Difference between revisions of "Team:UCL/Results"

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<h2> <center> IrrE to aid <i>E.coli</i> growth in lube <br>
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<h4> First we performed a control experiment in which we grew wild-type E.coli in Lube of varying concentrations to see the natural tolerance E.coli has to lube </h4>
  
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PHOTO OF MAIN GRAPH
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<p> Text describing graph like a figure </p>
  
  
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<h4> We then wanted to see the exact concentration in which the growth is affected so repeated the experiment at smaller increments </h4>
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PHOTO OF SECOND GRAPH FOR WT
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<p> Text describing graph like a figure. Error bars were not included as these were negligible at 0.0005 (0.4%). </p>
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<h2> Once the IrrE part arrived we were able to repeat the above experiment with the transformed E.coli. This enabled us to compare WT <i>E. coli</i> with that of E.coli transformed with IrrE, a gene previously submitted to the registry which is shown to improve tolerance of E.coli to salt.
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<br> 
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PHOTO OF GRAPH FOR E.COLI TRANSFORMED WITH LUBE
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<p> Text describing the graph </p>
  
 
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Revision as of 21:40, 14 October 2016

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UCL iGEM 2016 | BioSynthAge

RESULTS

see our end discussion



IrrE to aid E.coli growth in lube

First we performed a control experiment in which we grew wild-type E.coli in Lube of varying concentrations to see the natural tolerance E.coli has to lube

PHOTO OF MAIN GRAPH

Text describing graph like a figure

We then wanted to see the exact concentration in which the growth is affected so repeated the experiment at smaller increments

PHOTO OF SECOND GRAPH FOR WT

Text describing graph like a figure. Error bars were not included as these were negligible at 0.0005 (0.4%).

Once the IrrE part arrived we were able to repeat the above experiment with the transformed E.coli. This enabled us to compare WT E. coli with that of E.coli transformed with IrrE, a gene previously submitted to the registry which is shown to improve tolerance of E.coli to salt.
PHOTO OF GRAPH FOR E.COLI TRANSFORMED WITH LUBE

Text describing the graph