1. Develop improved methods for cross-platform identification and linkage of patients |
Global unique identifier (GUID) |
Security/privacy |
2. Create central, deidentified, open access databases |
NIH -omics repositories |
Unfunded mandates, system maintenance |
3. Improve methodologies for visualization and analysis of intensively sampled data |
Continuous telemetry, fitness trackers |
File size, data storage, proprietary restrictions |
4. Develop methods to identify and standardize electronic medical record data quality |
Identification of template overuse, prevention of illogical data entry |
Evolving, unreliable history |
5. Improve and utilize natural language processing |
Leverage richness of natural language over discrete data fields |
Clinician level and regional variations |
6. Develop and utilize syndrome or complaint-based based taxonomies of disease |
Chest pain rather than gastroesophageal reflux disease |
Billing tied to diagnosis codes |
7. Develop a practical and ethical framework to leverage electronic systems for controlled trials |
Patient level or site clustered randomization |
Overreliance on statistical modeling and inference |
8. Explore technologies to help enable clinical trials in the emergency setting |
National database of preencounter consent |
Practical framework, time sensitivity |
9. Train emergency care clinicians in data science and data scientists in emergency care medicine |
K08, K23, and K24 mechanisms |
Dissociation of clinical practicalities from data analysis |