Publication | Closed Access
Postural Control and Age
205
Citations
23
References
1993
Year
Upright PostureMovement AnalysisKinesiologyApplied PhysiologyRehabilitationMotor ControlPseudorandom Vibration PerturbationKinematicsHuman MovementPostural ControlProprioceptive PerturbationMusculoskeletal InteractionMotor BehaviorBalance ControlProprioceptionPhysical TherapyHealth Sciences
We quantified the effect of vision, pressoreceptor function and proprioception on the postural stability at different ages. Altogether 212 healthy volunteers (ages from 6 to 90 years) were examined by using a computerised force platform. The sway velocity (SV) was measured with eyes open and eyes closed during quiet stance on a bare platform and a foam plastic covered surface. In addition, to study the proprioceptive system, pseudorandom vibration perturbation was applied on the calf muscles. The SV showed a U-shaped curve: the children and the oldest swayed most. Equilibrium was most stable around 50 years. The visual system was of most importance for balance control in the old. The children were sensitive of pressoreceptor and proprioceptive perturbation, indicating the importance of these systems for their postural control.
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