Team:St Andrews/Parts

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<p class="lead">St Andrews iGEM ’12 has successfully produced eight BioBricks.</p>
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<p>Five of these BioBricks are fully characterised and functional. Three of these characterised BioBricks recreate the ω-3 synthesis pathway, and two more part prove that small metal binding peptides can be successfully tagged onto the end of GST, affording a protein that can bind metal at both ends.
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The BioBricks that remain to be characterised are involved in the scavenging of both precious and toxic metals from the environment.</p>
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I HAVE NO REGRETS ABOUT NOT CLOSING THE TAGS
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Latest revision as of 22:11, 26 September 2012

St Andrews iGEM '12

Biobricks


St Andrews iGEM ’12 has successfully produced eight BioBricks.

Five of these BioBricks are fully characterised and functional. Three of these characterised BioBricks recreate the ω-3 synthesis pathway, and two more part prove that small metal binding peptides can be successfully tagged onto the end of GST, affording a protein that can bind metal at both ends. The BioBricks that remain to be characterised are involved in the scavenging of both precious and toxic metals from the environment.


<groupparts>iGEM012 St_Andrews</groupparts>


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