Team:Paris/Modeling/f9

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Revision as of 23:50, 29 September 2008

We assume first that HSL binds TOTALLY (in presence of a DNA template), with a complexation order of 1, to LasR (thanks to [7]).

So, at the steady state, as long as LasR exists in sufficient quantity, the concentration of complex HSL><LasR is equal to the [HSL] introduced.

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	We assume first that HSL binds TOTALLY (in presence of a DNA template), with a complexation order of 1, to LasR (thanks to [[Team:Paris/Modeling/Bibliography\|[7]]]).		We assume first that HSL binds TOTALLY (in presence of a DNA template), with a complexation order of 1, to LasR (thanks to [[Team:Paris/Modeling/Bibliography\|[7]]]).

-	So, at the steady state, as long as LasR exists in sufficient quantity, the concentration of complex ~~HSL_-_LasR~~ is equal to the [HSL] introduced.	+	So, at the steady state, as long as LasR exists in sufficient quantity, the concentration of complex HSL><LasR is equal to the [HSL] introduced.