Tract Coherence Imaging (TCI): Quantifying the Intra-Voxel Fiber Tract Heterogeneity

Keywords

ability absent acquisition additionally aligned analyses anterior applied appreciated architectural bars benefits bound bundle bundles caused chosen clear coherence color complementary complexity complicating computed computing configuration configurations consistency consisting constrained contrast corpus cross crosses crossing dataset deconvolution decrease decreased density depend dependence depends describe describes determine differentiate diffusion distinct distribution dots drawback dubbed dyadic eigenvalues eigenvector elegant ellipse encoded enlargements evaluations every extracted facilitating female fiber fibers finally framework furthermore gradient greatly harmonics healthy heterogeneity histogram homogeneous in vivo indicated institute interpretation intersects intra investigate known limited little local location locations longitudinal maps mathematically medical model modeled modeling novel orientation orientations oriented pathways peak perfectly perpendicular populations posterior presence proposed providing quantifying quantitative random readily real recently reduced related resolution resolutions schematically sciences sensitive simulated simulation simulations slice spherical strong subject subsequently super superior synthetic system tensor third threshold track tract tracts understand unique varies whereas white yellow zero zoomed