Understanding Transverse Relaxation in Human Brain Through Its Field Dependence from 1.5 to 7T

Keywords

ability accounted accurate acknowledgments altogether apparent attempted basal brain bulk capability chemical circles coefficient coefficients combination component concentration conducted considerable considered constant constants content contributing contribution defined dependence described determine determined elucidate emerged employed environmental equally exchange exchangeable experimentally explained fast field fields five fraction fractional frontal ganglia grant gray human important in vivo independent indicating institute interaction interactions intrinsic iron isochronous japan linear located macromolecular macromolecules manifested maps materials mechanisms model mostly national originating period phenomena physics populations previously proton protons quadratic quadratically quantification quantify recently regional regression related relationship relaxing relied reported respectively scientific shalom simulate simulated simulation site sites slow solid solution solutions spacing studies supports surface systems term terms thalamus thank tissue tissues transverse understanding variables versa vice water whereas white wide