Difference between revisions of "Team:UCL/Results"

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<center> <img src = "https://static.igem.org/mediawiki/2016/6/63/T--UCL--swirl.png" width="190" height="90"  style="margin-Top:-150px"  > </center>
 
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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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<p><img src="https://static.igem.org/mediawiki/2016/d/d2/UCL_dataLUBE_WTwitherror.png" style="width:900px;height:600px"> </p>
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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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<img src="https://static.igem.org/mediawiki/2016/1/11/UCL_LubeWTsmallerincrements.png" style="width:800px;height:400px">
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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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<img src="https://static.igem.org/mediawiki/2016/c/c2/UCL_dataLUBE_IrrE.png">
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<p> Text describing the graph </p>
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                     <div class="col-md-10 col-md-offset-1 ess-template-general animate-box"><h2> <center> GOLD MEDAL: IrrE BioBrick for lubricant  </center> </h2>
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<center> <img src = "https://static.igem.org/mediawiki/2016/3/36/T--UCL--irregraph.png"> </center>
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<center> <p> Diagram to show different growth of wild type E.coli vs. IrrE E.coli in 40% Lubricant 60% LB using Absorbance at 600nm </p> </center>
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                         <h4> From the data shown in the graph above it clearly shown that the E.Coli transformed with IrrE grows better in the 40%Lubricant/60%LB solution in direct comparison with the Wild type E.Coli, which hardly grew at all. This data thus suggests that with the IrrE the E.Coli is better adapted to living in, which would allow further studies being conducted on the maximum concentration of Lubricant it can be grown in. Furthermore once that has been determined the pathogen detecting aspect of the concept can be realised.
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Thus overall this experiment has allowed us to show that IrrE increases the growth of the E. Coli in the Superdrug Lubricant containing: purified water, glycerine, Carbopol 940, Triethanolamine and Sodium Butyl Paraben. This supports the previous experiments that concluded that IrrE allows for better growth in saline conditions[iv], except this time in Superdrug Lubricant. </h4>
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<h4> For further conceptualisation and experimentation it should be taken into consideration that within a commercialisable product the bacteria will not be under ideal growth conditions and the nutrients will be a limiting factor, especially when considering that the lubricant concentration will have to be a lot higher than in this experiment.</h4>
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Revision as of 19:16, 19 October 2016

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UCL iGEM 2016 | BioSynthAge

RESULTS

see our end discussion





GOLD MEDAL: IrrE BioBrick for lubricant


Diagram to show different growth of wild type E.coli vs. IrrE E.coli in 40% Lubricant 60% LB using Absorbance at 600nm


From the data shown in the graph above it clearly shown that the E.Coli transformed with IrrE grows better in the 40%Lubricant/60%LB solution in direct comparison with the Wild type E.Coli, which hardly grew at all. This data thus suggests that with the IrrE the E.Coli is better adapted to living in, which would allow further studies being conducted on the maximum concentration of Lubricant it can be grown in. Furthermore once that has been determined the pathogen detecting aspect of the concept can be realised. Thus overall this experiment has allowed us to show that IrrE increases the growth of the E. Coli in the Superdrug Lubricant containing: purified water, glycerine, Carbopol 940, Triethanolamine and Sodium Butyl Paraben. This supports the previous experiments that concluded that IrrE allows for better growth in saline conditions[iv], except this time in Superdrug Lubricant.


For further conceptualisation and experimentation it should be taken into consideration that within a commercialisable product the bacteria will not be under ideal growth conditions and the nutrients will be a limiting factor, especially when considering that the lubricant concentration will have to be a lot higher than in this experiment.