Recent studies have established that GVS evokes robust and parallel activation of both
canal and otolith afferents that is significantly different from that evoked by natural head …

Standing balance deficits are prevalent after concussions and have also been reported after
subconcussive head impacts. However, the mechanisms underlying such deficits are not …

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 …

Noninvasive electrical stimulation of the vestibular system in humans has become an
increasingly popular tool with a broad range of research and clinical applications. However …

Stable walking relies critically on motor responses to signals of head motion provided by the
vestibular system, which are phase-dependent and modulated differently within each …

Introduction The vestibular system, which encodes our head movement in space, plays an
important role in maintaining our balance as we navigate the environment. While in …

The active control of the lumbar musculature provides a stable platform critical for postures
and goal-directed movements. Voluntary and perturbation-evoked motor commands can …

Whole-body vestibular-evoked balance responses decrease following~ 55 min of
normobaric hypoxia. It is unclear how longer durations of hypoxia affect the vestibular …

BACKGROUND: Hypoxia influences standing balance and vestibular function. OBJECTIVE:
The purpose here was to investigate the effect of hypoxia on the vestibular control of …

The vestibulocollic reflex is a compensatory response that stabilizes the head in space.
During everyday activities, this stabilizing response is evoked by head movements that …