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Background: Responses to digital cognitive training interventions vary greatly among children with intellectual and developmental disorders (IDD). Investigating possible predictors of improvements following training is vital in ascertaining which individuals benefit from these interventions. Methods: Seventy-three children (4-11 years) with IDD completed attention training or a placebo program for 5 weeks. The effects of autistic symptomatology, adaptive functioning and pre-intervention attention abilities on improvements in attention (selective and sustained) post-intervention were examined. Results: Autistic symptomatology did not predict any training improvement. However, lower adaptive functioning predicted greater gains in selective attention post-intervention in children who received training compared to placebo. Further, better pre-intervention selective attention performance was associated with greater improvements in selective attention post-intervention. Conclusions: Although these findings are exploratory, attention training may be beneficial for children with IDD with lower adaptive functioning and higher pre-intervention attention abilities.

Despite well-documented attention deficits in children with intellectual and developmental disabilities (IDD), distinctions across types of attention problems and their association with academic attainment has not been fully explored. This study examines visual attention capacities and inattentive/hyperactive behaviours in 77 children aged 4 to 11 years with IDD and elevated behavioural attention difficulties. Children with autism spectrum disorder (ASD; n = 23), Down syndrome (DS; n = 22), and non-specific intellectual disability (NSID; n = 32) completed computerized visual search and vigilance paradigms. In addition, parents and teachers completed rating scales of inattention and hyperactivity. Concurrent associations between attention abilities and early literacy and numeracy skills were also examined. Children completed measures of receptive vocabulary, phonological abilities and cardinality skills. As expected, the results indicated that all groups had relatively comparable levels of inattentive/hyperactive behaviours as rated by parents and teachers. However, the extent of visual attention deficits varied as a result of group; namely children with DS had poorer visual search and vigilance abilities than children with ASD and NSID. Further, significant associations between visual attention difficulties and poorer literacy and numeracy skills were observed, regardless of group. Collectively the findings demonstrate that in children with IDD who present with homogenous behavioural attention difficulties, at the cognitive level, subtle profiles of attentional problems can be delineated.

Background: Children with intellectual and developmental disabilities (IDD) experience heightened attention difficulties which have been linked to poorer cognitive, academic and social outcomes. Although, increasing research has focused on the potential of computerised cognitive training in reducing attention problems, limited studies have assessed whether this intervention could be utilised for those with IDD. This study aimed to assess the efficacy of a computerised attention training programme in children with IDD. Methods: In a double-blind randomised controlled trial, children (n = 76; IQ < 75) aged 4-11 years were assigned to an adaptive attention training condition or a nonadaptive control condition. Both conditions were completed at home over a 5-week period and consisted of 25 sessions, each of 20-min duration. Outcome measures (baseline, posttraining and 3-month follow-up) assessed core attention skills (selective attention, sustained attention and attentional control) and inattentive/hyperactive behaviour. Results: Children in the attention training condition showed greater improvement in selective attention performance compared to children in the control condition (SMD = 0.24, 95% CI 0.02, 0.45). These improvements were maintained 3 months after training had ceased (SMD = 0.26, 95% CI 0.04, 0.48). The attention training programme was not effective in promoting improvements in sustained attention, attentional control or inattentive/hyperactive behaviours. Conclusions: The findings suggest that attention training may enhance some aspects of attention (selective attention) in children with IDD, but the small to medium effect sizes indicate that further refinement of the training programme is needed to promote larger, more global improvements.

