Understanding Responsible Development in AI-Based Clinical Prediction Models for Mortality: Protocol for a Scoping Review
Riley Martens, Jessalyn K Holodinsky, Jessica Simon, Zack Marshall

TL;DR
This study aims to understand how AI-based mortality prediction models are developed and used in healthcare, focusing on ethical and responsible practices to avoid worsening health inequities.
Contribution
The study introduces a scoping review protocol guided by the responsible research and innovation framework to assess AI-based mortality models in clinical settings.
Findings
A transdisciplinary search strategy was developed to identify relevant literature on AI-based mortality prediction models.
The review will analyze how responsible development practices are integrated into model creation and application.
Results will highlight elements of model development through the lens of ethical and inclusive research practices.
Abstract
Prognostic inequity has been identified as a barrier to accessing end-of-life care for underrepresented groups. Artificial intelligence–based clinical prediction models (AIPMs) for prognostication of mortality have the potential to offer rapid, accessible, and accurate predictions that could streamline care. However, they may also exacerbate preexisting inequities in the health care system rather than address accessibility and quality. This can be caused by erroneous outputs from biased training data, outcomes from out-of-scope operationalization, and inexplicability due to opacity. The goal of this study is to synthesize peer-reviewed literature on the creation and application of AIPMs to prognosticate mortality in acute care settings for adult patients, offering new insights into responsible and ethical model development. A transdisciplinary, structured search strategy was developed…
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Taxonomy
TopicsArtificial Intelligence in Healthcare and Education · Machine Learning in Healthcare · Sepsis Diagnosis and Treatment
