Team:KAIST-Korea/Proposal2

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<center><span style =font-size:20px><font face="Maiandra GD"> Necessity </font></span></center>
<center><span style =font-size:20px><font face="Maiandra GD"> Necessity </font></span></center>
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# &nbsp;&nbsp;&nbsp;Even in the absence of an inducer, genes introduced via a vector are translated into proteins. This is termed leaky expression.
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# Even in the absence of an inducer, genes introduced via a vector are translated into proteins. This is termed leaky expression.
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# &nbsp;&nbsp;&nbsp;These proteins draw energy reserved for cell's metabolism.
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# These proteins draw energy reserved for cell's metabolism.
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# &nbsp;&nbsp;&nbsp;Hence, life times of cells decrease.
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# Hence, life times of cells decrease.
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# &nbsp;&nbsp;&nbsp;Attach a sigma factor to a zinc finger and anchor the fusion protein in the T7 promoter region.
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# Attach a sigma factor to a zinc finger and anchor the fusion protein in the T7 promoter region.
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# &nbsp;&nbsp;&nbsp;RNA polymerase bound for the promoter are coaxed to bound to the fusion protein.
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# RNA polymerase bound for the promoter are coaxed to bound to the fusion protein.
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# &nbsp;&nbsp;&nbsp;Less RNA polymerase binds to the promoter, therefore, and hence leaky expression decreases.
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# Less RNA polymerase binds to the promoter, therefore, and hence leaky expression decreases.
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<b><center><span style =font-size:40px><font face="Maiandra GD"> Thank you! </font></span></center></b>
<b><center><span style =font-size:40px><font face="Maiandra GD"> Thank you! </font></span></center></b>
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# &nbsp;&nbsp;&nbsp;DNA polymerase that synthesizes a new DNA strand in an organism.
 

Latest revision as of 12:50, 25 April 2011



Proposal 2









Necessity


  1. Even in the absence of an inducer, genes introduced via a vector are translated into proteins. This is termed leaky expression.
  2. These proteins draw energy reserved for cell's metabolism.
  3. Hence, life times of cells decrease.



Approach



  1. Attach a sigma factor to a zinc finger and anchor the fusion protein in the T7 promoter region.
  2. RNA polymerase bound for the promoter are coaxed to bound to the fusion protein.
  3. Less RNA polymerase binds to the promoter, therefore, and hence leaky expression decreases.





Thank you!
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