Super-Resolution Track-Weighted Functional Connectivity (TW-FC): A Tool for Characterizing the Structural-Functional Connections in the Brain

Keywords

affect anatomical applied assigned axial back band bottom brain bundles called carried combine combined combining computed concatenated connecting connections connectivity consistent coordinate coronal corpus corrected correction correlation corresponds cortex course dataset deconvolution default degree density describes description detail diffusion directly display displayed distortions done editing element example examples exploits extend extended extent fiber filtered findings fluctuations frontal functional fusion generate generated generating grid healthy honey house identified illustrates illustration important includes individual inferior institutes intensity intrinsic introduced isotropic maps maximal medial methodology million model motion native naturally network networks normalized occipital opposite ordinate overall pass pathway pathways posterior potential powerful previous principles probabilistic proposed quantitative radius recent recently reflects regressed represented resolution role scanner seed seeded sensitivity similarly since slow smith smoothed software space spherical spontaneous streamlines structural structures studies subject subset super superior susceptibility template temporal thresholded tool track tracking tracks transformed traversing twice typical version volumes volunteers white whole