Objectives The present study aimed to clarify the mechanisms of postural control during
standing in older adults and document the mechanisms of age-related motor control based …

The purpose of this study was to clarify the difference in muscle coactivation during postural
control between older and young adults and to identify the characteristics of postural control …

The ability to maintain balance deteriorates with increasing age. The aim was to investigate
the role of age in generation of anticipatory (APA) and compensatory (CPA) postural …

[Purpose] Postural control has been shown to decline with age. The purpose of this study
was to clarify the muscular activities of the trunk and hip joint while moving from two-leg …

We examined how young and older adults adapt their posture to static balance tasks of
increasing difficulty. Participants stood barefoot on a force platform in normal quiet, Romberg …

Exercise seems to attenuate the postural control system and anticipatory postural
adjustments (APAs) decline, but no conclusive findings are available. This study analyses, in …

Background Although several studies have reported that muscle coactivation during postural
control increases with age, the effect of higher muscle coactivation on standing postural …

Aging is frequently accompanied by a deterioration in postural control. Accordingly, the
elderly adopt postural strategies in order to maintain balance. The purpose of this study was …

Age-related differences in postural control in response to a relatively large deceleration
resulting from postural disturbance were investigated in eight normal elderly men (age …

Recently, several studies have reported that muscle coactivation during static postural
control increases with aging. Although greater muscle coactivation during quiet standing …