In this study we present the first application of dual-echo CEST MRI technique in renal transplant recipients. Our goal was to optimize the CEST-MRI acquisition and analysis for kidney graft imaging at 3T, which remains technically challenging and volatile due to large B0 inhomogeneity and presence of fat. Strong lipid signals upfield from the water resonance may lead to erroneous CEST contrast. In this preliminary work we demonstrate that the combination of dual-echo CEST with Dixon provides effective fat signal removal, allowing for more accurate quantification of the CEST effects in the transplanted kidney.
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