Children born to mothers diagnosed with anemia before the 31st week of pregnancy were at a higher risk of developing ADHD, ASD, and other intellectual disabilities than children born to mothers diagnosed with anemia during the final weeks of pregnancy. The risk of being diagnosed with autism was 4.9% higher for those born to mothers who experienced early pregnancy anemia. For ADHD, those born to anemic mothers had a 9.3% higher risk than those born to mothers who developed the condition during late pregnancy.
Researchers found differences in cells types between 16 regions of the brain during development may be key in determining whether genetic risks translate into disorders like ASD, schizophrenia or bipolar disorder.
According to a new study, siblings of children diagnosed with ASD or ADHD have an increased risk of being diagnosed with the disorders themselves. Researchers found the odds of being diagnosed with ASD were 30 times higher for those who had older siblings with autism, and 3.7 times higher for ADHD diagnosis.
A new study reveals a link between prolonged acetaminophen use in pregnancy and an increased risk of offspring being diagnosed with ADHD or ASD. Researchers report children of mothers who had prolonged exposure to the pain killer during pregnancy had a 30% increased risk of developing ADHD and a 20% increased risk of being diagnosed with ASD.
Researchers discover imbalanced pH and lactate levels in the brains of mouse models of schizophrenia, ASD and bipolar disorder. They believe the imbalances could reflect an underlying pathophysiology to some psychiatric disorders.
Researchers have found significant changes in the brain make up of fetuses and newborn rats exposed to allergens during pregnancy.
A new study reports the use of two new genetic testing technologies among children with autism may help identify genetic mutations potentially linked to the disorder.
Researcher discover how mutations in a specific autism risk gene alter the course of early brain development.
Researchers report on a new technique which identifies genetic mutations that cause brain malformation.