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Line 124: In 2019 a Little Linac model kit, containing 82 building blocks, was developed for children undergoing radiotherapy treatment for cancer. The hope is that building the model will alleviate some of the stress experienced by the child before undergoing treatment by helping them to understand what the treatment entails. The kit was developed by Professor David Brettle, [[Institute of Physics and Engineering in Medicine]] (IPEM) in collaboration with manufacturers Best-Lock Ltd. The model can be seen at the [[Science Museum, London]]. ~~Also,~~An MR-~~LINACs~~LINAC ~~integrate~~is ~~high-quality~~a medical linac integrated with a [[Magnetic resonance imaging]] ~~with~~scanner, ~~linear~~which ~~accelerators,~~allows ~~enabling~~for real-time imaging during treatment, as well as patient motion management, and on-table adaptive planning~~, which are increasingly being used to enhance treatment precision and streamline workflows in radiation oncology~~.<ref>{{Cite journal \|last1=Ng \|first1=John \|last2=Gregucci \|first2=Fabiana \|last3=Pennell \|first3=Ryan T. \|last4=Nagar \|first4=Himanshu \|last5=Golden \|first5=Encouse B. \|last6=Knisely \|first6=Jonathan P. S. \|last7=Sanfilippo \|first7=Nicholas J. \|last8=Formenti \|first8=Silvia C. \|date=2023-01-27 \|title=MRI-LINAC: A transformative technology in radiation oncology \|journal=Frontiers in Oncology \|volume=13 \|doi=10.3389/fonc.2023.1117874 \|doi-access=free \|issn=2234-943X \|pmc=9911688 \|pmid=36776309}}</ref> ==Application for medical isotope development==

Linear particle accelerator: Difference between revisions