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Radiology quality and performance metrics on the Web: a management information and communications tool
S E Seltzer1, P Kelly, G M Deibel
1Department of Radiology, Harvard Medical School and Brigham and Women's Hospital, Boston, MA 02115, USA.
Academic Radiology
|November 23, 2000
Summary
This study shows that using the World Wide Web is a feasible way to share important radiology quality and performance metrics with hospital management. Web-based tools effectively collect and distribute key departmental data to a broad audience.
Area of Science:
- Radiology Informatics
- Healthcare Management
- Web-based Technology Applications
Background:
- Effective communication of quality and performance metrics is crucial for healthcare management.
- Traditional methods for data dissemination can be inefficient and lack accessibility.
- There is a need for streamlined approaches to share radiology operational data.
Purpose of the Study:
- To demonstrate the feasibility of utilizing the World Wide Web for communicating radiology quality and performance metrics.
- To provide departmental and hospital management with accessible performance data.
- To establish a system for efficient data sharing.
Main Methods:
- Data from various sources including report turnaround, appointment access, patient and physician satisfaction, and financial performance were collected.
- Data were standardized and condensed for electronic display in an information-dense format.
- A series of graphic materials, including a summary 'spiderweb chart,' were developed for a single website.
Main Results:
- A user-friendly website was created to display key radiology performance metrics.
- A 'spiderweb chart' effectively visualized the achievement percentage for 12 operational parameters.
- Graphic performance materials were distributed monthly to management via email.
Conclusions:
- Simple web-based technology facilitates the collection of critical departmental performance data.
- This approach enables efficient dissemination of performance data to a wide audience.
- The study confirms the feasibility and utility of web-based platforms for radiology performance monitoring.