Why the study?
Unplanned ICU readmission is linked to poor clinical outcomes, and accurate risk prediction can optimize discharge decisions and improve patient management.
Does the ReAdmit model accurately predict the risk of early unplanned ICU readmission within 72 h compared to the SWIFT score in ICU patients?
Does the ReAdmit model accurately predict the risk of early unplanned ICU readmission within 72 h compared to the SWIFT score in ICU patients?
A machine learning model incorporating structured clinical data and radiology notes accurately predicts 72-hour ICU readmission risk, outperforming the existing SWIFT score.
Answers are grounded in this paper and cite their sources.
May enhance 72-h ICU readmission prediction over SWIFT; leaves open clinical utility pending prospective validation.
Background Unplanned ICU readmission is associated with poor clinical outcomes and is considered an important indicator of hospital care quality. Accurate prediction of readmission risk can help optimise ICU discharge decisions and improve patient management. Aim To predict the risk of ICU readmission within 72 h after discharge using structured data and radiology notes collected before ICU discharge for supporting ICU discharge decisions and transitional care management for patients at high risk of early readmission. Study Design A retrospective study was conducted using data from the MIMIC‐IV database. The ReAdmit model was developed using six categories of structured data and radiology notes. Patient data from the 24 h before ICU discharge was used for prediction. Clinical BERT was applied to process radiology notes, and the model was built using XGBoost. The model was calibrated with Isotonic Regression before validation. Subgroup analysis was conducted by age, gender and ICU type, and model performance was evaluated using AUROC and standardised readmission rate. The ReAdmit model was compared with the SWIFT score. Results Data from 30 714 ICU patients were included, with a 72‐h readmission rate of 5.97%. The best‐performing model achieved an AUROC of 0.783, outperforming models using only structured data and the SWIFT score (AUROC = 0.625). The median AUROC for subgroup analysis exceeded 0.77, and the overall standardised readmission rate was 1.103 (95% CI: 1.014–1.199). Conclusions The ReAdmit model accurately predicts ICU readmission risk within 72 h using routinely collected clinical features and radiology notes, supporting ICU discharge and care transitions. Relevance to Clinical Practice The ReAdmit model enables early identification of high‐risk patients using routine data before ICU discharge. Its clinical integration can aid safer transfer decisions, reduce preventable readmissions and guide post‐discharge care such as referrals to high‐dependency units or follow‐up clinics.
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Hu et al. (2025) studied this question.
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