B-tensor encoding enables a mapping of novel dMRI parameters such as microscopic anisotropy and tissue heterogeneity which are sensitive to elongated cell structures and heterogeneity in cell density, respectively. We applied b-tensor encoding to patients with meningioma tumors and compared the imaging findings to the histological type and grade as well as to the tumor consistency determined during surgery. Results show that microcystic/angiomatous meningiomas could be differentiated, and tumor consistency linked both to tissue heterogeneity and microscopic anisotropy and that tumor heterogeneity could provide additional contrast.
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