Team:St Andrews/Parts

From 2012.igem.org

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<h2>St Andrews iGEM ’12 has successfully produced eight BioBricks.</h2>
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<lead>St Andrews iGEM ’12 has successfully produced eight BioBricks.</lead>
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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.
<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.
The BioBricks that remain to be characterised are involved in the scavenging of both precious and toxic metals from the environment.</p>
The BioBricks that remain to be characterised are involved in the scavenging of both precious and toxic metals from the environment.</p>

Revision as of 22:11, 26 September 2012

Biobricks


<lead>St Andrews iGEM ’12 has successfully produced eight BioBricks.</lead>

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>