During human walking, the centre of mass (CoM) is outside the base of support for most of
the time, which poses a challenge to stabilizing the gait pattern. Nevertheless, most of us are …

Balance is the dynamic and unconscious control of the body's centre of mass to maintain
postural equilibrium. Regulated by the vestibular system, head movement and acceleration …

Neural control of standing balance has been extensively studied. However, most falls occur
during walking rather than standing, and findings from standing balance research do not …

Objective: To examine the effects of imperceptible levels of white noise galvanic vestibular
stimulation (nGVS) on dynamic walking stability in patients with bilateral vestibulopathy …

Lateral balance is a critical factor in keeping the human body upright during walking. Two
important mechanisms for balance control are the stepping strategy, in which the foot …

Human standing balance relies on self-motion estimates that are used by the nervous
system to detect unexpected movements and enable corrective responses and adaptations …

Background White noise galvanic vestibular stimulation (GVS) is thought to enhance the
sensitivity of vestibular organs. Objective To examine the effects of noise-enhanced …

The vestibular system is crucial for postural control; however there are considerable
differences in the task dependence and frequency response of vestibular reflexes in …

Background Galvanic vestibular stimulation delivered as zero-mean current noise (noisy
GVS) has been shown to improve static and dynamic postural stability probably by …

Vestibular balance control is dynamically weighted during locomotion. This might result from
a selective suppression of vestibular inputs in favor of a feed-forward balance regulation …