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Computerized disease profiling using GPS-linked multi-function sensor cartridges.

Daniel Lorence¹, Joseph Wu

¹Center for Technology Assessment, State College, PA, USA. danlor467@yahoo.com

Journal of Medical Systems

|June 14, 2011

Summary

This review proposes smart sensor technology for rapid, multi-analyte detection in public health. Integrated with mobile devices, it enables geocoded disease surveillance and alerts for epidemic detection.

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Area of Science:

Biomedical Engineering
Public Health Technology
Sensor Technology

Background:

Public health monitoring requires robust analyte detection systems for identifying diseases, toxins, cells, and bacteria in various solutions.
Current single-analyte sensors are insufficient for rapid screening of multiple clinical components, hindering timely epidemic detection and confirmatory testing.
There is a critical need for geocoded data collection and alerting systems linked to disease identification in public health surveillance.

Purpose of the Study:

To propose a novel technology model for integrated disease identification and public health monitoring.
To highlight the importance of smart sensors for discriminating multiple analytes in clinical and environmental samples.
To introduce a system combining multi-sensor cartridges with GPS-enabled mobile devices for real-time public health data.

Main Methods:

Review of emerging systems-based technologies for multi-analyte detection.
Integration of multi-sensor cartridges with mobile phone devices.
Incorporation of GPS capabilities and alerting functionalities for public health data collection.

Main Results:

A proposed model utilizing combined emerging technologies for enhanced disease identification.
Demonstration of the potential for rapid screening of multiple clinical components.
Facilitation of immediate geocoded data collection and alert capabilities for public health emergencies.

Conclusions:

The proposed integrated system offers a promising approach for advanced public health monitoring and disease surveillance.
Smart sensors and mobile technology integration can significantly improve the speed and scope of epidemic detection.
This technology review outlines a pathway towards more responsive and data-driven public health interventions.