Predicting ICU readmission using grouped physiological and medication trends
作者:
Highlights:
•
摘要
BackgroundPatients who are readmitted to an intensive care unit (ICU) usually have a high risk of mortality and an increased length of stay. ICU readmission risk prediction may help physicians to re-evaluate the patient’s physical conditions before patients are discharged and avoid preventable readmissions. ICU readmission prediction models are often built based on physiological variables. Intuitively, snapshot measurements, especially the last measurements, are effective predictors that are widely used by researchers. However, methods that only use snapshot measurements neglect predictive information contained in the trends of physiological and medication variables. Mean, maximum or minimum values take multiple time points into account and capture their summary statistics, however, these statistics are not able to catch the detailed picture of temporal trends. In this study, we find strong predictors with ability of capturing detailed temporal trends of variables for 30-day readmission risk and build prediction models with high accuracy.
论文关键词:ICU readmission,Risk prediction,Graph mining,Non-negative matrix factorization
论文评审过程:Received 1 December 2017, Revised 10 August 2018, Accepted 20 August 2018, Available online 10 September 2018, Version of Record 20 March 2019.
论文官网地址:https://doi.org/10.1016/j.artmed.2018.08.004