Endy:F2620/Figures: Difference between revisions

Revision as of 11:17, 12 September 2006

Figure 1 - Average time evolution of the transfer curve of F2620 on pSB3k3 in MG1655. The surface shown is the mean of 6 clones. With +10min offset axis
Figure 2 - Transfer functions of F2620 responding to 8 different input molecules. Standard deviation errors. The error bars should probably be converted into +/-95% confidence intervals.
Figure 5 - T9002-pSB3k3 plasmid map (taken from T9002-pSB3k3.gb)
Figure 6 - Performance of T9002 over time under low and high input conditions. Inset shows the full T9002 device and the mutant version that took over the population after 74 doublings. The filled black arrows indicate the homologus regions (each 183bp).

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 Image:Sersurfav10.png | Figure 1 - Average time evolution of the transfer curve of F2620 on pSB3k3 in MG1655.  The surface shown is the mean of 6 clones.  With +10min offset axis
 Image:Transfer.png | Figure 2 - Transfer functions of F2620 responding to 8 different input molecules. Standard deviation errors.  The error bars should probably be converted into +/-95% confidence intervals.
-Image:StabilityMutantFigure.001.png | Figure 4 - Schematic of T9002 and the T9002 mutant.  Solid black arrows indicate the two 143bp homologous regions in T9002.
 Image:T9002-pSB3k3-VNTI.jpg | Figure 5 - T9002-pSB3k3 plasmid map (taken from T9002-pSB3k3.gb)
-Image:BC-Stability-1.png | Figure 6 - Performance of T9002 over time under low and high input conditions.  Inset shows the full T9002 device and the mutant version that took over the population after 74 doublings.  The black arrows indicate the homologus regions (each 183bp).
+Image:BC-Stability-1.png | Figure 6 - Performance of T9002 over time under low and high input conditions.  Inset shows the full T9002 device and the mutant version that took over the population after 74 doublings.  The filled black arrows indicate the homologus regions (each 183bp).
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