Screen Time and Attentional Deficits: A Correlational Study in Early Childhood Down Syndrome

Abstract

Background: The ubiquity of digital media poses unique challenges for children with Down syndrome (DS), whose cognitive phenotype is characterized by specific deficits in executive function but relative strengths in visual-spatial processing. While global research focuses on neurotypical development, little is known about how screen exposure interacts with the neurodiverse brain within the environmental constraints of the Gulf region. Objective: This study investigates the correlation between daily screen duration, content pacing, and sustained attention in children with DS aged 2 to 8 years in the United Arab Emirates (UAE).Methodology: A quantitative, cross-sectional design was employed with $N=100$ caregivers. Data was collected via a “Media Use Diary” tailored to regional variables (e.g., domestic supervision, language of content) and standardized assessments, including the Child Behavior Checklist (CBCL) and Leiter International Performance Scale (Leiter-3). Results: Analysis revealed an average daily screen time of 2.5 hours, significantly exceeding international guidelines. A strong negative correlation was found between exposure to fast-paced entertainment and sustained attention scores ($r = -0.65$). Notably, children supervised primarily by domestic workers (nannies) consumed significantly more screen media (180 mins/day) than those supervised by parents (90 mins/day). Furthermore, a “language mismatch” (consuming English content in Arabic-speaking homes) was associated with increased attentional fatigue. Conclusion: Findings suggest that for the DS population, rapid-frame content acts as a “super-stimulus” that fragments attention. In the UAE context, effective intervention requires moving beyond simple time limits to address content pacing and the training of domestic caregivers.