University of Sheffield/18 July 2008

From 2008.igem.org

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| style="background-color: green;" |  <span style="color: white;">It is seen from the cascading pathway  (''above'') how the gene A-E is not synthesized as repressor gene attaches with the promoter. The pathway starts from autoinducer receptor.    </span>
| style="background-color: green;" |  <span style="color: white;">It is seen from the cascading pathway  (''above'') how the gene A-E is not synthesized as repressor gene attaches with the promoter. The pathway starts from autoinducer receptor.    </span>
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| style="text-align: center;" | [[Image:Meeting_Shef1.png | 500px]]
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! Low cell density (''V.Cholera'')
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| style="background-color: green;" |  <span style="color: white;">The cascading pathway(''above'') is similiar to the one of ''V.harveyi'' but with a slight difference. In ''V.Cholera'' HapR i.e. the promoter site is not intact with the repressor gene thus transcription of virulence takes place.    </span>
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Revision as of 00:31, 19 July 2008


Meeting Shef.png
Low cell density (V.harveyi)
It is seen from the cascading pathway (above) how the gene A-E is not synthesized as repressor gene attaches with the promoter. The pathway starts from autoinducer receptor.
Meeting Shef1.png
Low cell density (V.Cholera)
The cascading pathway(above) is similiar to the one of V.harveyi but with a slight difference. In V.Cholera HapR i.e. the promoter site is not intact with the repressor gene thus transcription of virulence takes place.
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