Description: This effort developed technologies for rapid detection of, and response to, airborne biological and chemical agents in battlefield and key urban environments. This work supported the development of antibody-based and DNA-based detection systems in a ChemArray Chip (impedance imaging sensing system), and of data/models to predict the proper placement of real-time sensors in indoor environments for antiterrorism applications.
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ILLINOIS INSTITUTE OF TECHNOLOGY |
$2,026 |
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Public Educational Institution |
CHICAGO,
IL
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Citation
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Source:
Appropriations Report Language - Conference
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Reference:
108-622
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Location:
Line 11, Page 287
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Citation Excerpt: Rapid Detection and Response Systems for Biodefense
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