An Automated Approach for the Quantification of Brain Oxygen Metabolism

Keywords

accurate amount applications arterial arteries artery automated automatic best blinded blood brain calculating carotid challenge clinical coefficient complete considerable consisted coordinates correlation correspond create cross curve dataset dependence derivative determined developed diffused diseases distances enhance entry estimation evaluation exogenous experienced exports extensive extracted features feeding findings fitting flight fluxes gives hall healthy highly identify illustrated immediate important inter internal invasive least literature loaded location magnum major manual many market matching mathematical measure measured measures medical memory metabolic metabolism minimal minutes molecules need neighborhood newly objects obstacle operator oxygen oxygenation physiology plot position positioning positron press principle procedure processing proposed pulse quantification reliability reliable repeated reproducibility requires researchers respectively scanner scatter science segmented session sessions seven significantly skeleton skull slice slices southwestern spatial steps subjects systematic table tangent task technical template terms testings thresholding tomography training trajectory trust twice typical understanding underwent unit utility utilization utilized variation vector venous viability whole young