Williams syndrome

This study tests whether a simple saliva swab can find genetic causes of neurodevelopmental or intellectual disorders when standard blood tests have not. Researchers will use advanced DNA sequencing on cheek cells from 50 participants. The goal is to improve diagnosis and help gu…

This study aims to validate a French translation of the SOSI-M test, which measures sensory integration in children. Researchers will film 60 children (30 healthy, 30 with mild to moderate neurodevelopmental disorders) taking the test and compare scores. The goal is to see if the…

This study will test whether using results from a sensory integration assessment can improve counseling for children aged 3-12 with neurodevelopmental problems like sensory sensitivity or coordination difficulties. Researchers will measure changes in sensory processing and daily …

This study looks at using simple, low-cost communication tools like picture boards and gestures for children with autism who have trouble speaking. It involves 500 children and their caregivers in rural Virginia and western Kenya. The goal is to find better ways to match each chi…

This study will use a digital platform with game-like tasks to measure thinking and reading skills in 300 children aged 3-11 who are suspected of having a neurodevelopmental disorder. The goal is to create detailed cognitive profiles before a formal diagnosis, helping to identify…

This study will collect blood from 3 children with Williams syndrome and 3 healthy children. Scientists will turn blood cells into stem cells and then into brain cells to study how the brain develops differently in Williams syndrome. The goal is to understand the disease better, …

This study looks at how the brains of children with Williams syndrome and autism differ, focusing on social and thinking skills. Researchers will compare 75 children aged 3-12 from three groups: those with Williams syndrome, those with autism, and typically developing kids. No tr…