Team:Valencia Biocampus/Results2
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<tr><td><b>Figure 1.</b> Fluorescence intensity (FI) normalized by the optical density of the<br> culture (OD) for differents amounts of glucose present in the medium.<br><br> | <tr><td><b>Figure 1.</b> Fluorescence intensity (FI) normalized by the optical density of the<br> culture (OD) for differents amounts of glucose present in the medium.<br><br> | ||
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<tr><td><b>Figure 2.</b> Fluorescence intensity (FI) normalized by the optical density of the<br> culture (OD) for differents amounts of glucose in a medium supplemented with <br>3 g/L galactose.<br><br> | <tr><td><b>Figure 2.</b> Fluorescence intensity (FI) normalized by the optical density of the<br> culture (OD) for differents amounts of glucose in a medium supplemented with <br>3 g/L galactose.<br><br> | ||
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Revision as of 15:13, 25 September 2012
Talking to yeast
How long have you been fermenting?
In order to quantify cell growth and normalize fluorescence, the DO at 600 nm of each sample was measured. Fluorescence intensity was measured at an excitation wavelength of 493 nm and an emission wavelength of 505 nm.
Figure 1 shows expression of ZsGreen1 in our transformed yeast –and not in non-transformed yeast– in YPRE broth, that is, in presence of ethanol when glucose is absent. Figure 2 shows intracellular expression of our protein.
Further experiments are required for a better characterization of our constructions, in which we are already working, but cannot be shown
Figure 1. Fluorescence intensity (FI) normalized by the optical density of the culture (OD) for differents amounts of glucose present in the medium. |
Figure 2. Fluorescence intensity (FI) normalized by the optical density of the culture (OD) for differents amounts of glucose in a medium supplemented with 3 g/L galactose. |