Real-Time in vivo Monitoring of Pyruvate C1 Polarization Using C2 Integral Ratios

Keywords

able accounting accurate acid adding allow allows amplitude appear appropriate approximately artery asymmetry atrium beats biochemistry blood bolus buffer calibration care carotid coil comparable complicated conditions constants continues conversion corporation council coupled curve decay decreases described determination determined differential dissolve doublet dynamic either empirical enabling enhancement equilibrium examined expected experience exponential extracted fastened feasible field forming frozen full funding furthermore heart hearts heated highly important in vivo initial injected insight instantaneous institute instruments integral integrated intensities intercept linear longitudinal magnetization magnitude metabolic metabolite minute model moles monitoring mono monotonically multiplet natl natural nominal normalization nuclear onset oxford partial phantom ping placed polarization polarizations polarized polarizer pools potentially procedures progression protocols pulse quantitative rapidly readout real recorded relation response room scanner sciences sensitivity slope solution spectral spectroscopic spectrum started steady stored studies substrates sufficiently surface syringe system systems table temperature thermal toward transients transport transported treatment tubes tuned upfield vacuum variation warmed washed whole