Paris/July 26
From 2007.igem.org
(→Microscopic DAP complementation experiment) |
(→Microscopic DAP complementation experiment) |
||
Line 24: | Line 24: | ||
We tried to observe kinetics by fluorescence microscopy. We let separately in culture overnight dapA- E.coli (LB/erythromycine/DAP) and rfp wt E.coli (LB ampicillin). The day after, we diluted both liquid culture 1/200 to have exponential culture. | We tried to observe kinetics by fluorescence microscopy. We let separately in culture overnight dapA- E.coli (LB/erythromycine/DAP) and rfp wt E.coli (LB ampicillin). The day after, we diluted both liquid culture 1/200 to have exponential culture. | ||
+ | Then we put on slide different conditions: | ||
+ | - 50% wt rfp / 50% dapA- (colomn 1) | ||
+ | - 70% wt rfp / 30% dapA- (colomn 2) | ||
+ | - 30% wt rfp / 70% dapA- (colomn 3) | ||
+ | - 90% wt rfp / 10% dapA- (colomn 4) | ||
+ | - 10% wt rfp / 90% dapA- (colomn 5) |
Revision as of 11:18, 6 August 2007
Colonies PCR for cloning verification
L1.1, L1.2, L2.1, L2.2, L9.1, L10.1
L6: 8 clones
Toothpick in 50µl sterile water ==> 10'@100°C
PCR Mix:
- 212.5 µl Master Mix
- 8.5 µl VF2
- 8.5 µl VR
12 µl of the mix in 13µl of lysed cells for each PCR reaction
Cycle x30:
- 95°C 30
- 60°C 30
- 68°C 2'
Microscopic DAP complementation experiment
We used wild type E.coli transformed by part J23107 (RFP) and dapA- E.coli (w121) auxotroph to DAP. E.coli transformed by part J23107 (RFP) is able to synthesize DAP and export it. We suppose dap- E.coli could be feed by wt E.coli.
We tried to observe kinetics by fluorescence microscopy. We let separately in culture overnight dapA- E.coli (LB/erythromycine/DAP) and rfp wt E.coli (LB ampicillin). The day after, we diluted both liquid culture 1/200 to have exponential culture. Then we put on slide different conditions: - 50% wt rfp / 50% dapA- (colomn 1) - 70% wt rfp / 30% dapA- (colomn 2) - 30% wt rfp / 70% dapA- (colomn 3) - 90% wt rfp / 10% dapA- (colomn 4) - 10% wt rfp / 90% dapA- (colomn 5)