Team:Paris Liliane Bettencourt/Notebook/2011/08/02/
From 2011.igem.org
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(→Adrien Lhomme-Duchadeuil) |
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*CTL <sup>+</sup>: carpet | *CTL <sup>+</sup>: carpet | ||
*CTL <sup>-</sup> with Cm: none | *CTL <sup>-</sup> with Cm: none | ||
- | *CTL <sup>-</sup> with TetR: | + | *CTL <sup>-</sup> with TetR: carpet |
|tube 3: pHM3::TetR (12,5 kV: OK) | |tube 3: pHM3::TetR (12,5 kV: OK) | ||
* TetR(5 and 12,5 µg/mL): carpet | * TetR(5 and 12,5 µg/mL): carpet |
Revision as of 10:37, 2 August 2011
Adrien Lhomme-Duchadeuil
First, an estimation of how much antibiotics is necessary for Bacillus subtilis. Appropriate concentration in antibiotics
- Chloramphemicol : 5-10 µg/mL
- Spec : 50-100 µg/mL
- Tetracyclin: 25 µg/mL
- Kanamycin: 5µg/mL
- Evm(?): 1µg/mL + 25 µg/mL lincomycin (Verify spelling)
Results of electroporation: IT WORKED after three trials!
- Positive control worked
- Negative controls didn't show any colonies except when put in the presence of TetR (qty:12,5 µg/mL or 5µg/mL) which was insufficient => I will re-plate the improbable survivors on plates of different tetracyclin concentrations to test resistance.
- Cm resistant strain have survived in low quantities at both 30 and 5 µg/mL of antibiotics
- It seems that even cuvettes that had an electric arc were able to produce a couple colonies, which means that it doesn't anihilate all the bacteria.
- To come: protocol and table of results
tube 1: poration control no DNA (12,5 kV: ARC)
| tube 2: poration control no DNA (10kV: OK)
| tube 3: pHM3::TetR (12,5 kV: OK)
| tube 4: pHM3::TetR (10 kV: OK)
| tube5: pHM3::TetR (12,5 kV: ARC)
| tube 6: pHM3::TetR (10 kV: OK)
|
tube 7: S12::Cm (12,5 kV: ARC)
| tube 8: S12::Cm (10 kV: OK)
| tube 9: S12::Cm (12,5 kV: OK)
| tube 10: S12::Cm (10 kV: OK)
| CTL --: no bacteria
|