Wang Lei, Descovich Martina, Wilcox Ellen E, Yang Jun, Cohen Alan B, Fuerweger Christoph, Prabhu Anand, Garrett Jeffrey A, Taylor David D, Noll Matt, Dieterich Sonja
Stanford University School of Medicine, Stanford, California, USA.
University of California San Francisco, San Francisco, California, USA.
Med Phys. 2025 Jan;52(1):45-76. doi: 10.1002/mp.17478. Epub 2024 Oct 25.
AAPM Task Group Report 135.B covers new technology components that have been added to an established radiosurgery platform and updates the components that were not well covered in the previous report. Considering the current state of the platform, this task group (TG) is a combination of a foundational task group to establish the basis for new processes/technology and an educational task group updating guidelines on the established components of the platform. Because the technology discussed in this document has a relatively small user base compared to C-arm isocentric linacs, the authors chose to emphasize the educational components to assist medical physicists who are new to the technology and have not had the opportunity to receive in-depth vendor training at the time of reading this report. The TG has developed codes of practice, introduced QA, and developed guidelines which are generally expected to become enduring practice. This report makes prescriptive recommendations as there has not been enough longitudinal experience with some of the new technical components to develop a data-based risk analysis.
美国医学物理师协会任务组报告135.B涵盖了已添加到既定放射外科平台的新技术组件,并更新了上一份报告中未充分涵盖的组件。考虑到该平台的当前状态,本任务组(TG)是一个基础任务组与一个教育任务组的组合,基础任务组为新流程/技术奠定基础,教育任务组更新该平台既定组件的指南。由于与C型臂等中心直线加速器相比,本文档中讨论的技术用户基数相对较小,作者选择强调教育组件,以帮助刚接触该技术且在阅读本报告时尚未获得深入供应商培训机会的医学物理师。该任务组制定了操作规范,引入了质量保证,并制定了通常有望成为持久做法的指南。由于一些新技术组件缺乏足够的长期经验来开展基于数据的风险分析,本报告提出了规范性建议。