Background Predicting sensorimotor upper limb outcome receives continued attention in
stroke. Neurophysiological measures by electroencephalography (EEG) and …

In humans, age-related declines in vision, hearing, and touch coincide with changes in
amplitude and latency of sensory-evoked potentials. These age-related differences in neural …

Under conditions of profound sensory deprivation, the brain has the propensity to
reorganize. For example, intact sensory modalities often recruit deficient modalities' cortices …

Background and Purpose: Persons with vestibular disorders are known to have slower gait
speed with greater imbalance and veering during dual-task walking than healthy individuals …

Neuroimaging research has shown that acute bouts of moderate intensity aerobic exercise
can enhance attention-based neuronal activity in frontal brain regions, namely in the …

Brain electrophysiological responses can provide information about age-related decline in
sensory-cognitive functions with high temporal accuracy. Studies have revealed …

Somatosensory evoked potentials (SEPs) represent somatosensory processing in non-
primary motor areas (ie frontal N30 and N60) and somatosensory cortices (ie parietal P50). It …

The ability to actively suppress, or gate, irrelevant sensory information is required for safe
and efficient walking in sensory‐rich environments. Both motor attention and motor planning …

Healthy aging is associated with a decline in cognitive and physical functions, which are
underpinned by changes in the structure and function of the brain and nervous system. This …

Sensory processing can be facilitated through bimodal interactions between relevant visual-
tactile sensory inputs in order to achieve goal-oriented behaviours. While the specific neural …