| Literature DB >> 29107440 |
Markus Stock1, Dietmar Georg2, Alexander Ableitinger3, Andrea Zechner3, Alexander Utz3, Marta Mumot3, Gabriele Kragl3, Johannes Hopfgartner3, Joanna Gora3, Till Böhlen3, Loïc Grevillot3, Peter Kuess2, Phil Steininger4, Heinz Deutschmann4, Stanislav Vatnitsky3.
Abstract
The ratio of patients who need a treatment adaptation due to anatomical variations at least once during the treatment course is significantly higher in light ion beam therapy (LIBT) than in photon therapy. The ballistic behaviour of ion beams makes them more sensitive to changes. Hence, the delivery of LIBT has always been supported by state of art image guidance. On the contrary CBCT technology was adapted for LIBT quite late. Adaptive concepts are being implemented more frequently in photon therapy and also efficient workflows are needed for LIBT. The MedAustron Ion Beam Therapy Centre was designed to allow the clinical implementation of adaptive image-guided concepts. The aim of this paper is to describe the current status and the potential future use of the technology installed at MedAustron. Specifically addressed is the beam delivery system, the patient alignment system, the treatment planning system as well as the Record & Verify system. Finally, an outlook is given on how high quality X-ray imaging, MR image guidance, fast and automated treatment planning as well as in vivo range verification methods could be integrated.Entities:
Keywords: Adaptive; Light ion beam therapy; Radiotherapy
Mesh:
Year: 2017 PMID: 29107440 DOI: 10.1016/j.zemedi.2017.09.007
Source DB: PubMed Journal: Z Med Phys ISSN: 0939-3889 Impact factor: 4.820