Summary: Childhood attention issues, coupled with genetic predispositions, increase the likelihood of experiencing psychotic-like symptoms in adolescence. By analyzing data from 10,000 youths, researchers discovered that variability in attention spans…
Category: developmental neuroscience
Teens Risk Brain Damage in New TikTok “Chroming” Trend
Videos on TikTok are contributing to a resurgence in “chroming,” the dangerous practice of inhaling toxic fumes from household items like markers or nail polish. The study analyzed over 100…
Environment and Hippocampal Size Impact Depression in Youth
Summary: Challenging social environments and the size of the left hippocampus in children aged 9-11 contribute to an increased risk of depression. Researchers found that children with larger hippocampal volumes…
Embracing Neurodiversity: Beyond Stigma to Strength
Summary: A new study highlights the need to recognize and celebrate the diverse skills of individuals with neurodevelopmental conditions like ADHD, dyslexia, and autism. The research advocates for a shift…
Linking Childhood Adversity to Adult Mental Health
Summary: Researchers delved into how adverse childhood experiences contribute to the risk of psychiatric illness in adulthood, leveraging data from over 25,000 twins in the Swedish Twin Registry. The study…
Child Adversity’s Impact on Cognition and Mental Health
Summary: A new study reveals a direct correlation between adversities faced in childhood and adulthood with later psychiatric and cognitive decline. Analyzing data from nearly 3,500 individuals over 24 years,…
Antidepressants Impact Brain Development – Neuroscience News
Summary: Using antidepressants during pregnancy, specifically fluoxetine (found in Prozac and Sarafem), can significantly affect a child’s brain development, particularly in the prefrontal cortex, potentially increasing the risk of mental…
Adolescent Stress Alters Brain Genes, Affecting Adult Behavior
Summary: A new study reveals that excessive stress during adolescence can lead to long-lasting changes in gene expression in the brain, particularly those related to bioenergy functions. This research indicates…
Brain Organoids Self-Organize from Fetal Tissue
Summary: Scientists have created 3D brain organoids from human fetal tissue that self-organize, offering a new way to study brain development and diseases. These mini-brains contain various brain cell types…
