Prenatal exposure to cannabis can negatively impact children’s thinking and behavioral skills, including impulse control, attention, and aggression, which are key for academic and social success. The study observed preschool-aged children with prenatal cannabis exposure and found they showed poorer control over impulses and emotions.

A study has shown that folic acid supplementation during pregnancy may reduce the link between maternal blood lead levels and autistic-like behaviors in children. By examining data from pregnant women and their toddlers, researchers found stronger associations between lead exposure and autism traits in cases of low folic acid intake.

A recent study shows that alcohol exposure in the earliest stages of pregnancy can lead to detectable molecular changes in the late-gestation placenta, even influencing gene expression through DNA methylation. These changes, particularly in growth and neurotransmitter pathways, could have lasting effects on fetal development, potentially impacting future health. Interestingly, the impact varies by sex, affecting growth-related genes in males and serotonin-related genes in females.

A study examining the effects of prenatal exposure to synthetic cannabinoids in rats found that the drug leads to long-term health issues in their offspring. Male rats showed an increased sensitivity to CO2, making them more prone to panic-like behavior, while females exhibited cardiovascular problems like hypertension and tachycardia.