An Analytical Approach Towards Pulsed-SL/CEST Quantification

Keywords

acknowledge additional allows analytical applying approaches approx approximation assume assumed assuming assumptions asymmetry baden buffer cancer characterized characterizing chem chemical clinical clinically common component concentrations consider constant constants constraints contributing correction coupled decay degree delay dependent derive derived described detect determination determined determining direct directly distributions duty effective environments equations even exchange experiment experimentally explicit exploited exponential expression expressions extends feasible formula forward fraction frame frequencies frequency full fully function gave general gives in vivo instantaneous instead introducing knowledge lack lengths linear magnetization matches materials medical module modules neglecting negligible numerical offset optimize part pause peter physics pool pools predicts process protons pulse pulsed quantification rearranging recursive regime relate relating required resonating rotation saturation scanners schemes series several shape similarity simulated simulation simulations slow slower sodium solution spectra spectroscopy steady straight strong subsequent system term terms theory towards train transfer transferability transferred transient tried trust type typical validity varying water wave yield yields