Difference between revisions of "Team:RHIT"

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<p> On any page, click the power button in the header in order to see some extra effects and details!</p>
 
<p> On any page, click the power button in the header in order to see some extra effects and details!</p>
  
<p> Rose-Hulman's MitochONdriOFF focuses on being able to control the cell's ability to use aerobic respiration for ATP production. We accomplish this is by creating a switch for the gene <i>MRPS12</i> which encodes a protein that is necessary for mitochondrial ribosomal function. This stops the electron transport chain and forces the cell to ferment. Our chassis, <i>S. cerevisae</i> can survive purely through fermentation, which allows us to test this process without killing the cells.</p>  
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<p> RHIT's MitochONdriOFF focuses on being able to control the cell's ability to use aerobic respiration for ATP production. We accomplish this is by creating a switch for the gene <i>MRPS12</i> which encodes a protein that is necessary for mitochondrial ribosomal function. This stops the electron transport chain and forces the cell to ferment. Our chassis, <i>S. cerevisae</i> can survive purely through fermentation, which allows us to test this process without killing the cells.</p>  
  
  

Revision as of 17:55, 11 August 2015

Welcome to Rose-Hulman's MitochONdriOFF project!

We're excited you're here! Feel free to look around, but this website is still under construction, so there are a lot of glitches. The construction of this website will end on September 18th, 2015. Thanks!

Click here to edit this page!

On any page, click the power button in the header in order to see some extra effects and details!

RHIT's MitochONdriOFF focuses on being able to control the cell's ability to use aerobic respiration for ATP production. We accomplish this is by creating a switch for the gene MRPS12 which encodes a protein that is necessary for mitochondrial ribosomal function. This stops the electron transport chain and forces the cell to ferment. Our chassis, S. cerevisae can survive purely through fermentation, which allows us to test this process without killing the cells.

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