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Team:Tec-Monterrey/sampledata
From 2011.igem.org
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<p class="textojustif"> | <p class="textojustif"> | ||
| - | 1- | + | 1- <i>E. coli<i/><br> |
| - | 2-Transcription is inhibited by AraC protein<br> | + | 2- Transcription is inhibited by AraC protein<br> |
| - | 3-Arabinose interacts with the AraC protein leaving the Pbad Promoter Side available for RNA polymerase<br> | + | 3- Arabinose interacts with the AraC protein leaving the Pbad Promoter Side available for RNA polymerase<br> |
| - | 4-The same will occur with our second construct on a different E. | + | 4- The same will occur with our second construct on a different <i>E.coli</i> <br> |
| - | <br>5-Traduction is finished and due to our Signal Peptide the polypeptide chain is sent to the periplasm<br> | + | 5- Traduction is finished and due to our Signal Peptide the polypeptide chain is sent to the periplasm<br> |
| - | 6-Periplasm folding occurs generating an autotransporter protein and its transported enzime, still functional outside the cell | + | 6- Periplasm folding occurs generating an autotransporter protein and its transported enzime, still functional outside the cell |
</p> | </p> | ||
Revision as of 17:25, 28 September 2011
1- E. coli
2- Transcription is inhibited by AraC protein
3- Arabinose interacts with the AraC protein leaving the Pbad Promoter Side available for RNA polymerase
4- The same will occur with our second construct on a different E.coli
5- Traduction is finished and due to our Signal Peptide the polypeptide chain is sent to the periplasm
6- Periplasm folding occurs generating an autotransporter protein and its transported enzime, still functional outside the cell
