EPF-Lausanne/26 August 2009
From 2009.igem.org
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RO2#10 - BB6 : ~ 30 | RO2#10 - BB6 : ~ 30 | ||
+ | |||
RO2#8 - BB5 : ~ 30 | RO2#8 - BB5 : ~ 30 | ||
+ | |||
RO2#5 - BB3 : a lot | RO2#5 - BB3 : a lot | ||
+ | |||
RO2#4 - BB1 : a lot | RO2#4 - BB1 : a lot | ||
- | There has been a double antibiotic resistance so there might be a good chance these bacteria have included both plasmids. To be sure of it, we did a colony PCR. | + | |
+ | There has been a double antibiotic resistance so there might be a good chance these bacteria have included both plasmids. To be sure of it, we did a colony PCR. We took 10 clones from both 30 clones plates and 2 clones (monoclonal) for the "a lot" plates, plus 1 "dirty take" on each plate. We used the Taq platinium protocol. | ||
===Cloning=== | ===Cloning=== |
Revision as of 09:12, 4 September 2009
Contents |
Wet Lab
Culture
The following bacteria have been cultivated and analyzed by the fluorescent microscope in Sebastian's lab : 3x RO2 (#4,5,10), 4x RO2-BB(#4-1/#5-1/#8-5/#10-6), 3x RO2 (#4,5,10).
Colony PCR
The result of the double transformation of yesterday gave the following number of clones :
RO2#10 - BB6 : ~ 30
RO2#8 - BB5 : ~ 30
RO2#5 - BB3 : a lot
RO2#4 - BB1 : a lot
There has been a double antibiotic resistance so there might be a good chance these bacteria have included both plasmids. To be sure of it, we did a colony PCR. We took 10 clones from both 30 clones plates and 2 clones (monoclonal) for the "a lot" plates, plus 1 "dirty take" on each plate. We used the Taq platinium protocol.
Cloning
PCR
Digestion
Purification
Ligation
Transformation
Migration
People in the lab
Basile, Rafael, Nicolas