Integrated Clinical Data Display for Radiology Workflow
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Solution Overview
Problem
Electronic medical records often provide a 'data dump' format, making it inefficient for specialists to find relevant clinical data during medical imaging studies, as they are typically text-based and require practitioners to switch from visual analysis equipment, leading to a low 'signal to noise' ratio and inefficient workflow.
Innovation Solution
An integrated display system that extracts relevant clinical data based on the type of medical study performed, allowing selection and presentation of pertinent information alongside medical imaging data, using adaptive learning techniques to identify frequently accessed data and preferences for future studies.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Loss of information
If electronic medical records are provided in a raw data dump format with all patient information, then complete patient medical history is available, but the signal to noise ratio of relevant data to irrelevant data becomes low and information retrieval becomes inefficient
Solution Approach 1:
The system extracts only the clinically relevant portions of patient medical records based on the imaging study context. The processor identifies and extracts specific clinical data elements (such as relevant medical history, current medications, and pertinent lab results) from the complete patient record, presenting only this extracted information to the radiologist during the imaging study review process
Solution Approach 2:
The system segments the complete patient medical record into relevant and irrelevant portions based on the imaging study type and clinical context. Different segments of the medical record are selectively presented based on their relevance to the current imaging study, allowing radiologists to access only the segmented relevant information without being overwhelmed by the entire medical history
2Loss of information
If text-based medical records are accessed via a separate application, then complete clinical data can be reviewed, but the workflow efficiency decreases as practitioners must switch from visual analysis equipment
Solution Approach 1:
The system merges the display of imaging study data and clinical data into a single integrated interface. The processor retrieves imaging study data from the imaging device and clinical data from the electronic medical record system, then combines and displays both types of data simultaneously on the same display device, allowing radiologists to review both imaging and clinical information without switching applications or devices
Solution Approach 2:
The system introduces an intermediary processing layer that bridges the imaging study data and clinical data from different systems. The processor acts as an intermediary that retrieves, correlates, and integrates data from the imaging device and electronic medical record system, presenting them in a unified format that maintains the workflow continuity while providing access to both data types
3Loss of information
If all patient medical records are displayed, then comprehensive clinical information is available, but the interface complexity and data volume become overwhelming for specialists
Solution Approach 1:
The system dynamically adjusts the displayed clinical data based on the imaging study type and relevant clinical context. The processor determines which clinical data elements are most relevant to the current imaging study and dynamically configures the display to show only those elements, adapting the information presentation to the specific clinical scenario rather than displaying static comprehensive data
Solution Approach 2:
The system applies local quality by providing different levels of data detail in different interface areas. The interface presents summarized relevant clinical information in a condensed format, with the option to access more detailed information only when needed, allowing radiologists to quickly grasp the most important clinical context without being overwhelmed by comprehensive detailed data
Data Source
AI summary
A method, apparatus and computer program product therefore provide an integrated display of clinical data. In this regard, the method, apparatus and computer program product may provide access to patient clinical data during a medical study. The relevant clinical data may be obtained from patient medical records, and displayed along with information from the medical study. An interface may be provided, allowing for selection of one or more portions of the relevant clinical data by a user. The portion of relevant clinical data associated with the particular interface element may be displayed. The method, apparatus, and computer program product may also incorporate adaptive learning techniques, monitoring user input during various study operations to identify particular relevant clinical data and/or interface elements that are selected by the user during the study.