Effects of the task complexity on the performance of a Coincidence Timing Task of people with Down syndrome

With the present study, we aimed to investigate the task complexity effects on the performance of a coincidence timing task in individuals with Down syndrome. The experimental group was consisted by 26 subjects with Down syndrome, 20 years old (± 5), and classified as mild or moderate in Internation...

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Bibliographic Details
Published in:Motricidade 2017-05, Vol.12 (4), p.15-23
Main Authors: Bonuzzi, Giordano Marcio Gatinho, Corrêa, Umberto César, Antunes, Gisele Ladik, Monteiro, Carlos Bandeira de Mello, Perotti Júnior, Alaércio, Freudenheim, Andrea Michele, Torriani-Pasin, Camila
Format: Article
Language:English
Subjects:
Accuracy
Archives & records
Brain research
Classification
Decision making
Developmental disabilities
Down syndrome
Intellectual disabilities
Motor ability
Original Article
Skills
SPORT SCIENCES
Studies
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Summary:With the present study, we aimed to investigate the task complexity effects on the performance of a coincidence timing task in individuals with Down syndrome. The experimental group was consisted by 26 subjects with Down syndrome, 20 years old (± 5), and classified as mild or moderate in International Classification of Functioning and Health. Each participant in the experimental group was matched by in function of gender and age with a participant in a control group without Down syndrome. Both groups performed a coincident timing task, in which the participant had different levels of structural and functional complexity. Performance measure was derived from the consistency (absolute error), accuracy (variable error) and direction of response (constant error). Individuals with Down syndrome presented spatiotemporal organization impairments related to the difficulty in dealing with motor demand in order to interact with the perceptive demand. They also experienced difficulty in adapt to task complexity, causing performance error in the task. Individuals with Down syndrome have deficits in perceptive and space-time organization, and this phenomenon may be explained by the difficulty in integrating perceptive stimulus to motor actions with a high number of elements involved.
ISSN:1646-107X
2182-2972
DOI:10.6063/motricidade.7318