Using Tractography & MEG to Infer Functional and Structural Motor Connectivity in Humans

Keywords

ability able achieve acquisition activated activation activity adaptive anatomical anatomy angular assess assessed assessment ball basal berger bilateral brain bundles button capable challenge closer collected combining competition concept confidently conjunction connected connecting connections connectivity consistently containing contributing control controls correlated cortex cortical cortices coupled dataset define dependent determined developed diffusion dorsal dozens dynamic dynamics emerge equally evaluation evolved exerted expected face fiber finger frequency function functional ganglia hand hands healthy hemispheres henry highly human humans in vivo index indicate inhibition inhibitory integrated integration integrity inter interactions interestingly investigate isotropic kirsch known laboratory landmarks lateralization localization localizing locate motor movements much mutual nervous network networks neural neurology parametric part pathways pattern perhaps posterior primary primates probabilistic processes python real refocused regional reliability residual resolution resting seeded sensory shot site spin statistical streamline structural structure subject subjects supplementary supports system systems target targeted task tasks tensor terms tracer tracking tract tracts understanding unfolding view white