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[Computer-based organization and documentation in orthopedics. A 5-year experience].
Der Orthopade
|May 18, 1999
Summary
This study demonstrates that a computer-assisted system effectively manages orthopedic clinic operations and documentation. The flexible software supports surgeons and administration, improving patient data and surgical planning.
Area of Science:
- Orthopedic Surgery
- Health Informatics
- Hospital Management
Background:
- The University Hospital Homburg/Saar has utilized a computer-based system for clinical organization and surgical documentation since 1993.
- The existing system employs DOS/Windows PCs within a Novell network, integrating a database for patient data and specialized coding for ICD and IKPM (International Classification of Procedures in Medicine) digits.
Purpose of the Study:
- To evaluate the effectiveness of a computer-assisted system in managing orthopedic clinic operations and documentation.
- To assess the system's utility in supporting surgeons with surgical planning and record-keeping.
- To highlight the benefits of flexible software in meeting the diverse needs of surgeons and hospital administration.
Main Methods:
- Implementation of a computer-based system combining a patient data management database with a coding program for ICD and IKPM digits.
- Utilization of DOS/Windows PCs networked via Novell.
- Integration of departmental systems via an Intranet with external network and Internet connectivity.
Main Results:
- The computer-assisted system has been used for 31,500 patients and 8500 operations.
- The system proves to be an effective tool for surgeons in planning and documenting operations.
- Flexible software successfully accommodates the requirements of both surgical staff and administrative personnel.
Conclusions:
- Computer-assisted clinic management is a valuable tool in orthopedic departments.
- Flexible and integrated IT solutions enhance surgical planning, documentation, and overall hospital administration.
- The system's long-term use and extensive data handling demonstrate its efficacy and adaptability.