Team:Hong Kong HKUST/notebook/mod2
From 2013.igem.org
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· LB-Chloramphenicol plates poured <br> | · LB-Chloramphenicol plates poured <br> | ||
Dry lab <br> | Dry lab <br> | ||
- | · Primers design for FABP1, | + | · Primers design for FABP1 promoter, PPAR-alpha promoter, GRP78 promoter <br> |
· Informal meeting <br> | · Informal meeting <br> | ||
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June 26 </b><br> | June 26 </b><br> | ||
Wet lab <br> | Wet lab <br> | ||
- | · Extraction of gDNA from HepG2 Cells for FABP1 and | + | · Extraction of gDNA from HepG2 Cells for FABP1 promoter and PPAR-alpha promoter <br> |
· Transformation of pEGFP-N1 and <a href="http://parts.igem.org/Part:BBa_K817002">BBa_K817002</a> (pFadBA) <br> | · Transformation of pEGFP-N1 and <a href="http://parts.igem.org/Part:BBa_K817002">BBa_K817002</a> (pFadBA) <br> | ||
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Wet lab <br> | Wet lab <br> | ||
· Extraction of pEGFP-N1 and BBa_K817002 (pFadBA) plasmids by miniprep <br> | · Extraction of pEGFP-N1 and BBa_K817002 (pFadBA) plasmids by miniprep <br> | ||
- | · Restriction of pEGFP-N1 Restriction digestion by Ase1 and bamH1 for | + | · Restriction of pEGFP-N1 Restriction digestion by Ase1 and bamH1 for PPAR-alpha promoter; Ase1 and Xho1 for GRP78, Xba1 and BamH1 for FABP1 promoter, Pst1 and Not1; followed by gel check, extraction and purification <br> |
· Restriction of c(pFadBA) by EcoR1 and Pst1 <br> | · Restriction of c(pFadBA) by EcoR1 and Pst1 <br> | ||
· Ran 0.8% gel for pEGFP-N1 and 2% gel for BBa_K817002 (pFadBA) <br> | · Ran 0.8% gel for pEGFP-N1 and 2% gel for BBa_K817002 (pFadBA) <br> | ||
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<br> <b> July 2 </b> <br> | <br> <b> July 2 </b> <br> | ||
Wet lab <br> | Wet lab <br> | ||
- | · Digestion of pEGFP-N1 by Ase1 and bamH1 for | + | · Digestion of pEGFP-N1 by Ase1 and bamH1 for PPAR-alpha promoter; , Xba1 and BamH1 for FABP1 promoter <br> |
· LB-Chloramphenicol plates (the previous ones were found contaminated) <br> | · LB-Chloramphenicol plates (the previous ones were found contaminated) <br> | ||
· Inoculation of pEGFP-N1 for plasmid extraction <br> | · Inoculation of pEGFP-N1 for plasmid extraction <br> | ||
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<br> <b> July 3 </b> <br> | <br> <b> July 3 </b> <br> | ||
· Extraction of pEGFP-N1 plasmids by miniprep <br> | · Extraction of pEGFP-N1 plasmids by miniprep <br> | ||
- | · PCR for | + | · PCR for PPAR-alpha promoter amplification <br> |
- | · Digestion of pEGFP-N1 by Ase1 and bamH1 for | + | · Digestion of pEGFP-N1 by Ase1 and bamH1 for PPAR-alpha promoter; , Xba1 and BamH1 for FABP1 promoter <br> |
<br> <b> July 4</b> <br> | <br> <b> July 4</b> <br> | ||
Wet lab<br> | Wet lab<br> | ||
· Inoculation of BBa_K817002 pFadBA<br> | · Inoculation of BBa_K817002 pFadBA<br> | ||
- | · PCR for | + | · PCR for PPAR-alpha promoter and FABP1 promoter cloning from gDNA<br> |
- | · Ran gel for digestion of pEGFP-N1 by Ase1 and bamH1 for | + | · Ran gel for digestion of pEGFP-N1 by Ase1 and bamH1 for PPAR-alpha promoter; Xba1 and BamH1 for FABP1 promoter; Ase1 and Xhol1 for GRP78<br> |
<br> <b> July 5</b> <br> | <br> <b> July 5</b> <br> | ||
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· Extraction of BBa_K817002 (pFadBA) <br> | · Extraction of BBa_K817002 (pFadBA) <br> | ||
