Non-Invasive Investigation of the Compartmentalization of Iron in the Human Brain

Keywords

abnormal according accumulation acquisition aggregated agreement aliasing allows amount applying approximately assessing assumption atom atoms audience basal bear beyond biophysical black body brain breakdown bulk cell cells combination compartmentalization compensation concentration conditions configurations consequently considerably containing content context contribution contributions correlation decrease density depends deposition described developing diagnostic diffusing diffusion disease diseases dissolved dominant double drawn equation even example exemplary expressing field finding focus function future ganglia good gradient grateful hamburg hence human hypothesized illustrates improve in vivo inclusion inclusions indicates infer inside insights intersection invasive iron known laden linear load loading local macroscopic major male manually mapping maps marks measured medical medicine must neglected nuclei occurs particles pathologic physics potential power predominantly principle properties quantitative radiology radius rather reflected regime regression relation relies resolved rigorous scanner school seems solutions spins static straight substantial substantially suggests susceptibility target theory third throughout tissue transverse valuable vary vertical vicinity volume volunteer volunteers whole year yields