The Impact of Dissolved Oxygen in Blood on Hyperoxia-Based BOLD Calibration

Keywords

according affected alone although appearance approximated arterial arteries assumed assuming available benzene biophysical blood bold bound brain calibrated calibration capillaries cells challenged commonly comparable compartment component compute concentration concentrations constant consumed content contrast contribute correspond dashed decreased dependent describe determine dilute dissolved dissolves divided either elevated elicit encountered enough even every examine excess expect experiment experimental experimentally expression extraction fact findings form formulation formulations fraction fractions function gaseous going good implications individual induced inhalation instead involving isolated liquid listed literature magnitude measured metabolic mixture model molar mole molecules moles negligible neurological occupied originally overestimated oxygen oxygenated paper paramagnetic partial particular physiological physiology pike plasma predicted pressure problem product quantitative readily recent reduction related released remains replaced respiratory sections severely significantly similarly simplify simulations since solid solubilities solubility solution specifically still studies substances substantial suggested surrounding susceptibilities susceptibility temperature terms theoretically tissue tree unlike validate vascular veins venous versus volume water whereby