Published on:
8 February 2024
Primary Category:
Machine Learning
Paper Authors:
Thomas A. Lasko,
John M. Still,
Thomas Z. Li,
Marco Barbero Mota,
William W. Stead,
Eric V. Strobl,
Bennett A. Landman,
Fabien Maldonado
Presents unsupervised method to discover precise disease patterns in EHR data
Uses probabilistic independence to separate multiple overlapping disease signals
Applied to 269K records and 9.2K variables, infers 2K interpretable disease patterns
Patterns include recognizable pictures of rare conditions
Patterns gave better lung cancer prediction and explanation than original variables
Discovery of clinical disease patterns from patient data
This paper presents a method to identify precise patterns of clinical disease from electronic health records, without supervision. It uses the principle of probabilistic independence to separate multiple overlapping disease signals present in patient data. Applying the method to 269,099 records with 9,195 variables, it produced 2,000 interpretable patterns of disease, including recognizable rare conditions. The patterns gave better prediction and explanation of lung cancer status for 13,252 patients than using original variables.
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