Comparison of Two Fast MR Acquisition Strategies for Simultaneously Imaging of PCr and γ-ATP in the Human Brain at 9.4T

Keywords

account achieved acquisition additional advantage agreement aiming allowed although anabolic applied balance band bandwidth better blurring brain calculation called capability changing choice circles collected collecting comparable complete complex complicating concentration considered constraint consuming continuous deviation duration efficient electrical encoding especially estimation excitation excitations fast field filter flexible fluctuations fluxes fraction free functions furthermore gradient guideline head human illustrated immediately indicate induction inhomogeneities inhomogeneity intensities interleaved interpretation introduce investigate isotropic issue length long loss made magnet maps matching meaningful measure metabolic metabolites minimal minimize minutes modulation much nominal novel often optimized otherwise owing pass pathways peak performance phantom phosphorus placed power precession projection pulse quantitative radial radiology rapid rare readout recently refocusing related relatively resolution sampled scanner segmented selective sensitivity settings short shorter simple simultaneously slice slightly space spatial spatially spectral spectrally spins steady strategy strength studies suggested suitable take termed train trajectories trajectory transmit twice twisted ultra understood volunteer width workloads