The vestibulo-ocular reflex (VOR) is a reflex that acts at short latency to generate eye
movements that compensate for head rotations in order to preserve clear vision during …

The neural control of balance during locomotion is currently not well understood, even in the
light of considerable advances in research on balance during standing. In this paper, we lay …

This second edition of a bestseller presents systematic and extensive coverage of the
primary areas of research and development within VE technology. It brings together a …

Adaptation of arm movements to laterally displacing prism glasses is usually highly specific
to body part and movement type and is known to require the cerebellum. Here, we show that …

Locomotion relies on vision, somatosensory input, and vestibular information. Both vision
and somatosensory signals have been shown to be phase dependently modulated during …

We recorded basic gait features and associated patterns of leg muscle activity, occurring
during continuous body progression when humans walked along a curved trajectory, in …

In order to investigate the ways in which sensory channels interact to control balance, we
measured the postural response evoked by galvanic vestibular stimulation (GVS) in a rare …

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

The vestibular system analyses angular and linear accelerations of the head that are
important information for perceiving the location of one's own body in space. Vestibular …

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 …