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Table 3 Examples of how AI can address IS challenges in health systems and public health settings

From: Leveraging artificial intelligence to advance implementation science: potential opportunities and cautions

IS challenge

AI example

Speed

NLP was used for qualitative analysis coding and compared to a traditional, non-AI-enhanced approach. The authors found that NLP can identify major themes, but that traditional approaches were best at identifying more nuanced details [33]

AI-enhanced chatbots were designed to identify and address barriers to chronic medication adherence with messages tailored to patient characteristics and needs [34]

Sustainability

Case study showed how AI can improve data analysis and improve the efficiency of clinical processes and, thereby, improve sustainability [35]

Equity

AI-enhanced chatbots were created to provide culturally relevant education and support for new mothers and to address health disparities [36]

Demonstrates how AI can be used to identify ongoing clinical trials that historically underrepresented patients are eligible for [37]

Generalizability

AI was applied to social media data to identify adverse events and public sentiment associated with immunizations in a large and heterogeneous population [38]

Assessing context and context-outcome relationships

AI was used to identify contextual reasons for clinician non-adherence to guideline-recommended practices, including identification of previously unrecognized issues [38]

AI was used to predict coronary artery disease and quantify death risk using electronic health records and genetic data [38]

Assessing causality and mechanisms

Describes how AI was used to create actionable and individualized causal treatment effect predictions for patients with Alzheimer’s disease [39]

  1. AI = artificial intelligence, IS = implementation science, NLP = natural language processing