Team:Caltech/Recipes
From 2011.igem.org
(Difference between revisions)
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Content= | Content= | ||
- | [[Team:Caltech/Notebook|Back to Timeline]] . [[Team:Caltech/Protocols|Back to Methods]] | + | [[Team:Caltech/Notebook|Back to Timeline]] . [[Team:Caltech/Protocols|Back to Methods]] |
==50% glycerol Stock:== | ==50% glycerol Stock:== | ||
* 50 mL glycerol | * 50 mL glycerol | ||
* 50 mL nanopure water | * 50 mL nanopure water | ||
- | + | ||
==Agar/LB plate (Autoclaved):== | ==Agar/LB plate (Autoclaved):== | ||
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* 5 g yeast extract | * 5 g yeast extract | ||
* 15 g agar | * 15 g agar | ||
- | + | ||
==Ampicillin Stock== | ==Ampicillin Stock== | ||
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*Add 1M NaOH until solution turns clear (we are making ampicillin sodium salt in this step, which is much more soluble in water) | *Add 1M NaOH until solution turns clear (we are making ampicillin sodium salt in this step, which is much more soluble in water) | ||
*Fill to total volume with nanopure water | *Fill to total volume with nanopure water | ||
- | + | ||
==Chloramphenicol Stock== | ==Chloramphenicol Stock== | ||
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*add 250 mg chloramphenicol to 10 ml 100% ethanol | *add 250 mg chloramphenicol to 10 ml 100% ethanol | ||
*store at -20°C | *store at -20°C | ||
- | + | ||
==Enrichment Minimal Media== | ==Enrichment Minimal Media== | ||
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* 0.1 mL SL-10 Trace Element Solution. | * 0.1 mL SL-10 Trace Element Solution. | ||
* variable amounts of EDC's | * variable amounts of EDC's | ||
- | + | ||
==Gibson Mix (1.33x)== | ==Gibson Mix (1.33x)== | ||
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* 6.25 μl of Phusion polymerase | * 6.25 μl of Phusion polymerase | ||
* 216.75 μl of Nuclease-free water | * 216.75 μl of Nuclease-free water | ||
- | * (375 μl total) | + | * (375 μl total) |
==IPTG stock== | ==IPTG stock== | ||
For 1000x stock (.1M) | For 1000x stock (.1M) | ||
*.0238 g IPTG | *.0238 g IPTG | ||
- | *1 mL sterile water | + | *1 mL sterile water |
==Ligation Reaction== | ==Ligation Reaction== | ||
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*3x mols vector | *3x mols vector | ||
*1 uL T4 ligase | *1 uL T4 ligase | ||
- | H&subO make up to 20 uL | + | H&subO make up to 20 uL |
- | Total of between 50 and 100ng DNA | + | Total of between 50 and 100ng DNA |
==p450 degradation testing solution== | ==p450 degradation testing solution== | ||
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*5mM NADP<sup>+</sup> | *5mM NADP<sup>+</sup> | ||
*2.30u/mL GDH (glucose dehydrogenase) | *2.30u/mL GDH (glucose dehydrogenase) | ||
- | *buffer | + | *buffer |
==Phusion PCR== | ==Phusion PCR== | ||
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* 2..5 uL fwd and rev primer | * 2..5 uL fwd and rev primer | ||
* 19 uL sterile water | * 19 uL sterile water | ||
- | * 25 uL Phusion master mix | + | * 25 uL Phusion master mix |
==SOC Media== | ==SOC Media== | ||
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*adjust pH to 7.5 using 1M NaOH | *adjust pH to 7.5 using 1M NaOH | ||
*autoclave | *autoclave | ||
- | *after cooling below 50°C, add 5 mL filter-sterilized 20% glucose solution. | + | *after cooling below 50°C, add 5 mL filter-sterilized 20% glucose solution. |
==Restriction Digest== | ==Restriction Digest== | ||
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*0.5uL buffer | *0.5uL buffer | ||
*5 µl BSA | *5 µl BSA | ||
- | *1 uL restriction enzyme each | + | *1 uL restriction enzyme each |
==Taq PCR (for 16s insert)== | ==Taq PCR (for 16s insert)== | ||
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*template DNA : 1uL | *template DNA : 1uL | ||
*Taq (5U/ul): 0.1uL | *Taq (5U/ul): 0.1uL | ||
- | |||
==X-gal stock (50x)== | ==X-gal stock (50x)== | ||
For 20mg/mL, total 0.5mL volume: | For 20mg/mL, total 0.5mL volume: | ||
*10mg X-gal | *10mg X-gal | ||
- | *0.5mL DMSO | + | *0.5mL DMSO}} |
Revision as of 10:47, 17 September 2011
Project |
Back to Timeline . Back to Methods
50% glycerol Stock:
Agar/LB plate (Autoclaved):
Ampicillin Stock
Chloramphenicol Stock
Enrichment Minimal Media
Gibson Mix (1.33x)For 25 aliquots of 15 μl each:
IPTG stockFor 1000x stock (.1M)
Ligation Reactionfor 20 uL rxn
H&subO make up to 20 uL Total of between 50 and 100ng DNA p450 degradation testing solutionFor a 200uL reaction:
Phusion PCRFor a 50uL reaction:
SOC Mediafor 250 ml (adapted from [http://openwetware.org/wiki/SOC OpenWetWare])
Restriction Digestfor 50uL rxn
Taq PCR (for 16s insert)For a 25uL reaction:
X-gal stock (50x)For 20mg/mL, total 0.5mL volume:
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