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jundishapur Sci Med J: 15(6); 2017; Jan-Feb: Current Issue
Article title: The Effect of the Sensory Information and Age on the Transition of the Relative Phase in Bimanual Coordination Pattern

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Background and Objective: Integration and interpret of sensory feedback helps to performing of bimanual coordination tasks. The purpose of present research was to study of the effect of sensory information and age differences on the transition of the relative phase in bimanual coordination task. Subjects and Methods: Fifteen male young adults (25±3.9 y) and 15 male elder (66.06±6.12 y), all of whom right-handed, were selected by available sampling method. Participants started performing the task with bimanual coordination device with anti-phase pattern at frequency 0.75 Hz which was increased by 0.25 Hz in 5-seconds steps and as far as the transition occurred toward in-phase pattern. The final frequency considered was at 5 Hz. The task was performed under 8 sensory conditions. Data analyzed by mixed analysis of variance with repeated measures and paired-samples t-test with Bonferroni correction for pair comparisons of the interaction effects. Results: The findings revealed that main effects of senses and group and also the interaction effects between vision-audition, vision-proprioception, audition-proprioception and audition-group were significant (P<0.05). Also the results revealed that the young adults were depended on vision and proprioception information and elders were more depended on audition and proprioception information for performing anti-phase pattern. Conclusion: These results showed the positive effect of afferent information on the speed of the relative phase. In addition, these findings suggest that bimanual coordination task performed under close-loop control system. ►Please cite this paper as: Abedan Zadeh R, Abdoli B, Farsi AR. The Effect of the Sensory Information and Age on the Transition of the Relative Phase in Bimanual Coordination Pattern. Jundishapur Sci Med J 2016;15(6):619-633

Sensory information, Bimanual coordination, Relative phase transition

Article Authors:
Rasool AbedanzadehFirst
Behrouz AbdoliOther Author
Alireza FarsiOther Author

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