Incongruent visual-vestibular sensory inputs

1. Incongruent visual-vestibular sensory inputs decrease superior temporal cortex EEG node connectivity strength in humans.

   “node connectivity strength of superior temporal cortex was significantly lower than that in the young adults”

   Human trialunder conditions of incongruent visual-vestibular sensory inputs, compared to young adults

   The effect of visual-vestibular sensory input consistency on standing stability and electroencephalogram brain network characteristics in the elderly

   Sheng li xue bao : [Acta physiologica Sinica]·Dec 25, 2023

More on Superior temporal cortex EEG node connectivity strength

1. Incongruent visual-vestibular sensory inputs increase visual cortex EEG node connectivity strength in humans.

   “the node connectivity strength of visual cortex in the elderly was notably higher”

   Human trialunder conditions of incongruent visual-vestibular sensory inputs, compared to young adults

   The effect of visual-vestibular sensory input consistency on standing stability and electroencephalogram brain network characteristics in the elderly

   Sheng li xue bao : [Acta physiologica Sinica]·Dec 25, 2023

More on Visual cortex EEG node connectivity strength

1. Incongruent visual-vestibular sensory inputs impair postural stability in humans.

   “under conditions of incongruent visual-vestibular sensory inputs, the elderly exhibited significantly inferior postural stability performance in terms of COP anterior-posterior (Y-axial) sway speed”

   Human trialunder conditions of incongruent visual-vestibular sensory inputs

   The effect of visual-vestibular sensory input consistency on standing stability and electroencephalogram brain network characteristics in the elderly

   Sheng li xue bao : [Acta physiologica Sinica]·Dec 25, 2023