In Vivo Imaging of Fiber Pathways of the Human Brain with Ultra-High Gradients

Keywords

accuracy achieved acknowledgments acquisition acquisitions additional adjusted almost amplitude anatomy array aspects assured availability available basic befit biomedical blue brain built bundle capable cerebral close coil collection commercially components conditions constant cortical critical crossing crossings detection determinant diffusion dramatically efficiency encoding entirely envelope equal experienced eyes features fiber fibers fitting fold form forming gain gains general gradient gradients green head horizontal human humans identically identified immediate improved improvements improves in vivo included inconsistent increasing independent induced intermediate intrinsic isotropic jack known laboratory lattice lobes make matrix medical minimized mixing nearly panel path paths pathways peak performance pervasive physics physiological precaution preliminary prevent previous previously product quality radial recent reconstructed reduced registered represent representative resolution respectively scanner scanners schemes school seems sensitivities sensitivity slab slew slice slices specimens spectrum stimulation streamline strength strengths structural structure structures studies subject subjects substantial superior surveys system technology terminus tissue tract typical ultra ultrahigh white whole yield yields