MetaReviewer: An Online, Easy-To-Use Program for Conducting Systematic Reviews and Meta-Analyses

Image
Female researchers collaborating

Conducting a systematic review and meta-analysis is time-consuming, tedious, and labor intensive. The process requires research staff to find information from every study included in the systematic review and put that information in a database or spreadsheet. To assist with the process, researchers often turn to proprietary software, but existing programs are expensive or lack important features. To address this need, we developed a free, easy-to-use, collaborative software program called MetaReviewer.

The goal of MetaReviewer is to assist researchers in the process of conducting a systematic review and/or meta-analysis. The current version of MetaReviewer—in the Beta testing phase—does this by helping research staff to:

  • develop a codebook for their project;
  • link multiple study citations together;
  • conduct comprehensive and consistent coding;
  • identify correct effect size data; and
  • export data in a ready-to-use format for quantitative synthesis.

MetaReviewer also has several project management functions that can assist researchers who are leading a systematic review. Most importantly, all members of a research team can access the synthesis project page and view progress in real-time via a web browser. Project leaders and staff never have to download software or update existing downloads. With only a few mouse clicks, a project leader can: assign staff studies to code, view coding progress, validate completed study coding, and export entered data.

If you are interested in using MetaReviewer for your ongoing project, please complete this web survey.

MetaReviewer is currently in the Beta testing phase and we need your input! Please note that the Beta testing phase will close in November 2022. We plan to officially launch MetaReviewer in the fall of 2023.

The MetaReviewer program was made possible through a grant from the National Science Foundation to AIR (EHR-2000672) and is supported by the Methods of Synthesis and Integration Center (MOSAIC) at AIR.