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MicroGuards
Preparation of electrocompetent E. coli
Taís
YeastGuard
New biobricks - New strategy
- This evening we had a wonderful idea to try to solve our problem in screening the new biobricks in LB plates. While we wait the new primers to arrive, we decided to use pGEM T-easy vector as a way to add the EcoRI restriction site in the PCR products that already have XbaI and SpeI sites. This strategy will permit the part to be ligated to the biobrick vector avoiding unwanted ligations between the cohesive ends and consequently the hard screening we were performing.
- For detailed information about pGEM T-easy vector system, see the Manual.
- So today we started digesting both PCR products and pGEM vector using SpeI. We believe that this digestion will facilitate the correct insertion of XbaI end besides EcoRI site. After digesting, we did the ligation reactions, transformed and plated it in LB+AMP+X-gal medium. We hope that tomorrow we will find few blue colonies and a LOT of white ones! =]
Gleidson and Taís
ColiGuard
Problems on assembling our devices to be inserted into genomic DNA
- Without the availability of BBa_J61000 and BBa_E0840, assembling those Upstream and Downstream contructions to be inserted into genomic DNA became really difficult, making us thinking how necessary and urgent they really are...
- Seeing that, we decided to leave them aside and, for what may be the thousandth try, we will again focus on finO and finP biobricks construction, now using that new strategy with pGEM described by Gleidson and Taís.
Marcelo
Cre-Recombinase Parallel Strategy
- As we decided to try making our biobricks constructions with pGEM strategy for almost every construction we will need, Cre-Recombinase will also follow this same strategy as a parallel one, along with the standard one.
- Therefore, we will try to construct Cre's Biobricks with two different strategies simultaneasly.
Victor
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