Sensitivity and Specificity Enhancement in High-Speed FMRI Using Multi-Echo Echo-Volumar Imaging

Keywords

acceleration activated activation advantageous albeit almost anterior array astronomy auditory blocks blood bold brain channel characteristics characterization characterizing closed coil combination compartments compressed computed computer consecutive consisted consistent contrast cortex cortical coverage daemon decay design detection developed dimension domain dual duration electrical elongated enables enabling engineering equipped exponential extended extent extents external eyes fitting flow fold frontal functional gated generated glover head human implemented improving increasing index inhomogeneity initial inter intrinsic introduced investigate isolated larger linear localized long losses magnitude maps matrix measured mechanisms medial minor model modules motor much neurology noise normalized open orientation overlaid paradigm parallel parametric partial percent physics poser posse potential preprocessing previous providing rapid readout real recently reconstructed reconstruction reduced reducing repetitions resolution rest sample scanner score scores segmented sensitivity several shot simultaneous slab slabs software sparsity spatial spatially specificity speed strong studies supplementary table tapping task tasks temporal third tissue unreliable versus vessels vicinity visual