Background: Responses to digital cognitive training interventions vary greatly among children with intellectual and developmental disorders (IDD). Investigating possible predictors of improvements following training is vital in ascertaining which individuals benefit from these interventions. Methods: Seventy-three children (4–11 years) with IDD completed attention training or a placebo program for 5 weeks. The effects of autistic symptomatology, adaptive functioning and pre-intervention attention abilities on improvements in attention (selective and sustained) post-intervention were examined. Results: Autistic symptomatology did not predict any training improvement. However, lower adaptive functioning predicted greater gains in selective attention post-intervention in children who received training compared to placebo. Further, better pre-intervention selective attention performance was associated with greater improvements in selective attention post-intervention. Conclusions: Although these findings are exploratory, attention training may be beneficial for children with IDD with lower adaptive functioning and higher pre-intervention attention abilities. [ABSTRACT FROM AUTHOR]

Objective: This randomized controlled trial evaluated the efficacy of attention training delivered in class on cognitive attention processes, inattention, hyperactivity, working memory, and numeracy in primary school children. Method: Eight classes (n = 98 children; 5-9 years) were cluster randomized to gamified attention training, a placebo program, or a no-contact control condition. Assessments were conducted at baseline, immediately after the 5-week intervention (posttraining), and 6 months later (follow-up). Results: Posttraining, attention training was associated with reduced inattention and hyperactivity within the classroom compared with controls, and reduced hyperactivity at home compared with the no-contact control. At follow-up, reduced hyperactivity within the classroom compared with the no-contact control persisted. No effects of training on cognitive attention processes, working memory, and numeracy were observed posttraining. Conclusion: Classroom-based attention training has select benefits in reducing inattention and hyperactivity, but may not promote gains in cognitive or academic skills in primary school children. [ABSTRACT FROM AUTHOR]

Despite well-documented attention deficits in children with intellectual and developmental disabilities ( IDD), distinctions across types of attention problems and their association with academic attainment has not been fully explored. This study examines visual attention capacities and inattentive/hyperactive behaviours in 77 children aged 4 to 11 years with IDD and elevated behavioural attention difficulties. Children with autism spectrum disorder ( ASD; n = 23), Down syndrome ( DS; n = 22), and non-specific intellectual disability ( NSID; n = 32) completed computerized visual search and vigilance paradigms. In addition, parents and teachers completed rating scales of inattention and hyperactivity. Concurrent associations between attention abilities and early literacy and numeracy skills were also examined. Children completed measures of receptive vocabulary, phonological abilities and cardinality skills. As expected, the results indicated that all groups had relatively comparable levels of inattentive/hyperactive behaviours as rated by parents and teachers. However, the extent of visual attention deficits varied as a result of group; namely children with DS had poorer visual search and vigilance abilities than children with ASD and NSID. Further, significant associations between visual attention difficulties and poorer literacy and numeracy skills were observed, regardless of group. Collectively the findings demonstrate that in children with IDD who present with homogenous behavioural attention difficulties, at the cognitive level, subtle profiles of attentional problems can be delineated. [ABSTRACT FROM AUTHOR]

Background: Children with intellectual and developmental disabilities (IDD) experience heightened attention difficulties which have been linked to poorer cognitive, academic and social outcomes. Although, increasing research has focused on the potential of computerised cognitive training in reducing attention problems, limited studies have assessed whether this intervention could be utilised for those with IDD. This study aimed to assess the efficacy of a computerised attention training programme in children with IDD. Methods: In a double-blind randomised controlled trial, children (n = 76; IQ < 75) aged 4–11 years were assigned to an adaptive attention training condition or a nonadaptive control condition. Both conditions were completed at home over a 5-week period and consisted of 25 sessions, each of 20-min duration. Outcome measures (baseline, posttraining and 3-month follow-up) assessed core attention skills (selective attention, sustained attention and attentional control) and inattentive/hyperactive behaviour. Results: Children in the attention training condition showed greater improvement in selective attention performance compared to children in the control condition (SMD = 0.24, 95% CI 0.02, 0.45). These improvements were maintained 3 months after training had ceased (SMD = 0.26, 95% CI 0.04, 0.48). The attention training programme was not effective in promoting improvements in sustained attention, attentional control or inattentive/ hyperactive behaviours. Conclusions: The findings suggest that attention training may enhance some aspects of attention (selective attention) in children with IDD, but the small to medium effect sizes indicate that further refinement of the training programme is needed to promote larger, more global improvements. [ABSTRACT FROM AUTHOR]