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Team:NYMU-Taipei/Modeling/MainParts
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* pLux/cIhybridpromoter(plux/cI) : when luxR/AHL exists, it will open pLux/cIhybridpromoter(plux/cI), while cI will repress the promoter. What’s more, plux/cI is cI-dominant, which means when cI exists, the hybrid promoter will be repressed whether luxR/AHL exists or not. | * pLux/cIhybridpromoter(plux/cI) : when luxR/AHL exists, it will open pLux/cIhybridpromoter(plux/cI), while cI will repress the promoter. What’s more, plux/cI is cI-dominant, which means when cI exists, the hybrid promoter will be repressed whether luxR/AHL exists or not. | ||
#Circuit regulation: | #Circuit regulation: | ||
| - | + | *Circuit condition without Nosema: | |
{{:Team:NYMU-Taipei/Footer}} | {{:Team:NYMU-Taipei/Footer}} | ||
Revision as of 18:43, 27 September 2013
Function of the parts:
- circuit regulators:
- LacIregulatedpromoter(pLac) : when LacI exists, it will bind to LacIregulatedpromoter(pLac) and represses the promoter.
- pLux/cIhybridpromoter(plux/cI) : when luxR/AHL exists, it will open pLux/cIhybridpromoter(plux/cI), while cI will repress the promoter. What’s more, plux/cI is cI-dominant, which means when cI exists, the hybrid promoter will be repressed whether luxR/AHL exists or not.
- Circuit regulation:
- Circuit condition without Nosema:
