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Recently published studies describe neural correlates of vestibular stimulation by means of evoked potentials. While some groups use loud click sounds or taps to the forehead we use passive body movements to study vestibular evoked potentials (VestEPs). Here, we investigated the impact of the acceleration intensity on the latency and amplitudes of the previously discovered VestEPs.The EEG of eleven...
The otolith organs sense the head’s translational motion and its orientation relative to gravity. Signals proportional to head acceleration are carried by otolith afferents from the vestibular endorgan to the brain. fMRI studies revealed the insula, the inferior parietal lobule as well as the superior/middle/transverse temporal gyri as regions involved in the processing of otolith input (Schlindwein...
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