符合 TG-106 标准的直线加速器数据管理系统和 MU 计算器的设计与临床实现。

Design and clinical implementation of a TG-106 compliant linear accelerator data management system and MU calculator.

机构信息

D3 Products Division, Pittsburgh, PA 15206, USA.

出版信息

J Appl Clin Med Phys. 2010 Apr 30;11(3):3212. doi: 10.1120/jacmp.v11i3.3212.

DOI:10.1120/jacmp.v11i3.3212

PMID:20717087

原文链接:https://pmc.ncbi.nlm.nih.gov/articles/PMC5720439/

Abstract

In an attempt to minimize errors and improve patient outcome in radiation therapy, a linear accelerator data management system was developed to provide radiation oncology physicists with a set of computerized tools to manage linear accelerator physics data. The entire program is written in Microsoft Visual Basic and has a user-friendly, front-end window with the following features and modules: (1) Generate, edit and approve commissioning and QA reports and other regulatory documents, (2) Configure commissioning tasks, (3) Acquire output factors, (4) Import scanned data, (5) Import PDD, TMRs and OAR tables directly from the scanning software, (6) Query physics data such as TMR, PDDs, OFs, and WFs, (7) Compare physics data to a different machine or a standard, (8) Compare physics data from the same machine (e.g. during annual calibrations), (9) Perform MU calculations on plans exported from the planning system via DICOM RT, (10) Perform TG-51 calibration, (11) Perform monthly calibration, (12) FTP physics data for purposes of remote peer review and/or inspections.

摘要

为了尽量减少放疗中的错误并改善患者的治疗效果，我们开发了一款直线加速器数据管理系统，为放射肿瘤物理学家提供了一套计算机工具，用于管理直线加速器物理数据。整个程序是用 Microsoft Visual Basic 编写的，具有用户友好的前端窗口，具有以下功能和模块：（1）生成、编辑和批准调试和 QA 报告及其他法规文件，（2）配置调试任务，（3）获取输出因子，（4）导入扫描数据，（5）直接从扫描软件导入 PDD、TMR 和 OAR 表，（6）查询物理数据，如 TMR、PDDs、OFs 和 WFs，（7）将物理数据与另一台机器或标准进行比较，（8）将同一台机器（如年度校准期间）的物理数据进行比较，（9）通过 DICOM RT 从计划系统导出计划，进行 MU 计算，（10）进行 TG-51 校准，（11）进行每月校准，（12）通过 FTP 将物理数据用于远程同行审查和/或检查。