ROLE OF VISUAL INFORMATION IN MAINTAINING STATOKINETIC STABILITY ON STEADY AND UNSTEADY PLATFORM
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Abstract
The availability of visual information on an unsteady platform allows for significant improvement of statokinetic stability and reduction of the tension on postural regulation mechanisms. The results show that under the condition of the changed platform and visual control, the stabilography indicators change disproportionately. The identified features of changes in stabilographic indicators are stipulated by different contributions to the process of postural regulation of visual and proprioceptive afferentation. It has been proven that under the condition of standing on an unsteady platform, visual afferentation makes a much smaller contribution to the integrative processes of regulation of statokinetic stability than sensory information from proprioceptors of postural muscles.
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