Difference between revisions of "Team:Austin UTexas/Parts"

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As a result of this year's work, the UT Austin iGEM team designed seven devices to demethylate various methylxanthines. In addition, three plasmids were designed to produce a distinct type of yellow fluorescent protein.  
 
As a result of this year's work, the UT Austin iGEM team designed seven devices to demethylate various methylxanthines. In addition, three plasmids were designed to produce a distinct type of yellow fluorescent protein.  
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Based on our flow data, we can evaluate the stability of our plasmids...
  
 
Thank you for your interest in our BioBrick parts!
 
Thank you for your interest in our BioBrick parts!
 
{{Austin_UTexas_Footer}}
 
{{Austin_UTexas_Footer}}

Revision as of 22:35, 18 September 2015


Parts

<groupparts>iGEM015 Austin_UTexas</groupparts>

As a result of this year's work, the UT Austin iGEM team designed seven devices to demethylate various methylxanthines. In addition, three plasmids were designed to produce a distinct type of yellow fluorescent protein.

Based on our flow data, we can evaluate the stability of our plasmids...

Thank you for your interest in our BioBrick parts!