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Magnetic resonance (MR) image (MRI) guided radiation therapy (MRgRT) confers superior daily soft-tissue target visualization for many anatomic sites compared with traditional computed tomography (CT)–based radiation therapy and is increasingly used to manage inter- and intrafraction motion in a variety of cancer diagnoses.1,2 There is growing evidence that MRgRT may be used to improve the dosimetric therapeutic index of radiation treatment through improved daily setup accuracy, the opportunity for daily online plan adaptation, and real-time cine MRI tumor motion tracking with beam gating.
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Henke et al. (2019) studied this question.
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