· Inoculation of pEGFP-N1<br> | · Inoculation of pEGFP-N1<br> | ||
- | · PCR for | + | · PCR for PPAR-alpha promoter and FABP1 promoter cloning from gDNA<br> |
· Gel check, 0.8% gel for previously gDNA extraction<br> | · Gel check, 0.8% gel for previously gDNA extraction<br> | ||
- | · Ran gel for PCR check of | + | · Ran gel for PCR check of PPAR-alpha promoter and FABP1 promoter<br> |
· Poured new LB-Kanamycin plates<br> | · Poured new LB-Kanamycin plates<br> | ||
· Transformation of <a href="http://parts.igem.org/Part:BBa_J176171">BBa_J176171</a><br> | · Transformation of <a href="http://parts.igem.org/Part:BBa_J176171">BBa_J176171</a><br> | ||
Dry lab<br> | Dry lab<br> | ||
· Discussion about re-design constructions, possible change for BBa_J176171 as mammalian expression vector<br> | · Discussion about re-design constructions, possible change for BBa_J176171 as mammalian expression vector<br> | ||
- | · Primer redesign for | + | · Primer redesign for PPAR-alpha promoter and FABP1 promoter<br><br> |
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· Gel check for gDNA extraction<br> | · Gel check for gDNA extraction<br> | ||
· Inoculation of BBa_J176171, BBa_K817002 (pFadBA), pEGFP-N1 for plasmid extraction<br> | · Inoculation of BBa_J176171, BBa_K817002 (pFadBA), pEGFP-N1 for plasmid extraction<br> | ||
- | · New primers for | + | · New primers for PPAR-alpha promoter and FABP1 promoter arrival<br> |
· Ran gel for BBa_K817002 pFadBA restriction check, gel extraction and purification<br> | · Ran gel for BBa_K817002 pFadBA restriction check, gel extraction and purification<br> | ||
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Wet lab<br> | Wet lab<br> | ||
· Extraction of BBa_J176171, BBa_K817002 pFadBA and pEGFP-N1 by miniprep<br> | · Extraction of BBa_J176171, BBa_K817002 pFadBA and pEGFP-N1 by miniprep<br> | ||
- | · Restriction of pEGFP-N1 Restriction digestion by Ase1 and bamH1 for | + | · Restriction of pEGFP-N1 Restriction digestion by Ase1 and bamH1 for PPAR-alpha promoter; Ase1 and Xho1 for GRP78, Xba1 and BamH1 for FABP1 promoter, Pst1 and Not1; followed by gel check, extraction and purification<br> |
- | · Restriction of BBa_J176171 for pFadBA Ase1 and BamH1; FABP1 by Xba1 and Not1<br> | + | · Restriction of BBa_J176171 for pFadBA Ase1 and BamH1; FABP1 promoter by Xba1 and Not1<br> |
· Ran gel for pEGFP-N1 and BBa_J176171 restriction products<br> | · Ran gel for pEGFP-N1 and BBa_J176171 restriction products<br> | ||
- | · PCR | + | · PCR PPAR-alpha promoter and FABP1 promoter cloning from gDNA<br> |
· <a href="http://parts.igem.org/Part:BBa_J52034">BBa_J52034</a> (FADR) transformation<br> | · <a href="http://parts.igem.org/Part:BBa_J52034">BBa_J52034</a> (FADR) transformation<br> | ||
<br> <b> July 10</b> <br> | <br> <b> July 10</b> <br> | ||
Wet lab<br> | Wet lab<br> | ||
- | · Ran gel for PCR check of | + | · Ran gel for PCR check of PPAR-alpha promoter and FAPB1 promoter<br> |
- | · PCR for FABP1, PCR replication<br> | + | · PCR for FABP1 promoter, PCR replication<br> |
· BBa_J176171 vector dephosphorylation by antartic phosphatase<br> | · BBa_J176171 vector dephosphorylation by antartic phosphatase<br> | ||
· Ligation of BBa_K817002 and pFadBA and BBa_J176171 <br> | · Ligation of BBa_K817002 and pFadBA and BBa_J176171 <br> | ||
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Wet lab<br> | Wet lab<br> | ||
