Team:KU Seoul/Result
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:1. Synthetic Circuit - I : pSB3C5/Pars-gfp-Pznt-rfp | :1. Synthetic Circuit - I : pSB3C5/Pars-gfp-Pznt-rfp | ||
::1)Pznt-rfp | ::1)Pznt-rfp | ||
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{| style="color:Black; background-color:#ffffcc;" cellpadding="3" cellspacing="0" border="1" | {| style="color:Black; background-color:#ffffcc;" cellpadding="3" cellspacing="0" border="1" | ||
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[[Image:KU Seoul Result RFP.png]] | [[Image:KU Seoul Result RFP.png]] | ||
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+ | :This parts is producing red fluorosence based on the zinc ion level. The zinc detecting promoter can be | ||
+ | :induced beyond 1mM concentration of zinc ion. This range from 1mM to 2mM is proper to detect zinc level on | ||
+ | :the common waste water. Maybe it is required to detect the upper concentration of zinc ion in waste water that | ||
+ | :using the dilution method which dilute the level of zinc concentration. If the level curve is too rugh or not | ||
+ | :too much change according to concentraion, you need to apply dilution or concentration of sample. | ||
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+ | [[Image:cad_red.png]] | ||
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::2)Pars-gfp | ::2)Pars-gfp | ||
:Differing from zinc ion, Arsenic ion is more severe impact on the E.coli. When microbials are exposed by | :Differing from zinc ion, Arsenic ion is more severe impact on the E.coli. When microbials are exposed by |
Revision as of 10:33, 21 October 2009
Results
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