Team:KULeuven/Data
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Data page
How does E.D. Frosti work?
The first illustration is a global overview of our project in which you can see how the plasmids (and the parts) function in our system. The next illustration shows the plasmids more in detail, with the favorite new parts and the characterized pre-existing parts.
Plasmid 1 contains BBa_K584028 that enables E.D. Frosti to immediately respond to lactose and produces INP. BBa_K584027 is a precursor of BBa_K584028 with a constitutive promoter.
Plasmid 2 can contain BBa_K584026 to test the activity of AFP. Due to lack of time we could not construct a biobrick in which the pBAD promoter is linked to the AFP.
Plasmid 3 contains BBa_K584004. This is is a GFP-construct to test the activity of the HybB promoter. Due to lack of time we could not test this biobrick. We wanted to engineer a biobrick in which the ribokey is controlled by the HybB promoter. BBa_K584027 was inserted in plasmid 1 to characterize INP.