Team:Bielefeld-Germany/SinceRegionals

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===Engineering Optimization===
===Engineering Optimization===
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*<p align="justify">We have tried to improve our MFC with better characterization. Therefore we introduced a reference electrode in the cathode chamber of our MFC.</p>  
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*<p align="justify">We have tried to improve our MFC with better characterization. Therefore we introduced a [https://2013.igem.org/Team:Bielefeld-Germany/Project/MFC#The_Fuel_Cell_Generation_three_plus reference electrode] in the cathode chamber of our MFC.</p>  
*<p align="justify">To illustrate the application we [https://2013.igem.org/Team:Bielefeld-Germany/Media#Pictures 3D printed a car], which should be powered by our MFC.</p>
*<p align="justify">To illustrate the application we [https://2013.igem.org/Team:Bielefeld-Germany/Media#Pictures 3D printed a car], which should be powered by our MFC.</p>
*<p align="justify">In order to assess the effectiveness of our system in a better way, different [https://2013.igem.org/Team:Bielefeld-Germany/Project/MFC_Efficiency efficiencies and ratios] were calculated.</p>
*<p align="justify">In order to assess the effectiveness of our system in a better way, different [https://2013.igem.org/Team:Bielefeld-Germany/Project/MFC_Efficiency efficiencies and ratios] were calculated.</p>

Revision as of 16:22, 28 October 2013



Since Regionals


Overview

Since the European Jamboree in Lyon we have been busy and continued working on our project. We managed to create serveral devices by different combinations of the mediator producing parts and the outer membrane porin, did some modelling on the maximal yield of glycerol as a carbon source and conducted additional measurements with our MFC. We even printed a car that should be powered by our MFC.


Genetic Optimization


  • We constructed new devices by combination of the mediator producing parts (riboflavin synthesis gene cluster and glycerol dehydrogenase) with the outer membrane porin OprF.

    1. <bbpart>BBa_K1172566</bbpart> - OprF and GldA (Coding): Combination of the outer membrane porin OprF (<bbpart>BBa_K1172501</bbpart>) and the glycerol dehydrogenase GldA (<bbpart>BBa_K1172201</bbpart>).

    2. <bbpart>BBa_K1172577</bbpart> - OprF and GldA (Coding): Combination of the outer membrane porin OprF (<bbpart>BBa_K1172502</bbpart>) and the glycerol dehydrogenase GldA (<bbpart>BBa_K1172201</bbpart>) under control of T7 promoter.

    3. <bbpart>BBa_K1172588</bbpart> - OprF and Riboflavin synthesis gene cluster (Coding): Combination of the outer membrane porin OprF (<bbpart>BBa_K1172501</bbpart>) and Riboflavin synthesis gene cluster (BBa_K1172303).

    4. <bbpart>BBa_K1172599</bbpart> - OprF and Riboflavin synthesis gene cluster (Coding): Combination of the outer membrane porin OprF (<bbpart>BBa_K1172502</bbpart>) and the Riboflavin synthesis gene cluster (BBa_K1172303) under control of T7 promoter.


Engineering Optimization

  • We have tried to improve our MFC with better characterization. Therefore we introduced a reference electrode in the cathode chamber of our MFC.

  • To illustrate the application we 3D printed a car, which should be powered by our MFC.

  • In order to assess the effectiveness of our system in a better way, different efficiencies and ratios were calculated.


Human Practice










Contents