Health Data for Linguistic Minority Group Research in Canada: Proof-of-Concept Centralized Health Care Metadata Repository Development and Usability Study.

IF 4 Q1 HEALTH CARE SCIENCES & SERVICES
JMIR infodemiology Pub Date : 2026-02-09 DOI:10.2196/77242
Vincent Martin-Schreiber, Cayden Peixoto, Ricardo Batista, Christopher Belanger, Peter Tanuseputro, Amy T Hsu, Lise M Bjerre
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Abstract

Background: Language barriers between Canadian patients and health care providers are associated with poorer health outcomes, including decreased patient safety and quality of care, misdiagnosis and longer treatment initiation times, and increased mortality. However, research exploring language as a social determinant of health is limited, as Canadian health data are scattered across many jurisdictions, each with its own policies and procedures. This fragmentation makes it difficult for researchers to identify, locate, and use existing data. This paper presents the results of a pilot study that attempts to address this gap by creating a metadata repository (MDR) to act as a central source of information about what data are available at which data holdings across Canada.

Objective: This project aimed to (1) create a proof-of-concept MDR for Canadian health data at the variable level; (2) identify and label language-related variables existing within the MDR data; and (3) develop an interactive, public-facing web application to let users browse and search the MDR.

Methods: Metadata were collected from 5 Canadian health data sources, including 4 provincial data holdings and 1 national survey, and pooled to create a data repository. Then, we performed bottom-up labeling of language-related variables within the pooled metadata by first using a search string algorithm across all variable labels, names, and definitions and then consensus screening these variables using a derived, standardized definition of language or linguistic variables. Using the Shiny web framework in R, we then developed an openly accessible web application to allow users to search the proof-of-concept MDR.

Results: A total of 850,343 variables were collected and included in the repository, with most coming from Ontario (n=712,037, 83.7%) and Manitoba (n=97,051, 11.4%) provincial data holdings. Among all variables in the repository, 213,696 (25.1%) were confirmed to be language related.

Conclusions: Developing a national MDR would be a transformative opportunity for Canadian researchers to leverage the full scope of Canadian health administrative data. Although a top-down approach with consistent engagement of and collaboration between provincial data holdings and federal data agencies is ideal to develop a national MDR, this study demonstrates the feasibility of a bottom-up approach in contributing to this overarching goal.

语言少数群体研究的健康数据:为加拿大开发概念验证的集中式医疗保健元数据存储库。
背景:加拿大患者和提供者之间的语言障碍与较差的健康结果相关,包括患者安全性和护理质量下降、误诊和开始治疗时间延长以及死亡率增加。然而,探索语言作为健康的社会决定因素的研究是有限的,因为加拿大的健康数据分散在许多司法管辖区,每个司法管辖区都有自己的政策和程序,这使得研究人员难以识别、定位和使用现有数据。本文介绍了一项试点研究的结果,该研究试图通过创建一个元数据存储库(MDR)来解决这一差距,该存储库作为关于加拿大各地哪些数据持有哪些数据可用的信息的中心来源。目标:本项目有几个目标:1)为可变级别的加拿大卫生数据创建概念验证元数据存储库。2)识别和标记加拿大健康数据MDR中存在的语言相关变量。3)开发一个面向公众的交互式web应用程序,让用户可以浏览和搜索MDR。方法:从五个加拿大卫生数据源收集元数据,包括四个省级数据库和一个国家调查,并汇总创建一个数据存储库。然后,我们首先在所有变量标签、名称和定义中使用搜索字符串算法,然后使用派生的、标准化的语言/语言变量定义对这些变量进行共识筛选,从而对池元数据中与语言相关的变量进行自下而上的标记。然后,我们使用R中的Shiny web框架开发了一个开放访问的web应用程序(healthdataditionary .ca),允许用户搜索概念验证MDR。结果:共有n=850,343个变量被收集并纳入存储库,其中大部分来自安大略省(n=712,037; 83.7%)和马尼托巴省(n=97,051; 11.5%)的省级数据库。在库中所有变量中,有n=213,696(25.1%)被确认为语言相关变量。结论:开发国家元数据存储库将是加拿大研究人员充分利用加拿大卫生行政数据的变革性机会。虽然自上而下的方法与省级数据持有和联邦数据机构之间的持续参与和合作是制定国家MDR的理想方法,但本研究表明,自下而上的方法在促进实现这一总体目标方面是可行的。临床试验:
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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CiteScore
4.80
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