Team:Paris Saclay/Notebook/August/9
From 2013.igem.org
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==='''A - Aerobic/Anaerobic regulation system / B - PCB sensing system'''=== | ==='''A - Aerobic/Anaerobic regulation system / B - PCB sensing system'''=== | ||
- | ===='''1 - Gibson | + | ===='''1 - Gibson assembly.'''==== |
- | August 1st PCR purification to be sure the experiment. | + | August 1st PCR purification to be sure about the experiment. |
BphR2 part1, BphR2 part2 and RBS_BphR2_part1, FNR part1, FNR part2 and RBS_FNR_part1. | BphR2 part1, BphR2 part2 and RBS_BphR2_part1, FNR part1, FNR part2 and RBS_FNR_part1. | ||
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|} | |} | ||
- | we have no | + | we have no fragment so we must do again these PCRs |
{{Team:Paris_Saclay/incl_fin}} | {{Team:Paris_Saclay/incl_fin}} |
Revision as of 17:11, 11 August 2013
Contents |
Notebook : August 9
Lab work
A - Aerobic/Anaerobic regulation system
1 - Obtaining Δ fnr E. coli strain by transduction to test our biobricks
Abdou, Anais, Damir, Nadia, XiaoJing
We do the exprience again because the lysis made on wensday didn't happen. It's probably because the phage strain was too old ( 2001)
Protocol : transduction
10µl,50µl and 100µl petri dishes are clear so phages are multiplied.
We let the antibiotic over night to select the right strain.
2 - Obtaining RBS_lacZ_ter.
Abdou
Clone 10,14 and 15 plamid extraction using nucleospin kit.
Protocol : hight copy plamid extraction
Results: concentration measured by nanodrop
- clone 10: C=38ng/µl 260/280= 1.78
- clone 14: C=48.5ng/µl 260/280=1.90
- clone 15: C=52 ng/µl 260/280=1.78
We still have to sequence plasmids in order to verify our results.
A - Aerobic/Anaerobic regulation system / B - PCB sensing system
1 - Gibson assembly.
August 1st PCR purification to be sure about the experiment. BphR2 part1, BphR2 part2 and RBS_BphR2_part1, FNR part1, FNR part2 and RBS_FNR_part1.
Protocol : PCR_clean_up
Results:
IMAGE |
|
we have no fragment so we must do again these PCRs