Team:Groningen/Notebook/2 September 2009
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Wet
GVP Cluster
- → TODO Choose colonies from plates for growth of E.coli TOP10 with GVP behind LAC/pBAD (+RBS) promoter in pSB1AC3
- → TODO Choose colonies from plates for growth of E.coli TOP10 with pSB2K3 plasmid from the registry (plate 1, 7C with RFP Coding Device BBa_J04450
- → TODO Make glycerol stocks of pBad/araC, pBad/araC+RBS+GVP, and pLacI+RBS+GVP (both in pSB1A2 and pSB1AC3 plasmid)
- → TODO Test control of bouyancy in Saline solution (grow plates with GVP constructs)
- → TODO Order synthetic DNA for GVP
- → TODO Order primer for PstI site removal
- → TODO Test promoter strenght compared to BBa_J23101 promoter (Sven)
- → TODO Enter sequences of constructs to Sandbox
Colonies on Plates
Name | Plasmid Used | Antibiotics on Plasmid | No. of Colonies | Date |
pSB2K3-BBa_J04450 (1,7C) | pSB2K3 | Kanamycin | 0 | 2/9 |
pSB2K3-BBa_J04450 (1,7C)(conc.) | pSB2K3 | Kanamycin | 4 | 2/9 |
pSB2K3-BBa_P1010 (1,7K) | pSB2K3 | Kanamycin | 0 | 2/9 |
pSB2K3-BBa_P1010 (1,7K)(conc.) | pSB2K3 | Kanamycin | 0 | 2/9 |
- → The plates showed very low colony growth, and can be caused by the fact it is a low copy plasmid which can be induced by iptg to increase the copy number. Additional growth with IPTG should increase the amount of colonies and available plasmid.
- → From the plate with four colonies 5mL LB-amp100 medium was inoculated, and additional plates were swiped with the used colonies to see if single colony growth on plate can occur.
Transporters
Metal Accumulation
Vectors
Dry
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