News & Updates

NICHD announced winners of the first phase of its Community Champions for Disability Health Challenge, a prize competition that encourages community-based organizations to develop and implement strategies to reduce health disparities experienced by people with disabilities.

NICHD scientists have harnessed artificial intelligence to develop a prototype test to screen children for autism spectrum disorders on the basis of their arm movements.

Read about select research advances supported by NICHD in 2024, including work on women’s health, child and adolescent health, medical rehabilitation, health disparities, and more.

As children head back to school, they must adapt to new routines and social situations. From expanding knowledge about sleep to assessing strategies to prevent school violence, NICHD research helps contribute to a safe and healthy learning environment.

NIH launched a new federal challenge to encourage community-based organizations to develop and implement strategies to reduce health disparities experienced by people with disabilities.

Summer’s long days and warm weather allow for more time spent outdoors, benefiting physical and mental health. But heat also can have harmful health effects, and outdoor recreation carries the risk of injuries. NICHD research seeks to understand the impacts of climate change, prevent drownings, and help ensure safe participation in summer sports.

Umbilical cord milking, a technique to move blood from the umbilical cord to an infant’s body, does not increase the risk for neurodevelopmental disabilities in non-vigorous term infants—those who are limp, pale and with minimal breathing. The technique provides an alternative for delayed cord clamping for when resuscitation efforts are needed as soon as possible.

Children with enlarged perivascular spaces—fluid-filled cavities surrounding the brain’s small blood vessels—had a higher risk for developing autism spectrum disorder and later sleep problems. Brain scans to detect the enlargement could be helpful for obtaining an earlier diagnosis of autism spectrum disorders.

As we ring in 2024, we’d like to take a brief look back on our accomplishments during 2023. These activities illustrate the institute’s continued commitment to research and training in its mission areas.

Preterm infants who underwent several painful medical procedures in early life may be at high risk for autism spectrum disorders and lower motor and language scores at 18 months of age, suggesting that repeated exposure to pain may affect early brain development. The findings underscore the need to develop more effective pain management procedures for preterm infants.

A tablet-based screening app for autism spectrum disorder (ASD) may improve early detection, suggests a study funded by NIH. By accurately identifying toddlers who warrant further investigation for ASD, the app may help health care providers ensure that children and families receive the support they need.

NIH has designated people with disabilities as a population with health disparities for research. People with disabilities often experience a wide and varying range of health conditions leading to poorer health and shorter lifespan. In addition, discrimination, inequality, and exclusionary structural practices, programs, and policies inhibit access to timely and comprehensive health care, which further results in poorer health outcomes.

Offspring of female nonhuman primates given a cannabis product during pregnancy had changes in their DNA expression like those seen in human children with autism spectrum disorder and attention deficit hyperactivity disorder, according to a small study funded by the National Institutes of Health. The findings suggest that children whose mothers consume edibles or other products containing Delta-9-tetrahydrocannabinol (THC), the main psychoactive substance found in cannabis, could experience permanent developmental changes.

Characteristics of the cries of preterm infants may help predict their risk for long-term developmental and behavioral problems, suggests an NICHD-funded study. The findings may lead to tools to identify babies at highest risk for such issues, aiding early treatment or prevention efforts.

Read about NICHD’s research findings and activities from 2022.

During a research career that spans four decades, NICHD’s Judith Kassis, Ph.D., has learned many lessons along the way. Learn about her story.

The National Institutes of Health has awarded a total of $100 million over the next five years to support nine Autism Centers of Excellence (ACEs). This endeavor funds large research projects to understand and develop interventions for autism spectrum disorder (ASD). Created in 2007, the ACE program is renewed every five years.

Infants who were diagnosed with autism spectrum disorder (ASD) at 24 months old had differences in the visual processing areas of the brain that were apparent at 6 months old, according to a study funded by the National Institutes of Health. The researchers theorized that disruption in visual processing could interfere with how infants see the world around them, changing how they interact with and learn from caregivers and their environment. These early changes could affect further brain development and play a role in ASD symptoms.

The amygdala—a brain structure enlarged in two-year-old children diagnosed with autism spectrum disorder (ASD)—begins its accelerated growth between 6 and 12 months of age, suggests a study funded by the National Institutes of Health. The amygdala is involved in processing emotions, such as interpreting facial expressions or feeling afraid when exposed to a threat. The findings indicate that therapies to reduce the symptoms of ASD might have the greatest chance of success if they begin in the first year of life, before the amygdala begins its accelerated growth.

Read about NICHD’s research findings and activities from 2021.