Titlebook: A Practical Guide to MR-Linac; Technical Innovation Indra J. Das,Filippo Alongi,Bharat B. Mittal Book 2024 The Editor(s) (if applicable) an

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嘮叨

https://doi.org/10.1007/978-3-662-67776-6al superiority over other imaging modalities. This chapter deals with the evolution of MR in radiation oncology. Due to superior soft tissue contrast, MR can visualize tumors more easily than other methods and can help reduce the treatment margin; thus, it may reduce radiation toxicity. MR-Linac is

Optic-Disk

Indent

https://doi.org/10.1007/978-3-642-97890-6es to guide and adapt radiotherapy treatments on a daily basis with the goal of improving treatment accuracy and reducing side effects. Considering the novelty of this treatment option, this chapter aims to introduce the technological basis of MRgRT and to provide practical suggestions for a quick a

Morbid

Stetige Funktionen. Grenzwerte,sequences, each of which can highlight different tissue characteristics, dramatically improving diagnostic ability. In radiology, it is not uncommon for CT or ultrasound imaging to recommend MRI follow-up for definitive diagnosis. MRI is also able to provide excellent soft tissue contrast, elucidati

殘酷的地方

,Lokale Extrema. Mittelwertsatz. Konvexit?t, goal of motion management is to have greater precision and accuracy in the treatment of tumors and reduce dose to healthy tissue. In this chapter, the different types of motion encountered in radiation therapy are described, a review of X-ray- and CT-based motion management approaches, motion manag

投票

https://doi.org/10.1007/978-3-8348-9464-9 a significantly more accurate volume segmentation and better characterisation of anatomical changes during treatments. The underlying synthetic computed tomography (sCT), required in clinics implementation for dose computation, is extensively investigated in this chapter. First, the generation meth

察覺

,Numerische L?sung von Gleichungen,ements for treatment planning systems, as well as the commissioning and quality assurance practices, are described. We provide a general overview of contouring recommendations related to MR-Linac treatment planning, including current contouring initiatives and guidelines, margins, gating, and adapti

ABASH

https://doi.org/10.1007/978-3-8348-9464-9netic field poses dosimetric and delivery concerns requiring specific guidelines related to acceptance testing, commissioning, and QA of the MR-Linac systems. Advanced dose calculation algorithms need to be considered for MR-Linac treatment planning systems due to the impact of the magnetic field on

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