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MIX的开发与验证:用于因果研究数据荟萃分析的综合免费软件

Development and validation of MIX: comprehensive free software for meta-analysis of causal research data.

作者信息

Bax Leon, Yu Ly-Mee, Ikeda Noriaki, Tsuruta Harukazu, Moons Karel G M

机构信息

Julius Center for Health Sciences and Primary Care, UMC Utrecht, The Netherlands.

出版信息

BMC Med Res Methodol. 2006 Oct 13;6:50. doi: 10.1186/1471-2288-6-50.

Abstract

BACKGROUND

Meta-analysis has become a well-known method for synthesis of quantitative data from previously conducted research in applied health sciences. So far, meta-analysis has been particularly useful in evaluating and comparing therapies and in assessing causes of disease. Consequently, the number of software packages that can perform meta-analysis has increased over the years. Unfortunately, it can take a substantial amount of time to get acquainted with some of these programs and most contain little or no interactive educational material. We set out to create and validate an easy-to-use and comprehensive meta-analysis package that would be simple enough programming-wise to remain available as a free download. We specifically aimed at students and researchers who are new to meta-analysis, with important parts of the development oriented towards creating internal interactive tutoring tools and designing features that would facilitate usage of the software as a companion to existing books on meta-analysis.

RESULTS

We took an unconventional approach and created a program that uses Excel as a calculation and programming platform. The main programming language was Visual Basic, as implemented in Visual Basic 6 and Visual Basic for Applications in Excel 2000 and higher. The development took approximately two years and resulted in the 'MIX' program, which can be downloaded from the program's website free of charge. Next, we set out to validate the MIX output with two major software packages as reference standards, namely STATA (metan, metabias, and metatrim) and Comprehensive Meta-Analysis Version 2. Eight meta-analyses that had been published in major journals were used as data sources. All numerical and graphical results from analyses with MIX were identical to their counterparts in STATA and CMA. The MIX program distinguishes itself from most other programs by the extensive graphical output, the click-and-go (Excel) interface, and the educational features.

CONCLUSION

The MIX program is a valid tool for performing meta-analysis and may be particularly useful in educational environments. It can be downloaded free of charge via http://www.mix-for-meta-analysis.info or http://sourceforge.net/projects/meta-analysis.

摘要

背景

荟萃分析已成为应用健康科学领域中综合先前研究定量数据的一种知名方法。到目前为止,荟萃分析在评估和比较疗法以及评估疾病病因方面特别有用。因此,多年来能够进行荟萃分析的软件包数量有所增加。不幸的是,熟悉其中一些程序可能需要大量时间,而且大多数程序几乎没有或根本没有交互式教育材料。我们着手创建并验证一个易于使用且全面的荟萃分析软件包,其编程方式要足够简单,以便能作为免费下载提供。我们特别针对刚接触荟萃分析的学生和研究人员,开发的重要部分旨在创建内部交互式辅导工具,并设计有助于将该软件用作荟萃分析现有书籍配套工具的功能。

结果

我们采用了一种非传统方法,创建了一个以Excel作为计算和编程平台的程序。主要编程语言是Visual Basic,它在Visual Basic 6以及Excel 2000及更高版本的应用程序Visual Basic中实现。开发耗时约两年,最终产生了“MIX”程序,该程序可从其网站免费下载。接下来,我们以两个主要软件包作为参考标准来验证MIX的输出结果,这两个软件包分别是STATA(metan、metabias和metatrim)以及综合荟萃分析版本2。以在主要期刊上发表的八项荟萃分析作为数据源。MIX分析得出的所有数值和图形结果与STATA和CMA中的对应结果相同。MIX程序通过广泛的图形输出、点击即用(Excel)界面以及教育功能,使其有别于大多数其他程序。

结论

MIX程序是进行荟萃分析的有效工具,在教育环境中可能特别有用。它可通过http://www.mix-for-meta-analysis.info或http://sourceforge.net/projects/meta-analysis免费下载。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/c7e2/1626481/a107a19278c3/1471-2288-6-50-1.jpg

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