A quality assurance study was conducted to validate an automated CBCT- plan registration method utilising the Digital Imaging and Communications in Medicine (DICOM) Structure Set (RS) and Spatial Registration (RE) files created during online image-guided radiotherapy (IGRT). These methods rely on fiducial marker (FM) placement during CBCT acquisition or the image mid-point to localise the image isocentre. Time-consuming manual methods have been required to register cone-beam computed tomography (CBCT) images with plans in the Pinnacle( 3) treatment planning system in order to replicate delivered treatments for adaptive radiotherapy. Hargrave, Catriona Mason, Nicole Guidi, Robyn Miller, Julie-Anne Becker, Jillian Moores, Matthew Mengersen, Kerrie Poulsen, Michael Harden, Fiona Automated replication of cone beam CT-guided treatments in the Pinnacle( 3) treatment planning system for adaptive radiotherapy.
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