Team:INSA Toulouse/contenu/lab practice/results/red sensor

From 2013.igem.org

(Difference between revisions)
(Created page with "{{:Team:INSA_Toulouse/template/header}} {{:Team:INSA_Toulouse/template/sidebar}} <!--Contenu*/ /**********/--> <html> <!--- open Sans : fonnt Google: --> <link href='htt...")
Line 153: Line 153:
   <h1 class="title1">Results</h1>
   <h1 class="title1">Results</h1>
    
    
-
   <h2 class="title2">Characterizations</h2>
+
   <h2 class="title2">Red Light Sensor Characterization</h2>

Revision as of 18:57, 3 October 2013

logo


Results

Red Light Sensor Characterization

XOR1

In vitro

Description des conditions d'expérimentation



In vitro recombinase characterization protocol


Back to the top



In vivo

Description des conditions d'expérimentation



In vitro recombinase characterization protocol


Back to the top



AND1

In vitro

Description des conditions d'expérimentation



In vitro recombinase characterization protocol


Back to the top



In vivo

Description des conditions d'expérimentation



In vitro recombinase characterization protocol


Back to the top



Red Light Sensor

In vitro

Description des conditions d'expérimentation



In vitro recombinase characterization protocol


Back to the top



In vivo

Description des conditions d'expérimentation



In vitro recombinase characterization protocol


Back to the top



Blue Light Sensor

In vitro

Description des conditions d'expérimentation



In vitro recombinase characterization protocol


Back to the top



In vivo

Description des conditions d'expérimentation



In vitro recombinase characterization protocol


Back to the top



Pol T7

In vitro

Description des conditions d'expérimentation



In vitro recombinase characterization protocol


Back to the top



In vivo

Description des conditions d'expérimentation



In vitro recombinase characterization protocol


Back to the top



General inductor

In vivo

The couple TetR-pTet system construction is a first step to characterize the entire system. A constitutive promoter (BBa_J23116) was assemble to tetR and then assemble to pTet-rbs-RFP-term (Bba_I13521). pTet is a regulator constitutively ON that expresses the mRFP1 protein. TetR is an inducer that binds to pTet promoter and thus, represses expression the downstream system. Supply of tetracycline or its analog aTc (anhydrotetracycline) is known to bind to tetR and invert the operation (inhibits expression of mRFP in this case).

After 18 hours, clones containing this assembly (BBa_J23116-TetR-pTet-RFP) show a leaky basal expression of mRFP. We suppose that the promoter was too weak to express TetR in large quantity. Assembly of a stronger promoter could improve the system and lock the response to an ON/OFF response.

Besides, an experience was done to analyze the effect of the aTc inducer. Result show a visible induction of the red fluorescent protein expression by addition of aTC (60 ng/mL).



Back to the top