using miniature brain models grown from the stem cells of toddlers with autism has uncovered a potential link between the severity of autism symptoms and accelerated brain growth during early development. The study, published in the journal ‘Nature,’ found that brain organoids from toddlers with autism grew significantly faster than those from toddlers without the disorder, and this excessive growth was associated with more severe social symptoms. The research also identified a gene, Ndel1, that may play a role in this accelerated growth.

A new report commissioned by the World Health Organization and coordinated by the University of Glasgow reveals a troubling trend: vaping has surpassed cigarette smoking in popularity among young people. Driven by curiosity and enticed by appealing flavors, an increasing number of children are experimenting with vapes, raising concerns about the potential health consequences. While many view vaping as a safer alternative to smoking, it carries significant risks for adolescents, particularly in terms of brain development and addiction susceptibility. Even low levels of nicotine exposure can harm young brains, increasing the likelihood of addiction, risky behavior, and mental health issues. Additionally, the unregulated nature of the vaping industry raises concerns about the presence of harmful chemicals and flavorings in vape liquids, potentially causing respiratory and other health problems. Immediate action is needed to address this growing epidemic, including stricter regulations, age verification, and prominent health warnings to protect the health of our youth.