首页> 外文期刊>International Journal of Radiation Oncology, Biology, Physics >Web-based submission, archive, and review of radiotherapy data for clinical quality assurance: a new paradigm.
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Web-based submission, archive, and review of radiotherapy data for clinical quality assurance: a new paradigm.

机译:基于Web的放射治疗数据提交,存档和审查,以确保临床质量:一种新的范例。

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PURPOSE: To report on the implementation of a web-based system (the Resource Center for Emerging Technologies [RCET] System) that provides immediate access to the patient radiotherapy planning and delivery data for clinical quality assurance (QA) by the experts. MATERIALS AND METHODS: An infrastructure of comprehensive tools required for preparation, submission, auto-archiving, web-based review, and retrieval of diagnostic images, treatment planning images, and radiation therapy objects has been developed. These tools represent approximately 1.1 million lines of computer code development in seven languages (V, C++, Visual Basic, Java, ASP, HTML, and SQL) and consist of a secure auto-anonymizing upload and auto-archiving patient database, a web-based secure object archiving network system, a web-based rapid review tool, a web-based upload/download tool, and a personal computer client data application for data object preparation, visualization, and submission, named NetSys. The RCET system enables users to share radiotherapy data in a secure environment. This paradigm of electronic data exchange makes remote peer review very efficient and convenient. RESULTS: The RCET system can help the radiation therapy community ensure consistent evaluation of its therapies. It will encourage proactive QA. An example of proactive clinical QA would be to provide atlases of target and critical structure definitions, to serve as class solutions, as well as dose prescription, specification, and reporting examples for guidance to the radiation oncologists in the community. The web-based clinical quality assurance is ideally suited for emerging technologies in radiation therapy that generate complex and voluminous multimodality imaging and planning data. CONCLUSIONS: The RCET system enables users to share multimodality imaging data, radiation therapy planning, and delivery data on demand. Our design paradigm will allow rapid peer review of radiotherapy data through a simple personal computer-based web browser.
机译:目的:报告基于网络的系统(新兴技术资源中心[RCET]系统)的实施情况,该系统可以立即访问患者的放射治疗计划和交付数据,以供专家进行临床质量保证(QA)。材料和方法:开发了准备,提交,自动存档,基于Web的审阅以及检索诊断图像,治疗计划图像和放射治疗对象所需的综合工具的基础结构。这些工具代表着七种语言(V,C ++,Visual Basic,Java,ASP,HTML和SQL)大约110万行计算机代码开发,包括安全的自动匿名上传和自动存档患者数据库,名为NetSys的基于Web的安全对象归档网络系统,基于Web的快速查看工具,基于Web的上载/下载工具以及用于数据对象准备,可视化和提交的个人计算机客户端数据应用程序。 RCET系统使用户可以在安全的环境中共享放射治疗数据。电子数据交换的这种范例使远程对等审阅非常有效和方便。结果:RCET系统可以帮助放射治疗界确保对其疗法进行一致的评估。这将鼓励主动进行质量检查。积极的临床质量保证的一个例子是提供目标和关键结构定义图集,用作分类解决方案,以及剂量处方,规格和报告实例,以指导社区的放射肿瘤学家。基于Web的临床质量保证非常适合放射疗法中产生复杂且大量的多模态成像和计划数据的新兴技术。结论:RCET系统使用户可以共享多模态成像数据,放射治疗计划和按需提供数据。我们的设计范例将允许通过基于个人计算机的简单Web浏览器对放疗数据进行快速的同行审查。

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