Neuronal and Astrocytic Metabolites Exhibit Different Diffusion Behavior, as Observed by Diffusion-Weighted Spectroscopy at Ultra-Long Diffusion Times.

Keywords

accounting allow analytical analyze analyzed apparent applied architecture attempt audience axis axons basis become behavior best better brain carried cell cells cellular certainly characterization characterize coefficient coil common compartment compartmentalized conceal considered consistent consisting correction cross decrease decreases dendrites describing determination deviation diameters diffuses diffusing diffusion dimension dimensions displacement distinct distribution distributions example except exhibit expected experiment experimental extensions extreme fact fibers finally finite five formalism former geometrical geometry glutamate going good gradients highest hinder histogram idea in vivo indeed intracellular inversion knowledge largely length lipids long longer macromolecule macromolecules measured membranes metabolite metabolites might model modeling monkey much neuronal neurons noise numerical opposite others overlap overlaps polarity positioned preferentially preparation previous probability probing procedure processes prolonged random reached recovery reflect represent roses session share shimming shorter side simulation since slight space spatial spectra spectroscopy spheres structures suggesting suggests supposed surface system target terms translational transmission typical ultra uncertainty unique varying whose window