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Managing programs for the elderly: design of a social information systems
Health Care Financing Review
|December 7, 1983
Summary
This study presents a cost-effective health care information system for monitoring elderly and disabled programs. The Social Information System (SIS) effectively managed diverse client data for program evaluation.
Area of Science:
- Health Informatics
- Public Health Program Evaluation
- Gerontology and Disability Services
Background:
- Effective monitoring of programs for the elderly and disabled is crucial for resource allocation and quality improvement.
- Existing systems may face challenges in integrating diverse data sources for comprehensive program evaluation.
- Cost-effective information systems are needed to manage large datasets efficiently.
Purpose of the Study:
- To describe a comprehensive approach for developing a cost-effective health care information system.
- To detail the implementation of the Social Information System (SIS) for evaluating the New York State Long-Term Home Health Care Program (LTHHCP).
- To provide recommendations for optimizing client identification, data elements, access, and database structure.
Main Methods:
- Development and implementation of the Social Information System (SIS).
- Integration of client-specific data from multiple sources: claims, clinical, and programmatic records.
- Data collection from client medical records, Medicare, Medicaid, and various New York State assistance programs.
Main Results:
- Successful implementation of the SIS for evaluating the LTHHCP.
- Demonstrated capability to collect and organize large volumes of diverse client data.
- Identification of key data elements and structural considerations for health information systems.
Conclusions:
- The Social Information System (SIS) offers a viable, cost-effective solution for monitoring health care programs for vulnerable populations.
- Comprehensive data integration is essential for robust program evaluation.
- Standardized approaches to client identification, data elements, and database structure enhance system utility.