Team:Tuebingen/Notebook/Journal

From 2013.igem.org

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     <a href="#"><img src="https://static.igem.org/mediawiki/2013/5/54/TueSmallReceptor.PNG"></a>
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     <p><b>Receptor</b>: For simplification we denote the membranous progestin receptors (mPR) of <i>Danio rerio</i> and <i>Xenopus laevis</i> as "Receptor". One important property of the progestin receptor is its abilitiy to inhibit the fet3 promotor when progestin in absent. Since the Receptor serves as a sensor for progestins it is a is a very crucial element in our measurement system.</p>
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     <p><b>Receptor</b>: For simplification we denote the membranous progestin receptors (mPR) of <i>Danio rerio</i> and <i>Xenopus laevis</i> as "Receptor". One important property of the progestin receptor is its abilitiy to inhibit the FET3 gene promoter when progestin binds to the receptor. Since the Receptor serves as a sensor for progestins it is a very crucial element in our measurement system.</p>
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     <p><b>Inverter</b>: The progestin receptors inhibit the promotor fet3 (Pfet3) when progestin is present in the cell's medium. In order to receive a positive feedback when progestin is detected we need to invert the receptor signal. Therefore we have combined Pfet3 with a repressor that represses the promotor of our reporter.  </p>
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     <p><b>Inverter</b>: The progestin receptors inhibit the promoter of the FET3 gene (Pfet3) when progestin is present in the cell's medium. In order to receive a positive feedback when progestin is detected we need to invert the receptor signal. Therefore we have combined Pfet3 with a repressor that represses the promotor of our reporter.  </p>
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     <p><b>Reporter</b>: Our aim is the construction of an easy to use measuring system. Therefore we decided to use reporters that deliver optical feedback which then can be quantified with an inexpensive photometer. Thus lacZ and luciferse serve as reporters for our measurement system.</p>
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     <p><b>Reporter</b>: Our aim is the construction of an easy-to-use measurement system. Therefore we decided to use a reporter that delivers optical feedback which then can be quantified with an inexpensive photometer. Thus luciferase (LUC) serves as a reporter for our measurement system.</p>
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<p>You can either <a href="/Team:Tuebingen/Notebook/Journal/Weekly">follow our overall progress</a> or have a look at the development of a single element over the course of the summer by clicking on its icon above.</p>
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<p>In this weekly-journal you can <a href="/Team:Tuebingen/Notebook/Journal/Weekly">follow our overall progress</a>!</p>
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Latest revision as of 02:02, 5 October 2013

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Overview: Journal

Receptor: For simplification we denote the membranous progestin receptors (mPR) of Danio rerio and Xenopus laevis as "Receptor". One important property of the progestin receptor is its abilitiy to inhibit the FET3 gene promoter when progestin binds to the receptor. Since the Receptor serves as a sensor for progestins it is a very crucial element in our measurement system.

Inverter: The progestin receptors inhibit the promoter of the FET3 gene (Pfet3) when progestin is present in the cell's medium. In order to receive a positive feedback when progestin is detected we need to invert the receptor signal. Therefore we have combined Pfet3 with a repressor that represses the promotor of our reporter.

Reporter: Our aim is the construction of an easy-to-use measurement system. Therefore we decided to use a reporter that delivers optical feedback which then can be quantified with an inexpensive photometer. Thus luciferase (LUC) serves as a reporter for our measurement system.

In this weekly-journal you can follow our overall progress!