IGEM:IMPERIAL/2007/Projects/Experimental Design/Improve Methodology/Results1: Difference between revisions

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The second bar chart shows how the amount of fluorescence changed for different concentrations of GFP and different volumes of mineral oil. Similarly to the results for paraffin oil, the fluorescence seems to differ more and more between samples with verying amounts of oil in.
The second bar chart shows how the amount of fluorescence changed for different concentrations of GFP and different volumes of mineral oil. Similarly to the results for paraffin oil, the fluorescence seems to differ more and more between samples with verying amounts of oil in.


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Comparing the results for the two kinds of oils used, it can be seen that paraffin oil is better oil to use as the samples with paraffin oil have fluorescence closer to the controls, for all concentrations of GFP, compared to those with mineral oil.
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{| border="2" style="background:#ABCDEF;" align=center
{| border="2" style="background:#ABCDEF;" align=center
| [[Media:IC_2007_Mineral_oil.xls|Complete set of results and raw data]]
| [[Media:IC_2007_Mineral_oil.xls|Complete set of results and raw data]]
|}
|}

Revision as of 09:00, 12 September 2007


Results Summary

Test For How Oil Affects Fluorescence

This was an initial test to see whether having a layer of oil on top of the samples has an affect on the fluorometer reading or not. Paraffin and mineral oil were tested in this experiment with different concentrations of GFP.

The bar chart on the left shows how the amount of fluorescence changed for different concentrations of GFP, as well as different volumes of paraffin oil being put in. The negative control in this test was the GFP without any oil in it. For the concentration 1 of GFP, there is very little difference in the fluorescence recorded for the different volumes of paraffin oil. But as the concentration of GFP is increased, the difference in fluorescence increases between the samples. It can be seen from the chart that 10µl is the optimum volume of paraffin oil for fluorescence reading, as it gives a reading nearest to the control.


The second bar chart shows how the amount of fluorescence changed for different concentrations of GFP and different volumes of mineral oil. Similarly to the results for paraffin oil, the fluorescence seems to differ more and more between samples with verying amounts of oil in.


Comparing the results for the two kinds of oils used, it can be seen that paraffin oil is better oil to use as the samples with paraffin oil have fluorescence closer to the controls, for all concentrations of GFP, compared to those with mineral oil.

Complete set of results and raw data