Spectrally Selective 3D Imaging of Phosphocreatine in the Human Calf Muscle at 3T & 7T

Keywords

acknowledgments acquisition amplitude anatomical anisotropy applied around artifacts axial bandwidth becomes benefits biomedical blurring bottom calf centric challenges chemical coils compensated competing concentration crusher decrease developed ding dual duration effective employed encode equal even example excited expense external favoring female field fields fitting five fold full fully function geometrically ghosting gradient gradients great green half healthy human identical increasing interpolated known lead length long loss major male materials matrix measured mechanisms medical meeting metabolite metabolites modulated modulation much muscle offering orientation pattern peak phantom phantoms pixels position potential problem proposed pulse pulses quadrature quantification quantitatively rapid reduce reduced reducing refocusing remains repetition resolution respectively sampling scanners schematic scientific selective selectively severe shortening shorter simulated simultaneously skeletal slice software space spacing spatial spectral spectrally spectroscopic spin spread temporal traditional train trains transfer transform tuned turbo uniformity unlocalized versus view volume volunteer volunteers waveform width years