Team:Trieste/notebook2
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<h2 class="notebook_title">Suicide System</h2> | <h2 class="notebook_title">Suicide System</h2> | ||
Finally we got by synthesis the antimicrobial peptide LL37 cathelicidin (BBa_K875009) in pEX-A plasmid and we amplified it through the transformation of DH5-alpha bacteria.</br> | Finally we got by synthesis the antimicrobial peptide LL37 cathelicidin (BBa_K875009) in pEX-A plasmid and we amplified it through the transformation of DH5-alpha bacteria.</br> | ||
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The positive colonies were then digested EcoRI/SpeI, the fragment was eluted from the gel and then cut it again with EcoRI, because the pEX-A plasmid has another EcoRI restriction site downstream our fragment.</br> | The positive colonies were then digested EcoRI/SpeI, the fragment was eluted from the gel and then cut it again with EcoRI, because the pEX-A plasmid has another EcoRI restriction site downstream our fragment.</br> | ||
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Then we did a column purification of the fragment and we successfully cloned the LL 37 into the pSB1C3 linearized backbone to make it ready for a potential submission.</br> | Then we did a column purification of the fragment and we successfully cloned the LL 37 into the pSB1C3 linearized backbone to make it ready for a potential submission.</br> | ||
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- | + | LL 37 -previously cut EcoRI/SpeI- was cloned upstream the TT_B0015 and the DH5alpha cells were transformed with the plasmid (LL 37-B0015). The positive colonies were inoculated and then cloned downstream the RBS_B0034.</br> | |
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We also cloned the T5LacOperator inside the pSB1C3 plasmid, making it ready for the submission. | We also cloned the T5LacOperator inside the pSB1C3 plasmid, making it ready for the submission. |
Revision as of 17:01, 25 September 2012