Difference between revisions of "Team:BIT/Hardware"
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<h2>Hardware</h2> | <h2>Hardware</h2> | ||
<p> This year we focused on JACOB’s advantage of portability, efficiency and accessibility.The using of microfluidics chip achieves JACOB portability and efficiency,hardware makes JACOB roboticized, affordable and interface-friendly.Hardware,completing the conversion from fluorescence signal to electrical ones, was divided into two main functional modules:microfluidics chip and detecting system. | <p> This year we focused on JACOB’s advantage of portability, efficiency and accessibility.The using of microfluidics chip achieves JACOB portability and efficiency,hardware makes JACOB roboticized, affordable and interface-friendly.Hardware,completing the conversion from fluorescence signal to electrical ones, was divided into two main functional modules:microfluidics chip and detecting system. | ||
| − | Microfluidics chip,as the carrier of bead-aptamer complexes and E.coli, bead-aptamer complexes can detect cancer markers (AFP), microfluidics chip guaranteed the fluorescent transformation while detecting system achieved the ultimate goal of cancer early screening. | + | Microfluidics chip,as the carrier of bead-aptamer complexes and E.coli, bead-aptamer complexes can detect cancer markers (AFP), microfluidics chip guaranteed the fluorescent transformation while detecting system achieved the ultimate goal of cancer early screening. Our device is controlled via a serial screen, it achieves temperature control, two fluorescent protein detections and drives liquid in the microfluidic chip, efficient and easy to control. |
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Revision as of 21:29, 1 November 2017
Hardware
This year we focused on JACOB’s advantage of portability, efficiency and accessibility.The using of microfluidics chip achieves JACOB portability and efficiency,hardware makes JACOB roboticized, affordable and interface-friendly.Hardware,completing the conversion from fluorescence signal to electrical ones, was divided into two main functional modules:microfluidics chip and detecting system. Microfluidics chip,as the carrier of bead-aptamer complexes and E.coli, bead-aptamer complexes can detect cancer markers (AFP), microfluidics chip guaranteed the fluorescent transformation while detecting system achieved the ultimate goal of cancer early screening. Our device is controlled via a serial screen, it achieves temperature control, two fluorescent protein detections and drives liquid in the microfluidic chip, efficient and easy to control.
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