SAGES: Software Tools for Disease Surveillance
Author Information
Author(s): Sheri L. Lewis, Brian H. Feighner, Wayne A. Loschen, Richard A. Wojcik, Joseph F. Skora, Jacqueline Coberly, David L. Blazes
Primary Institution: The Johns Hopkins University Applied Physics Laboratory
Hypothesis
Can modular software tools improve electronic disease surveillance in resource-limited settings?
Conclusion
The SAGES tools can enhance disease surveillance capabilities in resource-limited environments.
Supporting Evidence
- SAGES tools are designed to be flexible and modular for various surveillance needs.
- Pilot testing in Peru and the Philippines showed successful adaptation of SMS protocols for data collection.
- The tools aim to improve compliance with international health regulations.
Takeaway
SAGES is a set of free software tools that helps countries with fewer resources track diseases better.
Methodology
The study involved developing and testing modular software tools for disease surveillance.
Potential Biases
The open-source nature may lead to unverified software modifications.
Limitations
Challenges include ensuring software interoperability and finding local champions for implementation.
Participant Demographics
The study involved pilot activities in Peru and the Philippines.
Digital Object Identifier (DOI)
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