Difference between revisions of "Team:DTU-Denmark/molecular toolbox"

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                         <h1>Molecular toolbox<p class="lead"><i>Yarrowia Lipolytica</i> constitutes a great platform utilizing waste streams. In order to unlock the potential of <i>Y. Lipolytica</i>, we developed a molecular toolbox allowing us to efficiently engineering <i>Y. Lipolytica</i>. In this section we present the theory and results of the development of a BioBrick backbone and CRISPR tools for <i>Y. Lipolytica</i></p></h1>
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                         <h1>Molecular toolbox<p class="lead">In the substrate section we established that <i>Yarrowia Lipolytica</i> constitutes a great platform utilizing waste streams. In order to unlock the potential of <i>Y. Lipolytica</i>, we developed a molecular toolbox allowing us to efficiently engineering <i>Y. Lipolytica</i>. In this section we present the theory and results of the development of a BioBrick backbone and CRISPR tools for <i>Y. Lipolytica</i></p></h1>
 
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Molecular toolbox

In the substrate section we established that Yarrowia Lipolytica constitutes a great platform utilizing waste streams. In order to unlock the potential of Y. Lipolytica, we developed a molecular toolbox allowing us to efficiently engineering Y. Lipolytica. In this section we present the theory and results of the development of a BioBrick backbone and CRISPR tools for Y. Lipolytica


Section 1

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Section 2

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Section 2.1

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Section 2.3

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Section 3

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  • FIND US AT:
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  • DTU BIOBUILDERS
  • DENMARK
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