Team:Paris/Modeling/More f1 Table

<center>
{|border="1" style="text-align: center"
|param
|signification
|unit
|value
|comments
|-
|(''fluorescence'')
|value of the observed fluorescence
|au
|
|need for 20 values with well choosen [aTc]<sub>i</sub> <br>
|-
|''conversion''
|conversion ration between <br> fluorescence and concentration <br> &darr; gives &darr;
|nM.au<sup>-1</sup>
|(1/79.429)
|
|-
|[GFP]
|GFP concentration at steady-state
|nM
|
|
|-
|γ<sub>GFP</sub>
|dilution-degradation rate <br> of GFP(mut3b) <br> &darr; gives &darr;
|min<sup>-1</sup>
|0.0198
|Only dilution :<br>Time Cell Division : 35 min.
|-
|&#131;1
|activity of <br> ''pTet'' '''with RBS E0032'''
|nM.min<sup>-1</sup>
|
|
|}

<br><br>

{|border="1" style="text-align: center"
|param
|signification <br> corresponding parameters in the <span style="color:#0000FF;">equations</span>
|unit
|value
|comments
|-
|β<sub>tet</sub>
|basal activity of <br> ''pTet'' '''with RBS E0032''' <br> β<sub>16</sub>
|nM.min<sup>-1</sup>
|
|
|-
|(K<sub>''tet''</sub>/{coef<sub>''tetR''</sub>})
|activation constant of ''TetR><pTet'' <br> K<sub>13</sub>
|nM
|
|The <span style="color:#0000FF;">optimisation program</span> will give us (&gamma; K<sub>tet</sub> / {coef<sub>tet</sub>} &#131;0) <br> The literature [[Team:Paris/Modeling/Bibliography|[?] ]] gives K<sub>tet</sub> = 
|-
|n<sub>tet</sub>
|complexation order of ''TetR><pTet''<br> n<sub>13</sub>
|no dimension
|
|The literature [[Team:Paris/Modeling/Bibliography|[?] ]] gives n<sub>tet</sub> = 
|-
|K<sub>aTc</sub>
|complexation constant ''aTc''><''TetR'' <br> K<sub>12</sub>
|nM
|
|The literature [[Team:Paris/Modeling/Bibliography|[?] ]] gives K<sub>aTc</sub> = 
|-
|n<sub>aTc</sub>
|complexation order ''aTc><TetR'' <br> n<sub>12</sub>
|no dimension
|
|The literature [[Team:Paris/Modeling/Bibliography|[?] ]] gives n<sub>aTc</sub> = 
|}
</center>