Amide Proton Chemical Exchange Saturation Transfer at 9.4 T with Optimized RF Transmit Field Through B1 Shimming

Keywords

absolute acceleration achieve acquiring acquisition addition adjusting allowed amide apparent applied array assess assign asymmetry basis bingen biological biomedical body brain brightening built calculating channel chemical clear coil combined concomitant configuration contrast correction covered cybernetics described desired detected determine difficult discrimination dual dummy duration effectively efficient efficiently element employing enables endogenous enough equation equations evenly exchange exchanging executed faint field fields fitting frequencies frequency gradient gray harder healthy human improves in vivo independent individual informed inhomogeneity institute interleaved magnetization mapped maps materials mobile molecules much necessary negative nominal nuclear offset offsets optimal optimized outer pauses peak peptides pixel prepare prior produce pronounced proteins proton protons pulse pulses quantification radio receive reception reduce referencing renders repetition reproducibility required resolution respectively saturation scanner selective separate session several shimming slab slices slightly space spatially spectra spectrum stability started still strength strengths symmetry termed tightly transfer transmit transversal ultra uniformly upfield view volunteer water whereby white whole