Table 3.
Summary of the studies of artificial intelligence (AI) in disease management of rheumatoid arthritis (RA), including authors, data types, methods, and main findings
Main findings | Data types | Methods | Author (Month/Year) |
---|---|---|---|
ML is being used in the field of RA to support dis- | Observational cohort | Bayes, random forests | Gossec et al.[60] (Oct. 2019) |
ease management. Applications include detecting flares based on physical activity data, predicting flares using ultrasound and blood test data, | Ultrasound images, blood test | Logistic regression, random forest, and XGBoost | Matsuo et al.[63] (May. 2022) |
extracting results from clinical notes using natural | EHRs | NLP | Humbert-Droz et al.[64] (Mar. 2023) |
language processing, and developing AI-based | |||
flare prediction systems. These approaches have the potential to improve disease monitoring in RA. | Clinical cohort | AI-powered RA clinical decision support tool | Labinsky et al.[65] (Jan. 2023) |
NLP, natural language processing; EHRs, electronic health records; XGBoost, eXtreme gradient boosting; ML, machine learning.