Retrieval-Augmented Framework Reconstructs Clinical Timelines from Text and EHR Data
A research paper on arXiv (2605.15168) introduces a retrieval-augmented multimodal alignment framework that reconstructs precise clinical timelines by combining unstructured clinical narratives with structured electronic health record (EHR) data. The framework addresses the limitations of each data type: narratives lack temporal precision, while EHR data misses clinically meaningful events. The approach formulates timeline reconstruction as a graph-based multistep process, extracting anchor events from narratives to build a temporal scaffold, placing non-central events relative to this backbone, and then calibrating the timeline. This method aims to improve temporal precision for modeling patient trajectories and forecasting risk in complex conditions like sepsis.
Key facts
- Paper ID: arXiv:2605.15168
- Announce Type: cross
- Focus: reconstructing precise clinical timelines
- Combines unstructured clinical narratives and structured EHR data
- Addresses temporal precision in narratives and missing events in EHR
- Uses retrieval-augmented multimodal alignment framework
- Graph-based multistep process: anchor events, relative placement, calibration
- Application: modeling patient trajectories and risk forecasting for sepsis
Entities
Institutions
- arXiv