Difference between revisions of "Part:BBa K1499500:Experience"
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− | + | To measure the time delay created by the quorum sensing construct we used GFP as a visual reporter and measured change in fluorescence with time after induction with IPTG. After using a fluorometer to find that after 18 hours there was the greatest change in GFP expression, we used flow cytometry to quantify this change. In the graphs above it is visible that, although GFP expression was leaky, fluorescence increased 10-fold after induction with IPTG. Thus, the quorum sensing construct can be used to create an 18 hour time delay that increases expression of the gene following the luxPR promoter by an entire order of magnitude. | |
===User Reviews=== | ===User Reviews=== |
Revision as of 19:27, 2 November 2014
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Applications of BBa_K1499500
To measure the time delay created by the quorum sensing construct we used GFP as a visual reporter and measured change in fluorescence with time after induction with IPTG. After using a fluorometer to find that after 18 hours there was the greatest change in GFP expression, we used flow cytometry to quantify this change. In the graphs above it is visible that, although GFP expression was leaky, fluorescence increased 10-fold after induction with IPTG. Thus, the quorum sensing construct can be used to create an 18 hour time delay that increases expression of the gene following the luxPR promoter by an entire order of magnitude.
User Reviews
UNIQf7bb2e101bb24da3-partinfo-00000000-QINU UNIQf7bb2e101bb24da3-partinfo-00000001-QINU