Development of a high-throughput microfluidic integrated microarray for the detection of chimeric bioweapons.
Description:
The advancement of DNA cloning has significantly augmented the potential threat of a focused bioweapon assault, such as a terrorist attack. With current DNA cloning techniques, toxin genes from the most dangerous (but environmentally labile) bacterial or viral organism can now be selected and inserted into robust organism to produce an infinite number of deadly chimeric bioweapons. In order to neutralize such a threat, accurate detection of the expressed toxin genes, rather than classification …
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Date:
October 1, 2006
Creator:
Sheppod, Timothy; Satterfield, Brent; Hukari, Kyle W.; West, Jason A. A. & Hux, Gary A.
Item Type:
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Partner:
UNT Libraries Government Documents Department