Three Dimensional Mapping of Oxidative Capacity in Human Lower Leg Muscles with Compressed Sensing 31P-MRI

Keywords

acceleration accepted accurate acidosis acquisition addition affect anterior application assumptions audience avoiding bands become capacity coil coils component compressed concentration constant constants coverage cross depleted designed determined deviation diabetes dimensional diseased diseases domain dual dynamic dysfunction efficiency equation error estimation evolution example execution exercise existing experiment exponential female five fold frequency full fully function good gradients growth healthy heterogeneity human immediately improved index inducing inner involved kinetics knee knowledge known lack larger lead length little long male mapping measure measured medical metabolic metabolism methodology mono muscle muscles novel oxidative participants physical physiology plantar plotted populations post previously principal prior product rapid receive recovery recruited require resistance resolution response rest resting return scanned section segmented segmenting selective sensing serially series several significantly skeletal solutions spatial spatially spectrally static studied studies subjects suffer sufficient suggest surface synthesis system target temporal tissue together tool tools transform transmit tuned type validated volunteer volunteers years yields