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Population stratification for prediction of mortality in post-AKI patients

Flavio S. Correa da Silva, Simon Sawhney

TL;DR

Predictive models specialised in different categories of patients can increase accuracy of predictions in AKI, and some results following this approach are presented.

Abstract

Acute kidney injury (AKI) is a serious clinical condition that affects up to 20% of hospitalised patients. AKI is associated with short term unplanned hospital readmission and post-discharge mortality risk. Patient risk and healthcare expenditures can be minimised by followup planning grounded on predictive models and machine learning. Since AKI is multi-factorial, predictive models specialised in different categories of patients can increase accuracy of predictions. In the present article we present some results following this approach.

Population stratification for prediction of mortality in post-AKI patients

TL;DR

Predictive models specialised in different categories of patients can increase accuracy of predictions in AKI, and some results following this approach are presented.

Abstract

Acute kidney injury (AKI) is a serious clinical condition that affects up to 20% of hospitalised patients. AKI is associated with short term unplanned hospital readmission and post-discharge mortality risk. Patient risk and healthcare expenditures can be minimised by followup planning grounded on predictive models and machine learning. Since AKI is multi-factorial, predictive models specialised in different categories of patients can increase accuracy of predictions. In the present article we present some results following this approach.

Paper Structure

This paper contains 6 sections, 13 figures, 2 tables.

Figures (13)

  • Figure 1: Circularity in optimised stratification of patients in groups
  • Figure 2: Implementation execution workflow
  • Figure 3: Decision diagrams -- synthetic data set
  • Figure 4: Decision diagrams -- G-DaSH data set
  • Figure 5: Group based gender distribution
  • ...and 8 more figures