Immobilizing and positioning patients for radiotherapy
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Factors Affecting Isocenter Displacement and Planning Target Volume Margin for Patients With Rectal Cancer Receiving Radiation Therapy
2022, Advances in Radiation OncologyCitation Excerpt :Most pelvic RT setup error studies include a diversity of diseases; however, we believe that each one warrants a dedicated study due to different setups, types of patients, and disease factors. For patients with rectal cancer, immobilization devices widely used for the sake of reproducibility and decreasing irradiated bowel volume failed to reduce setup errors and affected the needed PTV margin.20-22 Also, the increasing trend of using VMAT for those cases mandates examining the isocenter displacement and the recommended PTV margin precisely.
A narrative literature review examining cancer treatment issues for patients living with intellectual disabilities
2018, European Journal of Oncology NursingCitation Excerpt :It does not directly explore or address cancer treatment barriers in people with ID. Standard procedure for radiotherapy is to lie still on a couch for consecutive days lasting for potentially weeks (Verhey, 1995). This can be potentially stressful for people with ID.
Effect of image registration on 3D absorbed dose calculations in <sup>177</sup>Lu-DOTATOC peptide receptor radionuclide therapy
2018, Physica MedicaCitation Excerpt :When dealing with sequential functional imaging, the misalignment of sequential scans is a critical aspect, by which the global accuracy of the dosimetry calculations can be strongly affected. Misregistration errors can derive from changes in patient repositioning, organ deformation, tumour progression/regression between different scans and respiratory motion, as reported also by some critical works related to PET/CT diagnostics [8] and external beam radiotherapy [9,10]. Whatever the source of these errors, they are likely to lead to a poor estimation of organ absorbed doses at the voxel level, and consequently to a sub-optimal treatment plan and to an erroneous prediction of MRT treatment response.
Comparison of a new immobilization method using a reusable 3-point fixation cylinder system and bite-block type immobilization methods in veterinary radiotherapy
2024, Veterinary Radiology and Ultrasound