As a prerequisite for understanding how the brain works, it has been a long-sought goal to subdivide (parcellate) the brain into a mosaic of anatomically- and functionally-defined parcels (areas). However, reaching a consensus parcellation has been hindered by inaccuracies in aligning brain areas across subjects. Here, we developed a novel cortical parcellation approach using resting-state fMRI data collected in a population of awake marmosets to accurately map the functional brain organization of individuals.
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