Non-Invasive Quantification of Absolute Cerebral Blood Volume Applicable to the Whole Human Brain

Keywords

absolute acquisition activation active activity allowed applicable approximately arterial arteriolar artery ascending balanced bilateral biophysical blocks blood bolus brain building cerebral challenges checkerboard coil compartment compartments completion composite conditions confirmed considering consistent consisting containing contributions controls cortical coverage covering crusher densities depicted described desirable determines disease diverse done drift enable enabled error errors excitation expanded experience extend extended final fissure fits fitted fitting five fractions gradient gradients gray head healthy human humans important individual inefficiencies interleaved invasive inversion investigating lobe lobes location longest longitudinal magnetization micro model moderate monitoring motion moving neural nulling occipital paradigms pathological pathologies period permitted physiologically pond portion posterior potential previously processed produced proposed proton providing quantification rather regulation relies reported requires response rest resting rotation sample saturation secondly separately settling simulated slice slices space spatial spatially spins spoiler steady stimulus studies tissue tracking transit transition transverse trio upon vary varying versus visual volunteer volunteers whether whole