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[Purpose] To examine the influence of visual information of location on the standing postural control of healthy adults. [Subjects] Twenty-one healthy adults (mean age, 24.0 ± 2.5 years). [Methods] Subjects adopted a step stance on a force-plate measuring body sway, and fixed their eyes on a point in front of them. Measurements were taken under 5 conditions of visual information: a column positioned immediately in front (0 ̊), and radially at 20 ̊, 40 ̊, and 60 ̊, and no visual information (control). [Results] The body sway path length and envelope area of the 0 ̊ and 20 ̊ conditions had significantly lower values than those of the 40 ̊ and 60 ̊, and control conditions. [Conclusion] The results suggest that when visual information exists near the central field of vision, where it is easy to generate visual discrepancies, it contributes to standing postural control.

Effects of Visual Information of Location on Standing Postural Control of Healthy Adults