BMJ · 2015 · 301 citations · 31 references
ComputingBiostatisticsHealth InformaticsClinical InformaticsComputational PhenotypingElectronic Health RecordsClinical Natural Language ProcessingDisease PhenotypingElectronic Health Record AnalyticsElectronic Health Record PhenotypingNatural Language Processing For PhenotypingTranslational BioinformaticsAutomatic PhenotypingComputational Phenotyping AlgorithmsElectronic Medical RecordsNatural Language Processing PhenotypingPhenotype AlgorithmsPhenotype ExtractionPhenotype MiningPhenotyping From Clinical Notes
Electronic medical records are emerging as a major source of data for clinical and translational research studies, although phenotypes of interest need to be accurately defined first. This article provides an overview of how to develop a phenotype algorithm from electronic medical records, incorporating modern informatics and biostatistics methods.
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