FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3200440231> ?p ?o ?g. }

• W3200440231 endingPage "1215" @default.
• W3200440231 startingPage "1201" @default.
• W3200440231 abstract "Autistic persons exhibit variable movement, loading, and coordination patterns during walking. While much research has examined walking, little to no research exists regarding running for autistic persons despite its prevalence and benefits as a mode of physical activity. This study determined if autistic adolescents demonstrate increased coordination variability during running compared to matched controls. Seventeen autistic adolescents (aged = 13–18 years) and seventeen sex, age, and body mass index matched controls performed running at two matched speeds: self-selected of autistic adolescents and at 3.0 m/s. Modified vector coding was used to determine the patterns of movement for foot-shank, shank-thigh, left/right thigh, and contralateral arm-thigh coupling. Coordination variability, measuring cycle-to-cycle variability, was determined during loading response and pushoff phases. Mixed-model analyses of variance were used to determine group by speed interactions and main effects. Coordination variability was nearly 2× larger (all p < 0.001) in autistic adolescents compared to controls. Speed main effects were found for several sagittal plane couples during loading response. In agreement with walking analyses, this study illustrates that autistic adolescents run with increased intra-limb, inter-limb, and cross-body coordination variability. Like walking, increased coordination variability during running may negatively impact this mode of physical activity for autistic persons. Lay abstract Walking and running are popular forms of physical activity that involve the whole body (pelvis/legs and arms/torso) and are coordinated by the neuromuscular system, generally without much conscious effort. However, autistic persons tend not to engage in sufficient amounts of these activities to enjoy their health benefits. Recent reports indicate that autistic individuals tend to experience altered coordination patterns and increased variability during walking tasks when compared to non-autistic controls. Greater stride-to-stride coordination variability, when the task has not changed (i.e. walking at same speed and on same surface), is likely indicative of motor control issues and is more metabolically wasteful. To date, although, research examining running is unavailable in any form for this population. This study aimed to determine if coordination variability during running differs between autistic adolescents and age, sex, and body mass index matched non-autistic controls. This study found that increased variability exists throughout the many different areas of the body (foot-leg, left/right thighs, and opposite arm-opposite thigh) for autistic adolescents compared to controls. Along with previous research, these findings indicate autistic persons exhibit motor control issues across both forms of locomotion (walking and running) and at multiple speeds. These findings highlight issues with motor control that can be addressed by therapeutic/rehabilitative programming. Reducing coordination variability, inherently lessening metabolic inefficiency, may be an important step toward encouraging autistic youth to engage in sufficient physical activity (i.e. running) to enjoy physiological and psychological benefits." @default.
• W3200440231 created "2021-09-27" @default.
• W3200440231 creator A5001755486 @default.
• W3200440231 creator A5004945063 @default.
• W3200440231 creator A5011136734 @default.
• W3200440231 creator A5025361022 @default.
• W3200440231 date "2021-09-14" @default.
• W3200440231 modified "2023-10-17" @default.
• W3200440231 title "Coordination variability during running in adolescents with autism spectrum disorder" @default.
• W3200440231 cites W1483650999 @default.
• W3200440231 cites W1590108511 @default.
• W3200440231 cites W1835606726 @default.
• W3200440231 cites W1968764578 @default.
• W3200440231 cites W1974462465 @default.
• W3200440231 cites W1978417116 @default.
• W3200440231 cites W1993404937 @default.
• W3200440231 cites W1999039520 @default.
• W3200440231 cites W1999726382 @default.
• W3200440231 cites W2008465527 @default.
• W3200440231 cites W2009011497 @default.
• W3200440231 cites W2019724303 @default.
• W3200440231 cites W2025239576 @default.
• W3200440231 cites W2054601622 @default.
• W3200440231 cites W2066042950 @default.
• W3200440231 cites W2071725411 @default.
• W3200440231 cites W2103312599 @default.
• W3200440231 cites W2103639242 @default.
• W3200440231 cites W2107341232 @default.
• W3200440231 cites W2109610434 @default.
• W3200440231 cites W2110065044 @default.
• W3200440231 cites W2111924413 @default.
• W3200440231 cites W2115693072 @default.
• W3200440231 cites W2136891170 @default.
• W3200440231 cites W2136932965 @default.
• W3200440231 cites W2141607806 @default.
• W3200440231 cites W2144570297 @default.
• W3200440231 cites W2144579798 @default.
• W3200440231 cites W2145439917 @default.
• W3200440231 cites W2149706926 @default.
• W3200440231 cites W2149858232 @default.
• W3200440231 cites W2152318625 @default.
• W3200440231 cites W2153240051 @default.
• W3200440231 cites W2153818272 @default.
• W3200440231 cites W2156352663 @default.
• W3200440231 cites W2164113518 @default.
• W3200440231 cites W2169584367 @default.
• W3200440231 cites W2180491356 @default.
• W3200440231 cites W2288781732 @default.
• W3200440231 cites W2301174711 @default.
• W3200440231 cites W2502937902 @default.
• W3200440231 cites W2508432802 @default.
• W3200440231 cites W2565093891 @default.
• W3200440231 cites W2568285919 @default.
• W3200440231 cites W2593626839 @default.
• W3200440231 cites W2599396951 @default.
• W3200440231 cites W2606347118 @default.
• W3200440231 cites W2770345503 @default.
• W3200440231 cites W2774114255 @default.
• W3200440231 cites W2785469348 @default.
• W3200440231 cites W2801318701 @default.
• W3200440231 cites W2884239140 @default.
• W3200440231 cites W2885804899 @default.
• W3200440231 cites W2887207084 @default.
• W3200440231 cites W2891910865 @default.
• W3200440231 cites W2895941736 @default.
• W3200440231 cites W2896197952 @default.
• W3200440231 cites W2900478192 @default.
• W3200440231 cites W2911609543 @default.
• W3200440231 cites W2914084087 @default.
• W3200440231 cites W2953492686 @default.
• W3200440231 cites W2954361886 @default.
• W3200440231 cites W2969796118 @default.
• W3200440231 cites W2971620903 @default.
• W3200440231 cites W3023330788 @default.
• W3200440231 cites W3023485327 @default.
• W3200440231 cites W3024662314 @default.
• W3200440231 cites W3040812999 @default.
• W3200440231 cites W3046865753 @default.
• W3200440231 cites W3126634761 @default.
• W3200440231 cites W3175552222 @default.
• W3200440231 cites W4247828831 @default.
• W3200440231 doi "https://doi.org/10.1177/13623613211044395" @default.
• W3200440231 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/34519564" @default.
• W3200440231 hasPublicationYear "2021" @default.
• W3200440231 type Work @default.
• W3200440231 sameAs 3200440231 @default.
• W3200440231 citedByCount "3" @default.
• W3200440231 countsByYear W32004402312021 @default.
• W3200440231 countsByYear W32004402312023 @default.
• W3200440231 crossrefType "journal-article" @default.
• W3200440231 hasAuthorship W3200440231A5001755486 @default.
• W3200440231 hasAuthorship W3200440231A5004945063 @default.
• W3200440231 hasAuthorship W3200440231A5011136734 @default.
• W3200440231 hasAuthorship W3200440231A5025361022 @default.
• W3200440231 hasConcept C113062710 @default.
• W3200440231 hasConcept C118552586 @default.
• W3200440231 hasConcept C126838900 @default.
• W3200440231 hasConcept C138496976 @default.

• next