Team:INSA-Lyon/Purpose

From 2014.igem.org

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Our team contacted a number of experts in order to think about what problems caused by nickel could be found in society. This step led us to a feasible and useful project. We are thankful for the technical and scientific information given by : </br> </br>
Our team contacted a number of experts in order to think about what problems caused by nickel could be found in society. This step led us to a feasible and useful project. We are thankful for the technical and scientific information given by : </br> </br>
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– Michèle OTTMANN, virologist (P3 et P4) associate professor of Biosecurity at the University Lyon I. </br>  
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– Michèle OTTMANN, virologist (P3 et P4) associate professor of Biosecurity at the University Lyon I. </br>  
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– Lydie NEMAUSAT, assignment manager at FRAPNA-Rhône, water treatment plant of Pierre Benite. [http://www.frapnarhone.org/ lydie.nemausat@frapna.org]</br>
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– Lydie NEMAUSAT, assignment manager at FRAPNA-Rhône, water treatment plant of Pierre Benite. ([http://www.frapnarhone.org] / lydie.nemausat@frapna.org)</br>
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– Adeline KISSANE, water quality manager in Grand Lyon. </br>
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– Adeline KISSANE, water quality manager in Grand Lyon. </br>
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– Marc BOOGAERTS, health executive in the dialysis center at Clinic of Tonkin, Villeurbanne. </br>
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– Marc BOOGAERTS, health executive in the dialysis center at Clinic of Tonkin, Villeurbanne. </br>
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– Baptiste LAUBIE, associate professor, LRGP, Université of Lorraine (CNRS 7274).</br></br>
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– Baptiste LAUBIE, associate professor, LRGP, Université of Lorraine (CNRS 7274).</br></br>
Our project concerns environmental, industrial, health, social and humanitarian aspects.</p></br></br> </div>
Our project concerns environmental, industrial, health, social and humanitarian aspects.</p></br></br> </div>

Revision as of 03:14, 18 October 2014

Curly'on - IGEM 2014 INSA-LYON


Our Human Practice includes an original approach of social sciences and design. First, we'll go through a detailed explanation of the means and ends of our project and how it fits the actual research on water decontamination. Secondly, the project is presented in a creative and inspiring way through a true sci-fi literature master piece. As a finishing touch, we designed and created a 3D-printed prototype that will be used in Boston for pedagogical purposes and hopefully explain in an original way what we did at the wet lab.


  • Heavy metals, environmental and health issues


  • CurLy'on in 2030?


  • Prototype