Baseline GABA Concentration More Strongly Predicts Baseline BOLD Signal Synchrony Than CBF in Visual Cortex

Keywords

absolute activation activity affine ally amplitude arterial assessed atlas audience better biomedical blood bold budgets cerebral closer common concatenation concentration connectivity contamination context contrast corrected correction correlated correlation cortex course dependent derived drift dual editing electrical evaluating evoked explain extent finding findings flow fluctuations fraction frequency functional generalized gore gradient gray hypothesize importantly included incorporate indicators induced informed inhibition inhibitory interpreted inverse investigated isotropic kinetic labeling laboratory lends linear literature magnetization magnitude major mask mason measure measured measures meet mega model models much must network networks neurons neurotransmitter noise normalized noted occipital ongoing origins overlaid oxidative pair percentage physiological possibility potential predict predicts preprocessing press primarily primary principle pseudo psychiatry radiological rather recent recently recorded recording registered regression relationship removal resolution resting scanned sciences scientists slices spatial spectra stimulus strong strongly structural subject subjects subsequently support synaptic synchrony target temporal thereby threshold trends unclear understand understanding unique vascular visual volunteers weaker