· Gel purification for BBa_K817002 pFadBA extraction<br> | · Gel purification for BBa_K817002 pFadBA extraction<br> | ||
- | · Gel check for FABP1 PCR product<br> | + | · Gel check for FABP1 promoter PCR product<br> |
· PCR clean-up<br> | · PCR clean-up<br> | ||
· BBa_J52034 (FADR) miniprep<br> | · BBa_J52034 (FADR) miniprep<br> | ||
· BBa_J52034 restriction by Pst1 HF and Not1 HF<br> | · BBa_J52034 restriction by Pst1 HF and Not1 HF<br> | ||
- | · PCR for | + | · PCR for PPAR-alpha promoter<br> |
Dry lab<br> | Dry lab<br> | ||
Re-design constructions, now using BBa_J176171 as mammalian expression vector for all related constructions<br> | Re-design constructions, now using BBa_J176171 as mammalian expression vector for all related constructions<br> | ||
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<br> <b> July 12</b> <br> | <br> <b> July 12</b> <br> | ||
Wet lab<br> | Wet lab<br> | ||
- | · Digestion of FABP1 PCR product<br> | + | · Digestion of FABP1 promoter PCR product<br> |
- | · Ran gel for PCR check of | + | · Ran gel for PCR check of PPAR-alpha promoter<br> |
· Digest pEGFP-n1 for BBa_J52034 FADR<br> | · Digest pEGFP-n1 for BBa_J52034 FADR<br> | ||
· Ran gel for pEGFP-n1 for BBa_J52034 FADR followed by gel purification<br> | · Ran gel for pEGFP-n1 for BBa_J52034 FADR followed by gel purification<br> | ||
- | · BBa_J176171 vector dephosphorylation by Antarctic phosphatase for FABP1 and FADR<br> | + | · BBa_J176171 vector dephosphorylation by Antarctic phosphatase for FABP1 promoter and FADR promoter<br> |
Dry Lab<br> | Dry Lab<br> | ||
Primers design for pCMV cloning for FADR expression<br><br> | Primers design for pCMV cloning for FADR expression<br><br> | ||
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<br><b>July 15</b> <br> | <br><b>July 15</b> <br> | ||
Wet lab<br> | Wet lab<br> | ||
- | · Ligation of FABP1 eGFP and BBa_J176171, using 3 pieces ligation<br> | + | · Ligation of FABP1 promoter, eGFP, and BBa_J176171, using 3 pieces ligation<br> |
- | · Transformation of FABP1 eGFP and BBa_J176171 ligation<br> | + | · Transformation of FABP1 promoter, eGFP, and BBa_J176171 ligation<br> |
- | · FABP1+eGFP +BBa_J176171 ligation restriction check<br> | + | · FABP1 promoter+eGFP +BBa_J176171 ligation restriction check<br> |
<br><b>July 16</b> <br> | <br><b>July 16</b> <br> | ||
Wet Lab<br> | Wet Lab<br> | ||
- | · Miniprep for full construct of FABP1 and pEGFP-N1<br> | + | · Miniprep for full construct of FABP1 promoter and pEGFP-N1<br> |
· FADR and pEGFP-N1 Backbone parts ligation <br> | · FADR and pEGFP-N1 Backbone parts ligation <br> | ||
· Plasmids extraction for pCMV cloning for FADR<br> | · Plasmids extraction for pCMV cloning for FADR<br> | ||
· BBa_K817002 pFadBA promoter extraction by EcoR1 and Pst1 HF<br> | · BBa_K817002 pFadBA promoter extraction by EcoR1 and Pst1 HF<br> | ||
· BBa_J52034 restriction by EcoR1 and Pst1 HF<br> | · BBa_J52034 restriction by EcoR1 and Pst1 HF<br> | ||
- | · Inoculations for full construct of FABP1 and pEGFP-N1<br> | + | · Inoculations for full construct of FABP1 promoter and pEGFP-N1<br> |
- | · Streak colonies containing the right construct for FABP1<br> | + | · Streak colonies containing the right construct for FABP1 promoter<br> |
<br><b>July 17</b> <br> | <br><b>July 17</b> <br> | ||
Wet lab<br> | Wet lab<br> | ||
- | · Plasmid extraction for FABP1+eGFP+BBa_J176171 by miniprep<br> | + | · Plasmid extraction for FABP1 promoter+eGFP+BBa_J176171 by miniprep<br> |
