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Lessons learned from implementation of a computerized application for pending tests at hospital discharge
Anuj K Dalal1, Eric G Poon, Andrew S Karson
1Division of General Medicine and Primary Care, Brigham and Women's Hospital, Boston, Massachusetts, USA. adalal1@partners.org
Physicians need better tools to manage pending test results after hospital discharge. While they value computerized systems, current applications face barriers like irrelevant results and workflow integration issues.
Area of Science:
- Health Informatics
- Patient Safety
- Clinical Workflow Management
Background:
- Poor awareness of final test results post-discharge is a significant patient safety concern.
- Limited computerized systems exist to manage test results during care transitions.
- Inpatient physicians require effective tools for managing pending test results.
Purpose of the Study:
- To implement and evaluate a computerized application for inpatient physicians to manage pending test results at hospital discharge.
- To identify physician usage, satisfaction, and barriers related to a test results management application.
- To understand physician perspectives on the ideal system for managing post-discharge test results.
Main Methods:
- Modified an ambulatory electronic medical record (EMR)-based results management application (Hospitalist Results Manager, HRM).
- Trained inpatient physicians at two academic medical centers on using the HRM application.
- Surveyed physicians on HRM usage, satisfaction, barriers, and desired features for an ideal system.
Main Results:
- Low adoption rates: 48% never used HRM, 45% used it 1-2 times/week.
- Significant barriers reported: information overload, time constraints, lack of workflow integration (79%).
- High demand for improved functionality: 72% desired notifications for abnormal/clinician-designated results; 93% saw value in an ideal system.
Conclusions:
- Inpatient physicians recognize the value of computerized systems for managing discharge test results.
- Current systems face adoption and usage barriers, including workflow integration and result relevance.
- Future electronic systems should address these barriers and incorporate desired features for optimal effectiveness.
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