Real-world executive functioning for autistic children in school and home settings

Autism ◽  
2021 ◽  
pp. 136236132110411
Author(s):  
Jessica E Tschida ◽  
Benjamin E Yerys

Executive function challenges are commonly reported in the home setting for children with an autism spectrum disorder diagnosis (hereafter, autism), but little is known about these challenges in the school setting. A total of 337 youth (autism, N = 241 and typically developing, N = 96) were assessed using Behavior Rating Inventory of Executive Function ratings from home and school settings. Within each setting, we examined differences in specific executive function skills between diagnostic groups. Then, we examined if the autism group showed similar peak executive function impairments, associations with age, and relationships with adaptive behavior across settings. Finally, we examined inter-rater reliability. Autism and typically developing groups differed on all Behavior Rating Inventory of Executive Function scales in both settings. The Shift scale was the peak impairment in the autism group in both settings. There was also an effect of age on executive function impairment in both settings, and executive function ratings in both settings significantly predicted individual adaptive behavior domains. Inter-rater correlations for autistic participants were similar to inter-rater reliability correlations from the Behavior Rating Inventory of Executive Function standardization sample. This study shows that autistic children experience similar but not identical real-world executive function challenges across school and home settings and that supports may vary by setting. Lay abstract Executive functioning skills are important for children to be able to control thoughts, emotions, and actions, and for their ability to adapt to different settings. Previous studies have found that autistic children have difficulty with executive functioning, but most of these studies took place in the home setting. Executive functioning skills in autistic children have not yet been fully examined in the school setting. This is a knowledge gap that needs to be addressed because the school setting is potentially one of the most demanding in terms of executive functioning and is a setting where executive function interventions are already being used for autistic children. In order to learn more about executive functioning for autistic children in the school setting, this study compared ratings of executive function from autistic children’s caregivers and school professionals. The study found that autistic children experience similar but not identical executive function challenges across school and home settings and that supports may differ in each setting. Having information about differences in executive functioning challenges and supports for autistic children across settings can help lead to development of supports that are tailored to each setting.

2019 ◽  
Vol 34 (6) ◽  
pp. 875-875
Author(s):  
M Figuccio ◽  
A Falconi ◽  
R Priefer

Abstract Objective Executive function (EF) skills are an array of cognitive abilities that have been linked to future scholastic achievement. The Behavior Rating Inventory of Executive Function-Preschool Version (BRIEF-P) is used to assess EF in young children. The aims of the current study are to assess whether males and females differ in BRIEF-P scores, and to measure the relationship between EF and pre-reading skills. Method 11 typically developing males (M = 53.13 months, SD = 3.74) and 12 typically developing females (M = 54.71 months, SD = 3.14) participated in the study. Children completed a cognitive-linguistic battery, while parents completed the BRIEF-P. Independent sample t tests were employed to investigate differences between males and females, and Pearson correlations were employed to examine the relationship between BRIEF-P and cognitive-linguistic scores. Results Males scored significantly higher than females on the Blending Words subtest t(21) = 2.97, p = .007, 95% CI [5.83, 32.92]. Males and females also significantly differed in BRIEF-P scores: Shift t(21) = 6.43, p < .001, 95% CI [36.42, 71.26] and Emotional Control t(21) = 3.02, p = .006, 95% CI [11.44, 61.86]. In males, Blending Words was associated with Inhibit r = -.77, p = .005, Emotional Control r = -.75, p = .008, and Plan/Organize r = -.638, p = .035. In females, Memory for Digits subtest was associated with Inhibit r = -.632, p = .027, and Plan/Organize r = -.595, p = .041. Conclusions Male and female preschoolers differed in Blending Words, Shift, and Emotional Control. Interestingly, EF was associated with pre-reading measures in both males and females; however, EF measures were associated with Blending Words in males and Memory for Digits in females. This study adds to the body of research suggesting the importance of EF in early development.


2020 ◽  
Vol 34 (4) ◽  
pp. 456-466 ◽  
Author(s):  
Shawn E. Christ ◽  
Hayley E. Clocksin ◽  
Barbara K. Burton ◽  
Mitzie L. Grant ◽  
Susan Waisbren ◽  
...  

Author(s):  
Nadja Cristina Furtado Back ◽  
Ana Chrystina de Souza Crippa ◽  
Tatiana Izabelle Jaworski de Sá Riechi ◽  
Liliane Desgualdo Pereira

Abstract Introduction Nowadays, there is no consensus on whether central auditory processing disorder is a primary or a secondary deficit to other cognitive deficits. A better understanding of the association between cognitive functions and central auditory skills may help elucidate this dilemma. Objective To investigate possible associations between auditory abilities and cognitive functions in schoolchildren. Methods Fifty-eight schoolchildren, aged between 8 years and 0 months old and 11 years and 11 months old, who underwent the following tests: masking level difference, gaps in noise, pitch pattern sequence test, dichotic digits test, sustained auditory attention ability test, Wechsler intelligence scale for children – IV, junior Hayling test, five digits test, and behavior rating inventory of executive function. Results Significant correlations were found between the hearing ability of temporal resolution and executive functions, temporal ordering/sequencing, binaural integration and separation, and sustained auditory attention, operational memory, inhibitory control, and cognitive flexibility; binaural integration was also associated with intelligence. The statistically significant positive correlation found between the ability of binaural interaction and the components of emotional control and behavior regulation of the behavior rating inventory of executive function was unexpected. Conclusion The associations identified reinforce the complexity of the tasks involved in the evaluation of central auditory processing and the need for multidisciplinary evaluation for the differential diagnosis of auditory processing disorder. Confirmation of the presence or absence of comorbidities between different disorders allows directing the therapeutic behaviors and reducing the impact of possible auditory and/or cognitive deficits in the different daily life situations of children.


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