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| + | A landing pad is tool used to place synthetic operons on a chromosome. We will be using two landing pads for our project: the arabinose landing pad and leucine landing pad. Both of these plasmids will replace the respective metabolic operons with any subcloned genetic elements. The leucine landing pad was constructed by a former member of the Ninfa lab, Dong Eun Chang. The arabinose landing pad was a part of our iGEM 2007 project, and was worked on by Alyssa Delke and Khalid Miri. Our reason for using these pieces is to limit the noise in our system so that hopefully we can see more sustained oscillations than previous synthetic clocks have given. | ||
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Revision as of 22:05, 12 October 2008
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Project DescriptionCircadian ClocksShort background on circadian clocks... why they're important, why they're studied, maybe who studies them... Our Project: The Sequestillatorput topology here with basic description Landing Pads [http://synthbio.engin.umich.edu/wiki/index.php/BioBrick_Landing_Pad Learn more about Landing Pads ] A landing pad is tool used to place synthetic operons on a chromosome. We will be using two landing pads for our project: the arabinose landing pad and leucine landing pad. Both of these plasmids will replace the respective metabolic operons with any subcloned genetic elements. The leucine landing pad was constructed by a former member of the Ninfa lab, Dong Eun Chang. The arabinose landing pad was a part of our iGEM 2007 project, and was worked on by Alyssa Delke and Khalid Miri. Our reason for using these pieces is to limit the noise in our system so that hopefully we can see more sustained oscillations than previous synthetic clocks have given.
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AMRIT'S CHOICE # 1:
Sequestilator ModelingIf you like the way this looks, you could put a summary of what you modeled here and then we can have a separate page for modeling, which might be a good idea. |
Sequestilator FabricationIf you like the way this looks, you could put a summary of what you built here and then we can have a separate page for fabrication, which might be a good idea. |
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AMRIT'S CHOICE # 2:
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Sequestilator ModelingIf you like this, you could either put a summary here and then have another page, or you could just put all modeling info here. It really depends on how much info you have. |
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Sequestilator FabricationIf you like this, you could either put a summary here and then have another page, or you could just put all modeling info here. It really depends on how much info you have. |
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