Visual position and velocity cues improve human standing balance, reducing sway
responses to external disturbances and sway variability. Previous work suggested that …

Human upright balance is maintained through feedback mechanisms that use a variety of
sensory modalities. Vision senses information about the position and velocity of the visual …

The relative contributions of proprioceptive, vestibular, and visual sensory cues to balance
control change depending on their availability and reliability. This sensory reweighting is …

Objectives We aimed to assess whether postural abnormalities in Progressive Supranuclear
Palsy (PSP) and Idiopathic Parkinson's Disease (IPD) are qualitatively different by analysing …

Skill transfer from trained balance exercises is critical to reduce the rate of falls in older
adults, who rely more on vision to control postural responses due to age-dependent sensory …

Vision is known to improve human postural responses to external perturbations. This study
investigates the role of vision for the responses to continuous pseudorandom support …

The ability to maintain the body relative to the external environment is important for
adaptation to altered gravity. However, the physiological limits for adaptation or the …

Human standing balance is functionally organized as a closed-loop feedback system, which
enhances system stability in response to perturbations and sensory deficits but complicates …

Human postural control involves interactions between visual, vestibular, and somatosensory
systems to maintain upright stance. Quiet stance assesses posture when participants are …

Full and accurate sensory information facilitates human spatial orientation and balance
control. This study investigates how unisensory and multisensory information influences …