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The travelling-wave MRI approach is an alternative to overcome the B1inhomogeneity at UHF MRI for human applications. More recently, this concepthas been also used with animal MR imagers. We used a parallel-plate waveguideand a bio-inspired surface coil to generate mouse images at 15.2T. Ex vivomouse images were acquired without high dielectric materials to conduct thesignal at the right frequency. These results are in very good concordance withresults obtained at 3T and 9.4T. These results show that travelling wave MRIwith high SNR can be performed with a simple waveguide.

Remote RF excitation for a small-bore MR imager at 15.2 T