Team:Paris Bettencourt/Experiments/tRNA diffusion
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==Results== | ==Results== | ||
- | We managed to characterize the tRNA biobrick by taking pictures of two constructs described in the following. | + | We managed to characterize the tRNA biobrick by taking pictures under microscopy of the two constructs described in the following. |
===GFP amber=== | ===GFP amber=== | ||
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===GFP amber with tRNA amber induced by IPTG=== | ===GFP amber with tRNA amber induced by IPTG=== | ||
The last result is given by testing the full construct with IPTG induced cells. Each cell glows with a very weak variability and the luminance is significant. | The last result is given by testing the full construct with IPTG induced cells. Each cell glows with a very weak variability and the luminance is significant. | ||
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==Characterization of the tRNA biobrick== | ==Characterization of the tRNA biobrick== |
Revision as of 22:06, 21 September 2011
Contents |
Results
We managed to characterize the tRNA biobrick by taking pictures under microscopy of the two constructs described in the following.
GFP amber
One of our strains contains only GFP amber, without the tRNA corresponding. In this situation cells do not glow. This obervation constitutes a reliable negative control.
GFP amber with tRNA amber
The second strain contains the full construct and the production of tRNA is tuned by PHyperspank which is activated by IPTG. In order to make a negative control we plated them without inducing with IPTG. In this situation cells glows with a lower intensity than with the previous construct. We can also notice that some of the cells strongly leak.
GFP amber with tRNA amber induced by IPTG
The last result is given by testing the full construct with IPTG induced cells. Each cell glows with a very weak variability and the luminance is significant.
Characterization of the tRNA biobrick