Contribution of Tissue Perfusion to the CEST Effect from Creatine in Skeletal Muscle

Keywords

activity addition affect amide amplitude another appreciably approved around arterial asymmetry blood board body bottom calculating calf catalyzing chem chemical coil concentration concentrations confound content contribute control correct corrected correction coupled cuff decay decrease decreased deflation detect dual duration durations energy enhancement equate equation equivalent exchange exchanging exercise exercised exhibits expected experiment fair feasibility fitted flash flow functional functions hyperemia hypothesized immediately included indicating indirectly induced induction inflation inhomogeneities institutional integral intensity inversion john knee label labeling larger leads maintain mapping maps matrix measured minutes motion muscle muscles negligible nonlinear notable occlusion optical pairwise peak percent perfused perfusion phosphates planar plantar plays post potential properties protocol proton protons pulse pulses radiology reaction reactive readout receive recovery related release relevant resolution rest returns review saturation scanner secured skeletal slice slower spectra spin spins studies superior surface systems temporal thigh throughout tightly tissue trust unaffected utilized validate vessels vital volunteer water whole windowed