Team:Exeter

From 2012.igem.org

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       <p>The idea of the polysaccharide iterative design cycle is to create a cycle that allow scientists and engineers to continually adapt polysaccharides and take advantage of  
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       <p>The iterative design cycle allows scientists and engineers to continually adapt and take advantage of  
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       what has already been learnt. The concept involves:</p>
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       what has already been learnt. This project, e-candi, investigates whether synthetic biology can provide a platform technology to revolutionise polysaccharide research, allowing rapid biosynthesis of designer polysaccharides and the implementation of such a design cycle.</p>
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      <li>Design: The design of the polysaccharide</li>
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      <li>Build: The assembly of the polysaccharide</li>
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      <li>Data: Characterising, testing and recording data on the polysaccharide</li>
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      <li>Feedback: Feeding back all this data into the design cycle so it can be used by others in the future continually updating our knowledge.</li>
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      <p>By incorporating this engineering cycle, all disciplines of science and maths can understand and use our technology to produce and analyse polysaccharides. We believe this
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      is the crux of our technology platform and is truely synthetic biology.</p>
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Revision as of 21:30, 26 September 2012

ExiGEM2012 Homepage

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Additional Generous Funding From:

  • Prof. Rob Beardmore
  • Prof. Murray Grant
  • Prof. Ken Haynes
  • Prof. John Love

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    		e-candi: The Story   |   Results at a Glance   |   Build Your Own Polysaccharide

    The iterative design cycle allows scientists and engineers to continually adapt and take advantage of what has already been learnt. This project, e-candi, investigates whether synthetic biology can provide a platform technology to revolutionise polysaccharide research, allowing rapid biosynthesis of designer polysaccharides and the implementation of such a design cycle.
     
    		 

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