P 27 Beyond binary parcellation of the vestibular cortex

A binary approach to resting-state functional connectivity based parcellation (fCBP) provides useful insights into human brain organization, but also entails oversimplifications (Glasser, 2016). This is especially true for multisensory and higher-level associative brain areas, such as the bilateral vestibular cortical network with its multiple multisensory areas (Dieterich and Brandt, 2015). This study aimed to identify subunits of the vestibular cortex whilst accounting for a possible affiliation of voxel to different sensory systems using a multivariate fCBP within a vestibular region of interest (ROI) including known cortical areas of the vestibular network, i.e.

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