Team:Paris/Modeling/Programs
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The previous system of complexation applied in particular to the association of the Promoters (''P'') and its Transcription Factor (''TF''). | The previous system of complexation applied in particular to the association of the Promoters (''P'') and its Transcription Factor (''TF''). | ||
- | Because the promoters on a "low copy plasmid" exists in the cell in ten exemplaries, in contrary to a protein, which, as long as it is produced (even weakly) exists in thousands of exemplaries, we can the quantities of ''TF'' and ''P'' are different by several orders of magnitude. Then, with the previous notations, if ''A'', ''B'' and ''C'' stands respectively for ''TF'', ''P'' and the complex ''TF><P'', we will get | + | Because the promoters on a "low copy plasmid" exists in the cell in ten exemplaries, in contrary to a protein, which, as long as it is produced (even weakly) exists in thousands of exemplaries, we assume can the quantities of ''TF'' and ''P'' are different by several orders of magnitude. Then, with the previous notations, if ''A'', ''B'' and ''C'' stands respectively for ''TF'', ''P'' and the complex ''TF><P'', we will get |
<center> [[Image:approxhill.jpg]] </center> | <center> [[Image:approxhill.jpg]] </center> |
Revision as of 14:55, 21 September 2008
Induction by a small molecule |