A Method to Automate the Discharge Summary Hospital Course for Neurology Patients
This addresses physician burnout by automating clinical documentation for neurology patients, but it is incremental as it builds on existing transformer models.
The authors tackled the problem of automating the hospital course section of discharge summaries for neurology patients to reduce physician burnout, achieving a ROUGE-2 score of 13.76 and having 62% of automated summaries rated as meeting the standard of care by physicians.
Generation of automated clinical notes have been posited as a strategy to mitigate physician burnout. In particular, an automated narrative summary of a patient's hospital stay could supplement the hospital course section of the discharge summary that inpatient physicians document in electronic health record (EHR) systems. In the current study, we developed and evaluated an automated method for summarizing the hospital course section using encoder-decoder sequence-to-sequence transformer models. We fine tuned BERT and BART models and optimized for factuality through constraining beam search, which we trained and tested using EHR data from patients admitted to the neurology unit of an academic medical center. The approach demonstrated good ROUGE scores with an R-2 of 13.76. In a blind evaluation, two board-certified physicians rated 62% of the automated summaries as meeting the standard of care, which suggests the method may be useful clinically. To our knowledge, this study is among the first to demonstrate an automated method for generating a discharge summary hospital course that approaches a quality level of what a physician would write.