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Researcher
- Adam M Guss
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A method for transporting, lysing and analyzing cells in microfluidic devices. Cell lysis can be completed in less than 66 ms using the present method, compared to the several seconds it takes to perform chemical lysis.
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A method for the deposition of metals in bacterial cellulose and the utilization of the metallized cellulose in the construction of fuel cells and other electronic devices. The invention's utilization of metallized cellulose for fuel cells offers major advantages such as
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The invention is a tissue-based biosensor designed to make remote assessments of possible contamination by chemical warfare agents. The subject invention overcomes the problem of remote rapid detection of chemical warfare agents under real-world field conditions.
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A microchip designed to perform spatial confinement of a sample in two dimensions in an electric field-free region on the microchip.