Introducing Dynamic Multi-Exponential T2-Relaxation for Studying Muscle Pattern & Activation in the Human

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ability accelerated accuracy activation activity addition additionally advances agreement ambiguous anatomical anatomy approaches array assess averaging best better blue bound calf coil common compartment compartments complementary completely component components contaminated content contraction control correction correspond dashed decay decompose deconvolution depicts direct diseased distinct distributions dynamic early echoes efficacy electromyography even exchange exercise experiment explained facilitated fatty feasibility fractions free furthermore geometric healthy human hypothesis identified identify impossible in vivo inherent integration intermediate interventions intra introduce lateral long lowest major makes mapping measures medial might model monitor monitoring multicomponent muscle muscles nevertheless originally overall partial particularly pathological pattern patterns period physiological pixel pools powerful press problem proof protocols questionable quite recent recently release relies remain reproducible required resolution resolved respective rest revealing robustly scale science sensitivity shimming short skeletal slice slices spacing spatial spatially static stimulated structures studies system systems table tissue tool transmit treatment understand useful valuable variations various water whole width wise