We are excited to share journal publications like this one resulting from FORWARD data. There are many more papers currently in development, and the future for Fragile X syndrome research is bright as more data is gathered.
Previous studies have shown that children with Fragile X syndrome exhibit a higher frequency of sleep problems relative to typically developing counterparts. This paper describes an overview of sleep difficulties in children with FXS and their impact on families. The Fragile X Online Registry with Accessible Research Database (FORWARD), including Clinician Report and Parent Report forms, was analyzed for frequency, severity, relationship with behavioral problems, and impact of sleep difficulties in a mainly pediatric cohort.
Findings showed that sleep difficulties are prevalent in children with FXS and, although they tend to be mild, they are associated with behavioral problems and negative impact to families.
Budimirovic DB, Protic DD, Delahunty CM, et al. Sleep problems in fragile X syndrome: Cross-sectional analysis of a large clinic-based cohort. Am J Med Genet A. 2022;188(4):1029-1039. doi:10.1002/ajmg.a.62601
About the FORWARD Registry & Database
FORWARD is made possible by all the participating families sharing their life experiences for research. By giving families, doctors, scientific researchers, and policymakers an inside look into how Fragile X syndrome presents itself across the human lifespan, you’re involvement is a huge contribution toward more positive health outcomes and better care and services for future generations.
Below are more journal publications resulting from FORWARD data.
more from forward
Sleep Problems in FXS: Cross-Sectional Analysis of a Large Clinic-Based Cohort
FORWARD // Findings showed that sleep difficulties are prevalent in children with FXS and, although they tend to be mild, they are associated with behavioral problems and negative impact to families.
Development of Neural Response to Novel Sounds in Fragile X Syndrome: Potential Biomarkers
FORWARD // Despite an overall normal developmental trajectory for most measures, individuals with FXS show age-independent but gender-dependent decreases in complex processing of novel stimuli.