Abstract #4095
Initial Clinical Experience with a Radiation Oncology Dedicated Open 1.0T MR-Simulation
Carri K Glide-Hurst 1 , Ning Wen 1 , David Hearshen 1 , Milan Pantelic 1 , Bo Zhao 1 , Yanle Hu 2 , Tina Kunkel 1 , Kenneth Levin 1 , Benjamin Movsas 1 , Indrin J. Chetty 1 , and M. Salim Siddiqui 1
1
Henry Ford Health System, Detroit, MI,
United States,
2
Washington
University, St Louis, MO, United States
Due to its excellent soft tissue contrast, MRI is
integrated as an adjunct to computed tomography
simulation (CT-SIM) for radiotherapy (RT) treatment
planning to assist in tumor and organ at risk
delineation. Recently, dedicated MR simulation (MR-SIM)
platforms for radiation oncology have been introduced,
although paucity in the literature exists on how to
fully implement MR-SIM into the clinic. This work
describes our experience with characterizing system
performance, establishes quality assurance (QA)
programs, and sets the context for dedicated MR-SIM for
RT. We developed QA procedures and workflow necessary to
implement MR-SIM into treatment planning and demonstrate
its clinical use.
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