Team:TU-Munich/Results/KillSwitch

From 2013.igem.org

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The Kill Switch mechanism is the most complex and ambitious aspect of our project on the protein level. The DNA constructs are very large and even exceed the Part Registry´s frame (Fig. 1)
The Kill Switch mechanism is the most complex and ambitious aspect of our project on the protein level. The DNA constructs are very large and even exceed the Part Registry´s frame (Fig. 1)
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[[File:TUM13_PartsRegistryKillSwitch.png|thumb|right|300px| '''Figure 1''': Registry enry of the PhyB/PIF6 version of the Kill Switch]]
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[[File:TUM13_PartsRegistryKillSwitch.png|thumb|right|500px| '''Figure 1''': Registry enry of the PhyB/PIF6 version of the Kill Switch]]

Revision as of 20:29, 28 October 2013


Kill Switch

The Kill Switch mechanism is the most complex and ambitious aspect of our project on the protein level. The DNA constructs are very large and even exceed the Part Registry´s frame (Fig. 1)

Figure 1: Registry enry of the PhyB/PIF6 version of the Kill Switch


  • in bakkis nicht exprimiert [codon usage]
  • promotor zu stark [bild vgl prom stärken]
  • konstrukt zu groß für trafo [homologe regionen??]
  • filter nicht optimal [bild filter, ingmar @ blaulicht bench?]

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