IGEM:Cambridge/2008/Notebook/Turing Pattern Formation/2008/07/25: Difference between revisions
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- Melt Soft Agar | |||
- 3mL SA + 10μL Cells 1A1 from LB prepared on 23/7/08 | |||
- Pour SA+Cells over blank hard agar plates | |||
- Put 5 blank disks on each agar plate | |||
- Add 40μL of antibiotic on each disk | |||
- Incubate at 37°C | |||
'''Results''' | |||
Nothing! 1A1 cells were kept in the freedge! B.S. can not be kept in the fridge, low temperatures kill them! | |||
*Test if biobrixk of last year are really the one we want | |||
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Revision as of 07:19, 27 July 2008
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Results from Yesterday
Results for Amp Even with a concentration of 10μg/mL, Amp kills Bacillus. Since we want to know which is the lowest concentration of Amp which kills B.S, we are going to test with some lower concentrations. Results for Cm Even with a concentration of 35μg/mL, ther is not a clear area around the antibiotic disk. So we have to test some higher concentration of Cm.
Wet Work
Dilution of Amp
- Melt Soft Agar - 3mL SA + 10μL Cells 1A1 from LB prepared on 23/7/08 - Pour SA+Cells over blank hard agar plates - Put 5 blank disks on each agar plate - Add 40μL of antibiotic on each disk - Incubate at 37°C Results Nothing! 1A1 cells were kept in the freedge! B.S. can not be kept in the fridge, low temperatures kill them!
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