Cognitive and Behavioral Impact on Children Exposed to Opioids During Pregnancy.

The developmental impact of opioid use during pregnancy is a subject of ongoing debate. Short-term neonatal outcomes, such as lower birth weight and neonatal abstinence syndrome, are the most well-recognized outcomes. However, knowledge gaps exist regarding longer-term neurocognitive and mental health outcomes. In this article, we summarize an expert panel discussion that was held in April 2018 by the Substance Abuse and Mental Health Services Administration and attended by national experts in the field of perinatal opioid exposure and its impact on child development. Despite the challenges with research in this area, there is emerging literature revealing an association between neonates exposed to opioids in utero and longer-term adverse neurocognitive, behavioral, and developmental outcomes. Although adverse sequalae may not be apparent in the neonatal period, they may become more salient as children develop and reach preschool and school age. Multiple variables (genetic, environmental, and biological) result in a highly complex picture. The next steps and strategies to support families impacted by opioid use disorder are explored. Model programs are also considered, including integrated care for the child and mother, parenting supports, and augmentations to home visiting.

Nutrition, physical activity, and bone mineral density in youth with autistic spectrum disorders.

OBJECTIVE: Fractures and pain, secondary to low bone mineral density (BMD), have been reported in pediatric patients with autistic spectrum disorders (ASD). The purpose of this study was to assess the BMD of a clinical sample of 10- to 18-year olds with ASD, and the nutrition and physical activity correlates of skeletal health in this population. METHODS: Twenty-six patients with ASD were recruited from an outpatient multidisciplinary child-development clinic. Lumbar bone density was measured using dual-energy x-ray absorptiometry. Data collection included anthropometries, serum nutrient levels, parent interview, and 72-hour diet, screen-time, and physical activity records. RESULTS: Four patients (15%) met criteria for pediatric low BMD with z scores less than or equal to -2.0; another 4 were at risk with z scores less than or equal to -1.0. Approximately 54% of participants had insufficient serum 25-hydroxy vitamin D. Mean electronic media use was 251 minutes/day; mean physical activity 69 minutes/day. Fewer than 50% of participants met daily reference intake of vitamins A, B3, D, E, K, zinc, calcium, folate, potassium, and fiber. Bone density correlated positively with body mass (r = .47), calcium intake (r = .46), and calorie intake (r = .58). CONCLUSIONS: Children aged 10 to 18 years old with ASD are at risk for occult low bone density. In this study, those with low body mass index and insufficient calcium and calorie intake were at greater risk. Other unhealthy behaviors in this population included a high screen-time to physical activity ratio and multiple nutrient deficiencies.