Keywords: Quantitative Imaging, Quantitative Susceptibility mapping, Reproducible ResearchWe propose the customization of a commercially-available phantom design to be used for QSM reproducibility research with long-term stability, allowing reproduction of the phantom itself commercially. The proposed phantom is based on master-dilution of Gadolinium in pure water vials, offering long-term stability, with theoretical susceptibility range chosen to match normal tissue and common pathologies in the brain. We evaluate the suitability of the phantom for QSM reproducible research for different sequences, orientation within the scanner and regularization algorithms.
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