Team:Groningen/Notebook/Wetwork 18July2012
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- | Nisa | + | <body><br><br><br> |
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- | Possible promoter (inducible promoter) | + | Tom<br> |
- | + | <br> | |
- | 1. Strong pBAD promoter (BBa_K206000) | + | Incubating Bacillus in LB medium for overnight growth. Next day: growth curves in SMM medium.<br> |
- | + | <br> | |
- | + | <br> | |
- | 2. LacZ regulated lambda pl hybrid promoter (BBa_R0011) | + | Nisa<br> |
- | + | <br> | |
- | Allows for strong promotion that can be: | + | Possible promoter (inducible promoter)<br> |
- | + | 1. Strong pBAD promoter (BBa_K206000)<br> | |
- | a) repressed by lacI | + | 2. LacZ regulated lambda pl hybrid promoter (BBa_R0011)<br> |
- | + | <br> | |
- | b) induced by IPTG in E.coli DH5a over a >600 fold range | + | Allows for strong promotion that can be:<br> |
- | + | a) repressed by lacI<br> | |
- | + | b) induced by IPTG in E.coli DH5a over a >600 fold range<br> | |
- | Pactivator: pRE (BBa_K116603) or pluxR (BBa_R0062) | + | <br> |
- | + | Pactivator: pRE (BBa_K116603) or pluxR (BBa_R0062)<br> | |
- | actvator: CII or luxI | + | actvator: CII or luxI<br> |
- | + | ... and CIII cd for promoter leakiness<br> | |
- | ... and CIII cd for promoter leakiness | + | <br> |
- | + | <br> | |
- | + | For BBa_R0011 (pL hybrid -> inducible promoter)<br> | |
- | For BBa_R0011 (pL hybrid -> inducible promoter) | + | <br> |
- | + | Forward primer=prefix-Fprimer<br> | |
- | Forward primer=prefix-Fprimer | + | Reverse primer= Rprimer-Pactivator homology (pRE, pluxR)<br> |
- | Reverse primer= Rprimer-Pactivator homology (pRE, pluxR) | + | <br> |
- | + | <br> | |
- | + | For P actvator-Actvator-GFP<br> | |
- | For P actvator-Actvator-GFP | + | <br> |
- | + | A= RBS+CII - Fwd primer homolgue to P A (pRE, PluxR), Rev primer homologue to RBS+GFP<br> | |
- | A= RBS+CII - Fwd primer homolgue to P A (pRE, PluxR), Rev primer homologue to RBS+GFP | + | or<br> |
- | + | A = RBS+luxI - For RBS use BBA_537034 (exclude terminator)<br> | |
- | or | + | B=RBS+GFP - Fwd primer homologue to (A), Rev primer+ suffix<br> |
- | + | <br> | |
- | A = RBS+luxI - For RBS use BBA_537034 (exclude terminator) | + | <br> |
- | + | Emeraldo<br> | |
- | B=RBS+GFP - Fwd primer homologue to (A), Rev primer+ suffix | + | <br> |
- | + | PCR AlsT (150F, 205F, 300F, 500F -R) and GFP Fwd and Rev using Phusion polymerase. Result=OK! Now we have fragments of 150bp, 250bp, 300bp ,500bp and 850bp.<br> | |
- | + | <br> | |
- | Emeraldo | + | Nanodrop concentrations (ng/ul):<br> |
- | + | 150_alsT = 31,6<br> | |
- | PCR AlsT (150F, 205F, 300F, 500F -R) and GFP Fwd and Rev using Phusion polymerase. Result=OK! Now we have fragments of 150bp, 250bp, 300bp ,500bp and 850bp. | + | 250_alsT = 20,5<br> |
- | + | 300_alsT = 22<br> | |
- | Nanodrop concentrations (ng/ul): | + | 500_alsT = 27,6<br> |
- | + | GFP = 39<br> | |
- | 150_alsT = 31,6 | + | <br> |
- | + | <br> | |
- | 250_alsT = 20,5 | + | <A HREF="https://2012.igem.org/Team:Groningen/Notebook"><FONT COLOR=#ff6700>Back to notebook</FONT></A> |
- | + | </p><br><br> | |
- | 300_alsT = 22 | + | </body> |
- | + | ||
- | 500_alsT = 27,6 | + | |
- | + | ||
- | GFP = 39 | + | |
- | + | ||
- | + | ||
- | < | + | |
- | <A HREF="https://2012.igem.org/Team:Groningen/Notebook"><FONT COLOR=#ff6700>Back to notebook</FONT></A> | + | |
</html> | </html> | ||
{{Template:SponsorsGroningen2012}} | {{Template:SponsorsGroningen2012}} |
Revision as of 21:13, 25 September 2012
Tom
Incubating Bacillus in LB medium for overnight growth. Next day: growth curves in SMM medium.
Nisa
Possible promoter (inducible promoter)
1. Strong pBAD promoter (BBa_K206000)
2. LacZ regulated lambda pl hybrid promoter (BBa_R0011)
Allows for strong promotion that can be:
a) repressed by lacI
b) induced by IPTG in E.coli DH5a over a >600 fold range
Pactivator: pRE (BBa_K116603) or pluxR (BBa_R0062)
actvator: CII or luxI
... and CIII cd for promoter leakiness
For BBa_R0011 (pL hybrid -> inducible promoter)
Forward primer=prefix-Fprimer
Reverse primer= Rprimer-Pactivator homology (pRE, pluxR)
For P actvator-Actvator-GFP
A= RBS+CII - Fwd primer homolgue to P A (pRE, PluxR), Rev primer homologue to RBS+GFP
or
A = RBS+luxI - For RBS use BBA_537034 (exclude terminator)
B=RBS+GFP - Fwd primer homologue to (A), Rev primer+ suffix
Emeraldo
PCR AlsT (150F, 205F, 300F, 500F -R) and GFP Fwd and Rev using Phusion polymerase. Result=OK! Now we have fragments of 150bp, 250bp, 300bp ,500bp and 850bp.
Nanodrop concentrations (ng/ul):
150_alsT = 31,6
250_alsT = 20,5
300_alsT = 22
500_alsT = 27,6
GFP = 39
Back to notebook