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Results
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We intend to build a criticality detector and explore the potential application of it. The criticality de-tector, consisting of a light-sensing part and a negative feedback circuit, is designed to generate pulse output when the input exceeds the threshold. The binary system uses serine recombinases to record the number of pulse from the detector. The dosage control system is built to produce spe-cially designed antimicrobial peptide in a pulse manner for treating dental caries.
In the result page:
1.Photos of gel electrophoresis (confirming the successful construction of all gene circuit)
click here
2. Experiments proving the efficiency of the antimicrobial peptide
click here
3. CI binding site insertion with whole plasmid PCR
click here
Criticality Detector_Light-Sensing Part
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Results
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Results
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Results
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Results
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Results
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