· Repeat FadR and pFadBA constructs<br> | · Repeat FadR and pFadBA constructs<br> | ||
· Digest pEGFP-n1 and BBa-J176171 for FADR<br> | · Digest pEGFP-n1 and BBa-J176171 for FADR<br> | ||
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Wet lab<br> | Wet lab<br> | ||
· Gel purification for all digested products<br> | · Gel purification for all digested products<br> | ||
- | · FABP1 digestion check for whole construct prior transfection<br> | + | · FABP1 promoter digestion check for whole construct prior transfection<br> |
· pFadBA vector de phosphorylation and ligation with eGFP and BBa_J176171<br> | · pFadBA vector de phosphorylation and ligation with eGFP and BBa_J176171<br> | ||
· Transformation of pFadBA+eGFP+BBa_J176171<br> | · Transformation of pFadBA+eGFP+BBa_J176171<br> | ||
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<br><b>July 19</b> <br> | <br><b>July 19</b> <br> | ||
Wet lab<br> | Wet lab<br> | ||
- | · FABP1 preparation for transfection<br> | + | · FABP1 promoter preparation for transfection<br> |
· Ligation of pFadBA and BBa_J176171 followed by transformation<br> | · Ligation of pFadBA and BBa_J176171 followed by transformation<br> | ||
- | · PCR for | + | · PCR for PPAR-alpha promoter cloning<br> |
Dry lab<br> | Dry lab<br> | ||
· Design for characterization of the transfected cells with FABP1 construct<br> | · Design for characterization of the transfected cells with FABP1 construct<br> | ||
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<br><b>July 22</b> <br> | <br><b>July 22</b> <br> | ||
Wet lab<br> | Wet lab<br> | ||
- | · FABP1 given for characterization and transfection<br> | + | · FABP1 construct given for characterization and transfection<br> |
· Further colony screening for FABP1 construct, inoculations<br> | · Further colony screening for FABP1 construct, inoculations<br> | ||
· Inoculation of pFadBA and BBa_J176171<br> | · Inoculation of pFadBA and BBa_J176171<br> | ||
- | · Ran gel for | + | · Ran gel for PPAR-alpha promoter PCR products<br> |
<br><b>July 23</b> <br> | <br><b>July 23</b> <br> | ||
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· Primers arrival for pCMV cloning<br> | · Primers arrival for pCMV cloning<br> | ||
· PCR for pCMV cloning<br> | · PCR for pCMV cloning<br> | ||
- | · Digestion and gel for construction check for FABP1<br> | + | · Digestion and gel for construction check for FABP1 promoter<br> |
· pFadBA gel extraction and purification, followed by vector dephosphorylation BBa_J176171 and ligation, then transformation<br> | · pFadBA gel extraction and purification, followed by vector dephosphorylation BBa_J176171 and ligation, then transformation<br> | ||
· Digestion of pEGFP-N1 for FADR, followed by gel check and extraction<br> | · Digestion of pEGFP-N1 for FADR, followed by gel check and extraction<br> | ||
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Wet lab<br> | Wet lab<br> | ||
· DNA purification from gel extraction for digested pEGFP-N1<br> | · DNA purification from gel extraction for digested pEGFP-N1<br> | ||
- | · Multiple sites mutagenesis for illegal restriction sites for FABP1<br> | + | · Multiple sites mutagenesis for illegal restriction sites for FABP1 promoter<br> |
· Ran gel for pCMV cloning from pEGFP-N1<br> | · Ran gel for pCMV cloning from pEGFP-N1<br> | ||
· PCR clean up for pCMV cloning from pEGFP-N1<br> | · PCR clean up for pCMV cloning from pEGFP-N1<br> | ||
