Using Generative Artificial Intelligence for Healthcare-Associated Infection Surveillance
Clinical Infectious Diseases, Volume 82, Issue 3Research Authors: Daniel J Morgan , Katherine E Goodman , Westyn Branch-Elliman , Erica S Shenoy , Jorge L Salinas , Makoto Jones , Sunny P Singh , Gregory M Schrank , Lisa Pineles , Shatha AlShanqeeti , Anthony D Harris , Eili KleinAIIM Authors: Kavya Vijayakumar, Ahmad IslambouliApproved by President Reda RiffiPublication Date: 11/12/2025Comprehensive Summary
This study explores how generative AI can improve healthcare-associated infection (HAI) surveillance. HAIs, such as CLABSI, CAUTI, and SSI, are common but often preventable with effective HAI tracking and surveillance. However, current surveillance methods are resource intensive, making an alternative automated surveillance with GenAI beneficial. GenAI can analyze unstructured clinical notes, extract relevant infection criteria, and make diagnoses. The study proposes three levels of implementation, assistive where AI extracts information for human review, semi automated where AI diagnoses with human confirmation, and fully automated where AI makes final decisions. These approaches could improve efficiency and consistency in surveillance, however some challenges include bias in training the data and accuracy.
Outcomes and Implications
This study examines the implementation of GenAI in automating healthcare-associated infection surveillance, improving HAI prevention.
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