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复杂放射治疗临床试验计划数据的详细回顾与分析:SWAN软件系统的评估及初步经验

Detailed review and analysis of complex radiotherapy clinical trial planning data: evaluation and initial experience with the SWAN software system.

作者信息

Ebert Martin A, Haworth Annette, Kearvell Rachel, Hooton Ben, Coleman Rhonda, Spry Nigel, Bydder Sean, Joseph David

机构信息

Department of Radiation Oncology, Sir Charles Gairdner Hospital, WA, Australia.

出版信息

Radiother Oncol. 2008 Feb;86(2):200-10. doi: 10.1016/j.radonc.2007.11.013.

Abstract

AIM

Contemporary radiotherapy clinical trials typically require complex three-dimensional (3D) treatment planning. This produces large amounts of data relating technique and dose delivery for correlation with patient outcomes. Assessment of the quality of this information is required to ensure protocol compliance, to quantify the variation in treatments given to patients and to enhance the power of studies to determine correlates of patient outcomes.

MATERIALS AND METHODS

A software system ('SWAN') was developed to facilitate the objective analysis, quality-assurance and review of digital treatment planning data from multi-centre radiotherapy trials. The utility of this system was assessed on the basis of its functionality and our experience of its use in the context of multi-centre clinical trials and trials-support activities.

RESULTS

The SWAN system has been shown to have the functionality required for use in several multi-centre trials, including automated review and archive processes. Approximately 800 treatment plans from over 30 participating institutions have so far been assessed with the system for several treatment planning scenarios. To illustrate this we include a description of the use of the system for a large-recruitment prostate radiotherapy trial being undertaken in Australasia, including examples of how the review process has changed clinical practice.

CONCLUSION

The successful implementation of SWAN has been demonstrated in a number of clinical trials. The software provides an opportunity for comprehensive review of treatment parameters that could impact on clinical outcomes and trial results. Such quality-assurance (QA) has previously been difficult or impossible to achieve, particularly for a clinical trial involving large numbers of patients. Such reviews have highlighted inconsistencies in clinical practice that have since been addressed through feedback from the review process. The process of data collection and review should be undertaken by dedicated, experienced and skilled staff in order to ensure efficiency.

摘要

目的

当代放射治疗临床试验通常需要复杂的三维(3D)治疗计划。这会产生大量与技术和剂量输送相关的数据,以便与患者预后进行关联。需要评估这些信息的质量,以确保方案合规性,量化给予患者的治疗差异,并增强研究确定患者预后相关因素的能力。

材料与方法

开发了一个软件系统(“SWAN”),以促进对多中心放射治疗试验的数字治疗计划数据进行客观分析、质量保证和审查。根据该系统的功能以及我们在多中心临床试验和试验支持活动中使用它的经验,对其效用进行了评估。

结果

SWAN系统已被证明具有用于多个多中心试验所需的功能,包括自动审查和存档流程。到目前为止,该系统已对来自30多个参与机构的约800个治疗计划进行了评估,涉及多种治疗计划方案。为说明这一点,我们描述了该系统在澳大利亚和新西兰正在进行的一项大型前列腺癌放射治疗试验中的使用情况,包括审查过程如何改变临床实践的示例。

结论

SWAN已在多项临床试验中成功实施。该软件为全面审查可能影响临床结果和试验结果的治疗参数提供了机会。这种质量保证(QA)以前很难或无法实现,特别是对于涉及大量患者的临床试验。此类审查突出了临床实践中的不一致之处,此后已通过审查过程的反馈得到解决。数据收集和审查过程应由专业、经验丰富和技术熟练的人员进行,以确保效率。

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