Team:Michigan

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= '''<font color=royalblue size=6>The Toluene Terminator</font>''' =
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<font color=royalblue size=6>The Toluene</font>
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<font color=royalblue size=6>Terminator</font>
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==<B><font size=4>Investigating Toluene Remediation In-Situ</font></B>==  
==<B><font size=4>Investigating Toluene Remediation In-Situ</font></B>==  
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Toluene is a toxic substance used in petrol, paint, paint-thinners and adhesives and through spills and improper disposal, toluene has contaminated soil and ground water environments.  Using microorganisms to clean up toluene contaminated sites can be an effective and economical way of mineralizing the pollution into water and carbon dioxide before it can spread throughout the environment.  However, microorganisms engineered to degrade toluene are not currently used for remediation due to social concerns.  They may becoming an invasive species and upset the balance of the ecosystem or they may transfer beneficial genetic material to a pathogenic strain.  We engineered the Toluene Terminator as a way to clean up the toluene pollution while addressing these concerns.  It has the capabilities of sensing and degrading toluene but this terminator will not be back. The Toluene Terminator has a suicide mechanism which helps prevent the bacteria from surviving in the absence of toluene.  </div><br>
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Toluene is a toxic substance used in petrol, paint, paint thinners and adhesives.  Through spills and improper disposal, toluene can contaminate soil and ground water environments.  Using microorganisms to clean up toluene-contaminated sites can be an effective and economical way of degrading the pollution before it can spread throughout the environment.  There is concern, however, that these non-native microorganisms may upset the balance of the ecosystem through unnatural competition or horizontal synthetic gene transfer.  We are engineering the Toluene Terminator as a way to neutralize toluene pollution while addressing these concerns.  It will have the capabilities of sensing and mineralizing the toluene into carbon dioxide and water, but this terminator will not be back. The Toluene Terminator will have a suicide mechanism which kills the bacteria in the absence of toluene.  </div><br>
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More information about our team and previous iGEM projects can be found on our team wiki: <a href="http://synthbio.engin.umich.edu/wiki/index.php/Main_Page">HERE</a>.
 
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Latest revision as of 21:41, 20 October 2009


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The Toluene

Terminator



Investigating Toluene Remediation In-Situ

Toluene is a toxic substance used in petrol, paint, paint thinners and adhesives. Through spills and improper disposal, toluene can contaminate soil and ground water environments. Using microorganisms to clean up toluene-contaminated sites can be an effective and economical way of degrading the pollution before it can spread throughout the environment. There is concern, however, that these non-native microorganisms may upset the balance of the ecosystem through unnatural competition or horizontal synthetic gene transfer. We are engineering the Toluene Terminator as a way to neutralize toluene pollution while addressing these concerns. It will have the capabilities of sensing and mineralizing the toluene into carbon dioxide and water, but this terminator will not be back. The Toluene Terminator will have a suicide mechanism which kills the bacteria in the absence of toluene.


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