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Abstract #0008

Accelerated Echo-Planar Correlated Spectroscopic Imaging in the Human Calf Muscle Using Compressed Sensing

Jon Furuyama1, Chris Roberts2, M. Albert Thomas1

1Radiology, UCLA, Los Angeles, CA, United States; 2School of Nursing, UCLA, Los Angeles, CA, United States

 

Keywords

abnormal accelerated acceleration according acquisition allows anterior application applied artifacts becoming bringing buildup calf characteristic clinical closer collection comparable compressed considerably correlated couplings coveted cross dataset datasets deleting despite detectable detection diabetic diagonal dimension dimensional dimensions equation exhibit experiment extra features fidelity fully gradient healthy human implementation important increment incremented indicating indicative individually info intra introduced known labeled least lipid lipids localized location long maintaining mark marked mask metabolic metabolism methyl methylene minute minutes muscle muscles need nicely norm novel operator original overall patients peak peaks planar potential powerful preserving previously problem problems protons providing quality radiology readout reality recently reconstructed reconstructing reconstruction reduce reduction regularization regularized remaining removes required residual resolution resolved respective respectively sample sampled sampling school select sensing separation sets simulated solves spatial spectra spectral spectroscopic spectrum speed splitting still structure studies successful successfully summed taken theory together tool trans transform typically unconstrained uniform uniformly variation volunteer yellow