Spectroscopic Imaging of Glycine of Human Brain at 7.0 T

Keywords

abnormal acquisition advanced agreement applied applying arises around artifact artifacts avoid axial bands basis blue brain brown carrier central chemical choline clearly complex compromising concentration concentrations conditions consent consistent constants contamination correction coupling cover covered created custom density detection difficulty discriminate disease disorders displays distribution domain drift eddy elevated encoding enhancing entire estimation exponential field filter fits flair frequency glycine gradient gradients gray healthy house human in vivo incorporating individual informed inhibitory internal like lipid localization magma major maps matrix medical medicine meninges metabolite minimize neurology neurotransmitter optimized outer overlapping patient patients pattern pixel placed portion positioned preliminary prescribed presence press previous prior profiles programs published pulses radiology reduce regional removed reported residual residuals resolution rest scanner selected selective sets several simulated simulations slab slabs slice southwestern space spatial spectra spectral spectroscopic spectrum studies subcutaneous subjects supported suppression transformation transverse tumor tumors typically view volume volunteer volunteers water width written yellow zero