… of stiffness control during quiet standing. A re-review of their references to biomechanical
research on muscle ankle stiffness confirmed muscle stiffness estimates of the ankle series …

… quiet standing is achieved by the stiffness of ankle muscles without anticipatory active control.
It is shown that a recently proposed method of estimating ankle stiffness … value of stiffness. …

… This stiffness cannot be neurally regulated in quiet standing. Thus we attribute this stiffness
to … Our conclusion is that in quiet standing intrinsic ankle stiffness is not under neural control …

… direct measurement of intrinsic ankle stiffness in quiet standing. It … the value of the ankle
stiffness, which was normalized as a … addressed the intrinsic ankle stiffness and were not affected …

… A stiffness model was developed for quiet standing. The model assumes that muscles act
as … In the sagittal plane this stiffness control exists at the ankle plantarflexors, in the frontal …

… Second, we show that physiological values of stiffness of the ankle muscles are insufficient
… that f v ≈mg in quiet standing, then this equation tells us that variations of muscle torque are …

… Although balance during quiet standing is postulated to be … of muscle activation and passive
ankle stiffness increases on the … six quiet stance conditions including: relaxed standing, four …

… The ankle stiffness together with the … the ankle-foot stiffness, which is relevant to quiet
standing. The contribution of the intrinsic ankle-foot stiffness to balance, and the ankle-foot stiffness …

… Estimating ankle stiffness during quiet standing is a key issue for understanding the basic …
by the intrinsic stiffness of the muscles and other load-bearing tissues [1]. In the quiet standing …

… To observe the EMG changes during quiet standing, recordings of angle, torque and … muscles.
In the present study, subjects changed their ankle stiffness despite the same initial muscle …