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We imported the data from ''luciferase assay'' in Matlab and then we interpolated them usic a cubic spline. | We imported the data from ''luciferase assay'' in Matlab and then we interpolated them usic a cubic spline. | ||
Thanks to this analysis we can ''try'' to use different inputs. So we can get ''the best'' parameters for the system for each input. Using data from ''luciferase assay'' we found two curves that saturates when oleic acid concentration is about 4 mM and 12 mM. This is showed in the following: | Thanks to this analysis we can ''try'' to use different inputs. So we can get ''the best'' parameters for the system for each input. Using data from ''luciferase assay'' we found two curves that saturates when oleic acid concentration is about 4 mM and 12 mM. This is showed in the following: | ||
| - | + | [[image:input1.jpg|left|thumb|300px|Luciferase assay for extra virgin oil promoter]] | |
| - | + | [[image:input2.jpg|none|thumb|300px|Luciferase assay for not edible oil promoter]] | |
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We tried to use another input function which saturates at 6mM for the ''not edible oil'' input, this curve is showed here: | We tried to use another input function which saturates at 6mM for the ''not edible oil'' input, this curve is showed here: | ||
| - | [[Image:input2bis.jpg]] | + | |
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| + | [[Image:input2bis.jpg|center|thumb|300px|Luciferase assay for an alternative not edible oil promoter]] | ||
Since now we have two couples of input functions: we will see that this inputs can be used to guarantee different behavior to the system. Consequently, we can get the appropriate parameters for both inputs. | Since now we have two couples of input functions: we will see that this inputs can be used to guarantee different behavior to the system. Consequently, we can get the appropriate parameters for both inputs. | ||
Latest revision as of 14:10, 16 October 2007
We imported the data from luciferase assay in Matlab and then we interpolated them usic a cubic spline. Thanks to this analysis we can try to use different inputs. So we can get the best parameters for the system for each input. Using data from luciferase assay we found two curves that saturates when oleic acid concentration is about 4 mM and 12 mM. This is showed in the following:
We tried to use another input function which saturates at 6mM for the not edible oil input, this curve is showed here:
Since now we have two couples of input functions: we will see that this inputs can be used to guarantee different behavior to the system. Consequently, we can get the appropriate parameters for both inputs.
