Resting-State Functional Connectivity Mapping Using Cerebral Blood Flow: Comparison with Simultaneously Acquired BOLD in High-Susceptibility Regions

Keywords

acquisition activity addition agreement agrees although applied attributed audience band better blood blue bold brain cerebral clearly compensate components connections connectivity contaminations contrast control coordinates corrected correction correlation cortex cosine cutoff deactivation default delays demodulated derived detect detected directly discovery diseases dorsal dual especially exploiting extends fellowship filtering flow fluctuations fluid frequencies frequency functional funding general gradient gradients hemisphere hippo humans hypothesized include indicates individual induced inferior institute intended interestingly jean kernel lacy linear lobe loss mapped mapping maps measured medial mode moreover motion motor much multiplying network neurology neuronal node noise often original outlined oxygenation parietal part pass physiological physiology positron posterior preprocessed previous principal promisingly random recorded reduce reduced reflects regressing reported response responses resting retrospective robust seed selected sensitive sensitivity separately significantly simpler simultaneously since smoothing software space spatial sphere statistically statistics studied studies subjects suffer supported susceptibility system target tech temporal timing unclear usually ventral white whole