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Research Article: Developing an ethical framework-guided instrument for assessing bias in EHR-based Big Data studies: a research protocol

Date Published: 2023-08-17

Abstract:
Introduction The emergence of Big Data health research has exponentially advanced the fields of medicine and public health but has also faced many ethical challenges. One of most worrying but still under-researched aspects of the ethical issues is the risk of potential biases in data sets (eg, electronic health records (EHR) data) as well as in the data curation and acquisition cycles. This study aims to develop, refine and pilot test an ethical framework-guided instrument for assessing bias in Big Data research using EHR data sets. Methods and analysis Ethical analysis and instrument development (ie, the EHR bias assessment guideline) will be implemented through an iterative process composed of literature/policy review, content analysis and interdisciplinary dialogues and discussion. The ethical framework and EHR bias assessment guideline will be iteratively refined and integrated with preliminary summaries of results in a way that informs subsequent research. We will engage data curators, end-user researchers, healthcare workers and patient representatives throughout all iterative cycles using various formats including in-depth interviews of key stakeholders, panel discussions and charrette workshops. The developed EHR bias assessment guideline will be pilot tested in an existing National Institutes of Health (NIH) funded Big Data HIV project (R01AI164947). Ethics and dissemination The study was approved by Institutional Review Boards at the University of South Carolina (Pro00122501). Informed consent will be provided by the participants in the in-depth interviews. Study findings will be disseminated with key stakeholders, presented at relevant workshops and academic conferences, and published in peer-reviewed journals.

Introduction:
The emergence of Big Data health research, characterised by tremendously large electronic health records (EHR) data sets and computational technologies such as artificial intelligence (AI) and machine learning (ML), 1 has exponentially advanced the fields of medicine and public health by making possible a better understanding regarding social determinants of health; discovering novel treatments; and mapping the underlying mechanisms, markers and progression of disease. 2–6 While widely used in diagnosis, clinical…

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