Difference between revisions of "Part:BBa K1686046:Experience"

(Applications of BBa_K1686046)
(Applications of BBa_K1686046)
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         <p class="reference" align ="center"> <b> Figure 6: Quantitative analysis of purified Curdlan with aniline blue</b> </p>
 
         <p class="reference" align ="center"> <b> Figure 6: Quantitative analysis of purified Curdlan with aniline blue</b> </p>
  
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  <p align="justify"> &#x2192; Now, thanks to a statistic test, we can conclude that Curdlan production is doubled in LB medium compared to M63 medium. </p>
 
  <p align="justify"> &#x2192; Now, thanks to a statistic test, we can conclude that Curdlan production is doubled in LB medium compared to M63 medium. </p>

Revision as of 08:50, 17 September 2015

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Applications of BBa_K1686046

   

We produced some Curdlan compared to non transformed strain of DH5α. We analyzed data with a student test to prove our results are significant. The theoretical concentration obtained in the Control condition corresponds to the non significant measure (background signal).
N.B. We realized these figures by doing the average of all production results in each medium.

       
800px-BordeauxTeam_Mix_LB_and_M63_resultsV3.png

Figure 5: Quantitative analysis of purified Curdlan with aniline blue

→ Each medium can be used for the Curdlan production. But, we can’t compare these two results and say that produced Curdlan quantity is higher in LB than in M63 medium because productions are not realized at the same time in these cases.

In following results, we have studied production in M63 and LB media started at the same time.

       
Bordeaux_Team_LB_and_M63_resultsV2.png

Figure 6: Quantitative analysis of purified Curdlan with aniline blue


→ Now, thanks to a statistic test, we can conclude that Curdlan production is doubled in LB medium compared to M63 medium.

LB medium has an unknown glucose concentration contained in yeast extract whereas in M63 medium we have controled this parameter. We suppose that LB glucose concentration is higher than in the second medium. That will be explain the difference between these two conditions.

However, compared to Saccharomyces cerevisiae, our results are very low: about 10 to 20µg/mL for Bacteria to 100µg/mL for Yeast.

We have tried some optimization protocols but without success.

               

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