Billets de Michelle Dawson

Billet publié sur Bluesky le 08/03/2026 10:37

Bluesky Publication avec DOI crossref Extrait cité dans le billet Question posée par Dawson dans le billet Lien intégré au billet Termes sur l’autisme

"autistic youth had weaker grip strength and more difficulty with motor skills compared to non-autistic peers, with the gap in strength widening in adolescence and the gap in overall motor ability remaining the same or narrowing"? onlinelibrary.wiley.com/doi/10.1002/... data from age 6 to 18, free

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Publication avec DOI Récupéré Publication crossref

Allison R. Block, Emily C. Skaletski, Claire M. Sheedy, Ella A. Vanderpool, Brittany G. Travers (2026). Motor Performance in Autistic Youth From Childhood Through Adolescence: Evidence for Both Sustained and Widening Group Differences. Autism Research, 19(4), e70211. Wiley.

Date de publication
05/03/2026
Identifiant
10.1002/aur.70211
Auteurs
Allison R. Block, Emily C. Skaletski, Claire M. Sheedy, Ella A. Vanderpool, Brittany G. Travers
Source
Autism Research
Détails
19(4), e70211
Type de référence
article
Éditeur
Wiley
Source de métadonnées
crossref

Résumé

ABSTRACT Although motor‐skill differences in autistic individuals are well established, there is diverging evidence regarding what happens to motor skills in autistic children as they become adolescents. Using both cross‐sectional and longitudinal data, we examined fine and gross motor skills and grip strength of 187 autistic participants and 136 non‐autistic participants (i.e., with no known diagnoses), aged 6–18 years‐old. Participants completed the Bruininks‐Oseretsky Test of Motor Proficiency‐Short Form, Second Edition (BOT‐2 SF), and maximal grip strength testing. Linear mixed‐effects regression analyses indicated motor‐skill differences between autistic and non‐autistic participants across this age range; however, the nature of these differences depended on the specific motor domain (i.e., strength) and measure. Specifically, grip strength and BOT‐2 SF strength subtest scores showed widening group differences with increasing age, whereas overall BOT‐2 SF scores and subtests showed sustained or narrowing group differences through adolescence. However, items on the BOT‐2 SF also demonstrated substantial ceiling effects, which may obscure later group differences between autistic and non‐autistic participants and highlight the need for measures that encompass a greater range of motor skills into adolescence. These findings have important implications for healthcare, education, and community supports that address age‐related motor differences within the autistic population.

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