Frequency-Domain Quantification and Interpretation of Dynamic Hyperpolarized 13C Signals

Keywords

absolute according acquisition addition advantageous alanine allow among animal animals apparent appeared approximation around assumes back behavior bottom carbon carbonate chem circumvents clear coefficients compressing concentrate concentration concentrations consistent constant constants content contrast conversion correct decay dent depend depletion derive described description detected developed differentiation difficult domain dominant dose downstream driven dynamic dynamically dynamics early educed effective enhancing enzymatically equation experimental expression expressions fast frequency gain generally good grant ideal illustrating instead instruments interpret interpretation inversion kidney kine kinetic leads linearly maps matrix metabolite metabolites model modeling multiplication natural noise normalized numb often outflow oxford perfusion phys plot polarization polarized polarizer press quantitative quantitatively quantity rats receiver recently repetitive representation resolution resolved robust rows saturation scanner selective sense settings side sign significantly similarly simple slice solved space sparse spectra spiral squares substrate summarized suppress system tail term terms towards transport tumors turn uncertainties various vein volume ward wealth ween whereas