Table 3. Example articles from each category and the description of their categorization process.
Category | Title of article in category | Description of categorization |
---|---|---|
Adverse events | A long-term follow-up evaluation of EHR prescribing safety | Article discusses the analysis of prescription error rates when transitioning between EHRs. Information retrieval for this study required data derivation from a chart review |
Clinician cognitive processes | A novel use of the discrete templated notes within an EHR software to monitor resident supervision | This article discusses the specific documentation of resident procedures outside formal procedures allowing monitoring of resident training and potentially cognitive reasoning behind procedures |
Data standards creation and data communication | A methodology for a minimum dataset for rare diseases to support national centers of excellence for health care and research | Specifically discusses standard data elements that could be used for rare diseases for epidemiology studies |
Genomics | An EHR-driven algorithm to identify incident antidepressant medication users | Discusses a pharmacogenomics platform that focuses on harvesting this type of data for CDS and reporting. The article specifically deals with genomic data for CDS |
Medication list data capture | Creating a scalable clinical pharmacogenomics service with automated interpretation and medical record result integration—experience from a pediatric tertiary care facility | Discusses the design an algorithm for derivation of antidepressant users from the EHR data. Indicates missing information on patient medication lists |
Patient preferences | An information model for automated assessment of concordance between advance care preferences and care delivered near the end of life | Discusses storage of advance care preference (a patient preference) information in the EHR in an easier-to-retrieve format |
Patient-reported data | Assessing older adults' perceptions of sensor data and designing visual displays for ambient environments | Studies the perceptions of elderly patients toward the use of in-home sensors for the collection of medical data (patient-reported due to sensor collection directly from the sensors). Addresses the collection of this information |
Phenotyping | A collaborative approach to developing an EHR-phenotyping algorithm for drug-induced liver injury | Discusses the creation of a phenotyping algorithm designed to identify patients in the EHR with drug-induced liver injury |
Abbreviations: CDS, clinical decision support; EHR, electronic health record.
Note: Each article's content is described in relation to the reason that it fits in the category (i.e., why it was placed in the category listed).