Team:UNICAMP-Brazil/Notebooks/October 7
From 2009.igem.org
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==''' YeastGuard'''== | ==''' YeastGuard'''== | ||
- | + | ====New strategy: pGEM==== | |
*<p style=”text-align:justify;”>We confirmed the insertion of pJEN1 in pGEM by colony PCR using the part's internal forward primer and the vector's reverse primer (M13). Unfortunately there were no transformed colonies with JENorf, neither lysozyme.</p> | *<p style=”text-align:justify;”>We confirmed the insertion of pJEN1 in pGEM by colony PCR using the part's internal forward primer and the vector's reverse primer (M13). Unfortunately there were no transformed colonies with JENorf, neither lysozyme.</p> | ||
GEL | GEL | ||
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GEL | GEL | ||
+ | ====YFP+Terminator==== | ||
*<p style=”text-align:justify;”>We did colony PCR to amplify the fragment between the vector's annealing sites (vector's primers forward and reverse) that we expected to be the YFP linked to the terminator sequence. We found some strange fragments in YFP-End PCR. This fragaments correspond to the vectors size (YFP Biobrick) without the insert (End). We believe that this fragment correspond to the recircularized vector. Our expected fragment wouldn't be amplified, since it has 3000pb, so we decided to perform miniprep from the colonies that showed no amplicons! We hope we are right! =)</p> | *<p style=”text-align:justify;”>We did colony PCR to amplify the fragment between the vector's annealing sites (vector's primers forward and reverse) that we expected to be the YFP linked to the terminator sequence. We found some strange fragments in YFP-End PCR. This fragaments correspond to the vectors size (YFP Biobrick) without the insert (End). We believe that this fragment correspond to the recircularized vector. Our expected fragment wouldn't be amplified, since it has 3000pb, so we decided to perform miniprep from the colonies that showed no amplicons! We hope we are right! =)</p> | ||
GEL | GEL |
Revision as of 01:08, 21 October 2009
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