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Team:UTP-Panama/Modelling
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'''By DNA ligation process we achieve our primary target, to join the two pre-existing BB and building a composite BB (BBa_k672000).'''</center> | '''By DNA ligation process we achieve our primary target, to join the two pre-existing BB and building a composite BB (BBa_k672000).'''</center> | ||
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Revision as of 01:50, 29 September 2011
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The Project DesignThe Bristol BBa_k381001 encodes an expression of GFP in response of Nitrate or Nitrites that expresses fluorescent signals upon nutrient detection, its principal application is that allows farmers to quantify soil nutrient content. The BBa_k410000 is a fusion of the HydB cold shock promoter, the OmpA a signal peptide, and AOX 1 . AOXa is a alternative oxidase found in Sacred Lotus. This is going to produce a increase of heat above ambient temperature as follow: · From 20 °C to 30 ° C the HydB promoter will express. By combining BBa_k38100 and BBa_k410000 we expected our part , the BBa_K672000 , to be able to sense nitrate and nitrites even after experiencing a cold shock at 20º C, making our BB employable in other places where the temperatures can be as low as 15º C.
Experiments |
