Revision as of 21:06, 21 October 2009

Judging Comments

This year, despite our relatively ambitious project, our team achieved goals in several different areas. In addition to successfully modelling, designing, characterising and entering our sporulation tuning kinA BioBrick (BBa_K174011) in the parts registry, we improved an existing BioBrick part (BBa_K090501) rendering it tightly regulated.

Futhermore, we helped the UQ-Australia iGEM2009 team by modelling their system.
We also modelled all the components our project's system and we designed and entrered 18 other BioBrick part and device ranking from a degradation controller system to a tightly regulated metal sensing promoter.

Newcastle iGEM Twitter
[http://www.facebook.com/home.php#/group.php?gid=131709337641 Newcastle on Facebook]
[http://www.youtube.com/user/newcastle2009igem Newcastle Youtube Channel]

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 = Judging Comments =
 * This year, despite our relatively ambitious project, our team achieved goals in several different areas. In addition to successfully modelling, designing, characterising and entering our sporulation tuning kinA BioBrick (BBa_K174011) in the parts registry, we improved an existing BioBrick part (BBa_K090501) rendering it tightly regulated.
-* Futhermore, we helped the UQ-Australia iGEM2009 team by modelling their system, we modelled all the components our project's system and we designed and entrered 18 other BioBrick part and device ranking from a degradation controller system to a tightly regulated metal sensing promoter.
+<br>
+* Futhermore, we helped the UQ-Australia iGEM2009 team by modelling their system.
+* We also modelled all the components our project's system and we designed and entrered 18 other BioBrick part and device ranking from a degradation controller system to a tightly regulated metal sensing promoter.
+<br>
 *
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