Sensory information from our eyes, skin and muscles helps guide and correct balance. Less
appreciated, however, is that delays in the transmission of sensory information between our …

The contributions of somatosensory, vestibular, and visual feedback to balance control are
well documented, but the influence of auditory information, especially acoustic noise, on …

Fall prevention technologies have the potential to improve the lives of older adults. Because
of the multisensory nature of human balance control, sensory therapies, including some …

Auditory and somatosensory white noise can stabilize standing balance. However, the
differential effects of auditory and tactile noise stimulation on balance are unknown. Prior …

Timescales of postural fluctuation reflect underlying neuromuscular processes in balance
control that are influenced by sensory information and the performance of concurrent …

The number of mobile phone users keeps increasing every year and mobile phones have
become a primary need for most people. Ordinarily, people are not aware of the risk from a …

Long-latency reflexes (LLRs) are critical precursors to intricate postural coordination of
muscular adaptations that sustain equilibrium following abrupt disturbances. Both …

When measuring physiological data, the central limit theorem typically implies a consistent
variance, resulting in data that closely follow a Gaussian distribution. However, physiological …

Previous work assessing the effect of additive noise on the postural control system has
found a positive effect of additive white noise on postural dynamics. This study covers two …

Postural control is a complex dynamic mechanism, which integrates information from visual,
vestibular and somatosensory systems. Idiopathic Parkinson's disease (IPD) patients are …