Team:ETH Zurich/modeling/qs

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Each experimental data set was fitted to an Hill function using the Least Absolute Residual method.  
Each experimental data set was fitted to an Hill function using the Least Absolute Residual method.  
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$$ rFluo = a + b \frac{[AHL]^n}{K_m^n + [AHL]^n}//
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$$\begin{align*}
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rFluo = a + b \frac{[AHL]^n}{K_m^n + [AHL]^n}//
where rFluo is the relative fluorescence (absolute measured fluorescence value over OD),//
where rFluo is the relative fluorescence (absolute measured fluorescence value over OD),//
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a the basal expression rate,//
a the basal expression rate,//
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b the maximum fold expression rate,//
b the maximum fold expression rate,//
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n the Hill coeeficient.//
n the Hill coeeficient.//
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K_m the activation concentration of AHL.$$
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K_m the activation concentration of AHL.
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\end{align*}$$
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Revision as of 07:12, 17 October 2014

iGEM ETH Zurich 2014