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 …

The vestibular system is an essential sensory system that generates motor reflexes that are
crucial for our daily activities, including stabilizing the visual axis of gaze and maintaining …

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 …

To maintain stable posture of the head and body during our everyday activities, the brain
integrates information across multiple sensory systems. Here, we examined how the primate …

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 …

The vestibular system is integral to behavior; the loss of peripheral vestibular function leads
to disabling consequences, such as blurred vision, dizziness, and unstable posture …

Background The vestibular system encodes head motion in space which is naturally
accompanied by other sensory cues. Electrical stimuli, applied across the mastoid …

The vestibular system is dedicated to gaze stabilization, postural balance, and spatial
orientation; this makes vestibular function crucial for our ability to interact effectively with our …

Integrated multisensory feedback plays a crucial role in balance control. Minimal fingertip
contact with a surface (light-touch), reduces center of pressure (CoP) by adding sensory …

Evoking muscle responses by electrical vestibular stimulation (EVS) may help to understand
the contribution of the vestibular system to postural control. Although paraspinal muscles …