Featherstone Robin, Walter Melissa, MacDougall Danielle, Morenz Eric, Bailey Sharon, Butcher Robyn, Ford Caitlyn, Loshak Hannah, Kaunelis David
Canada's Drug Agency Ottawa Ontario Canada.
Cochrane Evid Synth Methods. 2025 Sep 8;3(5):e70045. doi: 10.1002/cesm.70045. eCollection 2025 Sep.
To inform implementation recommendations for novel or emerging technologies, Research Information Services at Canada's Drug Agency conducted a multimodal research project involving a literature review, a retrospective comparative analysis, and a focus group on 3 Artificial Intelligence (AI) or automation tools for information retrieval (AI search tools): Lens.org, SpiderCite, and Microsoft Copilot. For the comparative analysis, the customary information retrieval practices used at Canada's Drug Agency served as our reference standard for comparison, and we used the eligible studies of 7 completed projects to measure tool performance. For searches conducted with our usual practice approaches and with each of the 3 tools, we calculated sensitivity/recall, number needed to read (NNR), time to search and screen, unique contributions, and the likely impact of the unique contributions on the projects' findings. Our investigation confirmed that AI search tools have inconsistent and variable performance for the range of information retrieval tasks performed at Canada's Drug Agency. Implementation recommendations from this study informed a "fit for purpose" approach where Information Specialists leverage AI search tools for specific tasks or project types.
为了为新型或新兴技术的实施建议提供信息,加拿大药品管理局的研究信息服务部门开展了一个多模式研究项目,该项目包括文献综述、回顾性对比分析,以及针对3种用于信息检索的人工智能(AI)或自动化工具(AI搜索工具)开展的焦点小组讨论,这3种工具分别是Lens.org、SpiderCite和Microsoft Copilot。在对比分析中,加拿大药品管理局使用的常规信息检索方法作为我们的比较参考标准,我们用7个已完成项目的合格研究来衡量工具性能。对于使用我们常规方法以及使用这3种工具分别进行的搜索,我们计算了敏感度/召回率、阅读所需数量(NNR)、搜索和筛选时间、独特贡献,以及这些独特贡献对项目结果可能产生的影响。我们的调查证实,对于加拿大药品管理局执行的一系列信息检索任务,AI搜索工具的性能不一致且存在变数。本研究的实施建议促成了一种“适用即目的”的方法,即信息专家利用AI搜索工具来完成特定任务或项目类型。