Team:INSA-Lyon/Project/Stage2/Results

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(Difference between revisions)
 
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<h2>Results</h2>
<h2>Results</h2>
<p>
<p>
-
<br><h3><font color="purple">Observation of the phasin-intein fusion protein (BBa_K342002)on the granule</font></h3><br><br>
+
<br><h3><font color="purple">Observation of the phasin-intein fusion protein (BBa_K342002) on the granule</font></h3><br><br>
<p>Our ligation didn't work out so we couldn't realize the observations as planned.<br/>
<p>Our ligation didn't work out so we couldn't realize the observations as planned.<br/>
We had many difficulties to add the constitutive promoter despite numerous tries.</p> <br><br>
We had many difficulties to add the constitutive promoter despite numerous tries.</p> <br><br>
Line 50: Line 50:
<p>We made a double transformation with pILI1 and 20N: The resultant bacteria synthesize the PHB drops and over synthesize the licopen.
<p>We made a double transformation with pILI1 and 20N: The resultant bacteria synthesize the PHB drops and over synthesize the licopen.
<br/><br/>
<br/><br/>
-
<p>When we had obtained the clones, we started four different series of cultures in order to analyzed the will of the lipid when the granule are produced.<br/>
+
<p>When we obtained the clones, we started four different series of cultures in order to analyze the will of the lipid when the granule are produced.<br/>
<ol id="list_extra">
<ol id="list_extra">
<li>Serie 1 : in  LB media with glucose 7% and 2,5µg of  RedNile<br/>
<li>Serie 1 : in  LB media with glucose 7% and 2,5µg of  RedNile<br/>
<ol id="list_extra">
<ol id="list_extra">
<li> pILI1 with ampiciline</li>
<li> pILI1 with ampiciline</li>
-
<li>double transformation with ampiciline</li>
+
<li>double transformation with ampicillin</li>
-
<li>double transformation with ampiciline and kanamycine</li>
+
<li>double transformation with ampicillin and kanamycin</li>
-
<li>The lipid part with kanamycine</li>
+
<li>The lipid part with kanamycin</li>
  </ol><br>
  </ol><br>
<li>Serie 2 : in  LB media with 2,5µg of RedNile<br/>
<li>Serie 2 : in  LB media with 2,5µg of RedNile<br/>
<ol id="list_extra">
<ol id="list_extra">
-
<li> pILI1 with ampiciline</li>
+
<li> pILI1 with ampicillin</li>
-
<li>double transformation with ampiciline</li>
+
<li>double transformation with ampicillin</li>
-
<li>double transformation with ampiciline and kanamycine</li>
+
<li>double transformation with ampicillin and kanamycin</li>
-
<li>The lipid part with kanamycine</li>
+
<li>The lipid part with kanamycin</li>
</ol><br>
</ol><br>
<li>Serie 3 : in  LB media with glucose 7%<br/>
<li>Serie 3 : in  LB media with glucose 7%<br/>
<ol id="list_extra">
<ol id="list_extra">
-
<li> pILI1 with ampiciline</li>
+
<li> pILI1 with ampicillin</li>
-
<li>double transformation with ampiciline and kanamycine</li>
+
<li>double transformation with ampicillin and kanamycin</li>
-
<li>The lipid part with kanamycine</li>
+
<li>The lipid part with kanamycin</li>
</ol><br>
</ol><br>
-
<li>Serie 4 : in LB media, the double transformation with ampiciline and kanamycine</li>
+
<li>Serie 4 : in LB media, the double transformation with ampicillin and kanamycin</li>
</ol><br/>
</ol><br/>

Latest revision as of 00:36, 28 October 2010




Results


Observation of the phasin-intein fusion protein (BBa_K342002) on the granule



Our ligation didn't work out so we couldn't realize the observations as planned.
We had many difficulties to add the constitutive promoter despite numerous tries.




Lipidic inclusion in the PHB drop



We made a double transformation with pILI1 and 20N: The resultant bacteria synthesize the PHB drops and over synthesize the licopen.

When we obtained the clones, we started four different series of cultures in order to analyze the will of the lipid when the granule are produced.

  1. Serie 1 : in LB media with glucose 7% and 2,5µg of RedNile
    1. pILI1 with ampiciline
    2. double transformation with ampicillin
    3. double transformation with ampicillin and kanamycin
    4. The lipid part with kanamycin

  2. Serie 2 : in LB media with 2,5µg of RedNile
    1. pILI1 with ampicillin
    2. double transformation with ampicillin
    3. double transformation with ampicillin and kanamycin
    4. The lipid part with kanamycin

  3. Serie 3 : in LB media with glucose 7%
    1. pILI1 with ampicillin
    2. double transformation with ampicillin and kanamycin
    3. The lipid part with kanamycin

  4. Serie 4 : in LB media, the double transformation with ampicillin and kanamycin

We observed a sample of each culture under fluorescence microscope. Unfortunately we couldn't see the difference between the granules and the licopen.


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