Abstract

Children with Down syndrome (DS) demonstrate substantial variability in communication and language outcomes. One potential source of variability in this skill area may be early regulatory function. Characterizing the early link between regulatory function and early social communication may benefit infants with DS at risk of difficulties with social communication and language skill acquisition. Forty-three infants with DS were assessed at two time points, six months apart. At Time 1, the average chronological age was 9.0 months (SD = 3.9) and caregivers completed the Infant Behavior Questionnaire-Revised (IBQ-R) to assess regulatory function. Six months later, caregivers rated infant communication at the second visit using the Communication and Symbolic Behavior Scales Infant Toddler Checklist (CSBS-ITC). Infant developmental level was assessed at both visits using the Bayley Scales of Infant and Toddler Development, Third Edition and caregivers reported on developmental history and biomedical comorbidities. Infant regulatory function at Time 1 predicted social communication outcomes at Time 2, six months later. Findings from this study suggest that elevated risk for pronounced communication challenges may be detectable as early as infancy in DS.

Highlights

  • Down syndrome (DS) is associated with increased risk for cognitive and behavioral dysregulation [1,2,3,4]

  • We examine the relationship between infant regulatory function and subsequent social communication during early development in DS

  • A significant percentage of the infants were diagnosed with congenital heart disease (CHD) (47%) or were born prematurely (37%)

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Summary

Introduction

Down syndrome (DS) is associated with increased risk for cognitive and behavioral dysregulation [1,2,3,4]. School-age children with DS demonstrate a pattern of difficulties with aspects of EF on both laboratory and ecological measures, often featuring difficulties with the memory and planning subcomponents of this cognitive skillset [3,4,6]. These difficulties impact participation in everyday contexts, as EF has been linked to adaptive behavior in academic settings among school-age children with DS [7] and employment outcomes in adults with DS [8]. Understanding the sources of heterogeneity in language and communication outcomes in DS will facilitate a richer understanding of developmental trajectories and can inform more effective treatment to improve adaptive communication in this population

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