Team:Exeter

From 2012.igem.org

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       <p>The iterative design cycle allows scientists and engineers to continually adapt and take advantage of  
       <p>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.</p>
       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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Revision as of 21:32, 26 September 2012

ExiGEM2012 Homepage

Find out more about the Wellcome Trust

 

Find out how to donate to the Exeter University Annual Fund

 

Find out about the Nuffield Foundation

 

Visit the DNA 2.0 Shop

 

Visit the DNA 2.0 Shop

 

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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