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Radiation-induced injury can damage normal tissues caused by unintentional exposure to ionizing radiation. Image-based evaluation of tissue damage by irradiation has an advantage for the early assessment of therapeutic effects. This study aims to non-invasively evaluate tissue response following radiation therapy in phantoms and in vivo mouse brains at 3T and 9.4T MRI scanner. Due to changes in ionic strength in tissue after radiation, magnetic resonance (MR)-based electrical properties tomography could be a suitable imaging tool to assess the radiation therapy response on biological tissues.
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Katoch et al. (2024) studied this question.
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