- | · PCR for | + | · PCR for PPAR-alpha promoter with new primers using Taq polymerase<br> |
· Transformation of mutagenesis products<br> | · Transformation of mutagenesis products<br> | ||
· Inoculation of pFadBA ligation colonies<br> | · Inoculation of pFadBA ligation colonies<br> | ||
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<br><b>July 25</b> <br> | <br><b>July 25</b> <br> | ||
Wet lab<br> | Wet lab<br> | ||
- | · Ran gel check | + | · Ran gel check PPAR-alpha promoter PCR cloning with new primers using Taq polymerase<br> |
· Minprep of pFadBA+eGFP+BBa_J176171 ligation colonies, followed by digestion check <br> | · Minprep of pFadBA+eGFP+BBa_J176171 ligation colonies, followed by digestion check <br> | ||
<br><b>July 26</b> <br> | <br><b>July 26</b> <br> | ||
Wet lab<br> | Wet lab<br> | ||
- | · Multiple sites mutagenesis for illegal restriction sites for FABP1<br> | + | · Multiple sites mutagenesis for illegal restriction sites for FABP1 promoter<br> |
· Ran gel before parental string digestion of mutagenesis products<br> | · Ran gel before parental string digestion of mutagenesis products<br> | ||
· Digestion of pEGFP-N1 by Apa1 and Xba1 followed by gel check<br> | · Digestion of pEGFP-N1 by Apa1 and Xba1 followed by gel check<br> | ||
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<br><b>July 30</b> <br> | <br><b>July 30</b> <br> | ||
Wet lab<br> | Wet lab<br> | ||
- | · | + | · PPAR-alpha promoter PCR cloning with new primers using Vent polymerase<br> |
· Restriction check for pEGFP-N1, using EcoR1, Xba1, Spe1 and Pst1<br> | · Restriction check for pEGFP-N1, using EcoR1, Xba1, Spe1 and Pst1<br> | ||
· BBa_J176171 vector de phosphorylation, followed by ligation with eGFP using T4 Ligase, then transformation into E. Coli strain DH10b<br> | · BBa_J176171 vector de phosphorylation, followed by ligation with eGFP using T4 Ligase, then transformation into E. Coli strain DH10b<br> | ||
- | · PCR for | + | · PCR for PPAR-alpha promoter with new primers using Vent polymerase<br> |
Dry lab<br> | Dry lab<br> | ||
· Discussion and re assessment of constructs related to pEGFP-N1<br> | · Discussion and re assessment of constructs related to pEGFP-N1<br> | ||
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<br><b>July 31</b> <br> | <br><b>July 31</b> <br> | ||
- | · Ran gel check for | + | · Ran gel check for PPAR-alpha promoter PCR cloning with new primers using Vent polymerase<br> |
· PCR for pCMV cloning from pEGFP-N1, followed by gel check and PCR clean up<br> | · PCR for pCMV cloning from pEGFP-N1, followed by gel check and PCR clean up<br> | ||
- | · PCR for | + | · PCR for PPAR-alpha promoter with reference primers using Vent polymerase<br> |
- | · Ran gel check for | + | · Ran gel check for PPAR-alpha promoter PCR cloning with reference primers using Vent polymerase<br><br> |
</div> | </div> | ||
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· Restriction check for EGFP+ BBa_J176171 using EcoR1 and Pst1HF<br> | · Restriction check for EGFP+ BBa_J176171 using EcoR1 and Pst1HF<br> | ||
· Consensus Kozak sequence extraction from BBa_J176171 by EcoR1 and Xba1, followed by gel check and DNA purification<br> | · Consensus Kozak sequence extraction from BBa_J176171 by EcoR1 and Xba1, followed by gel check and DNA purification<br> | ||
- | · PCR for | + | · PCR for PPAR-alpha promoter, using temperature gradient and every available set of primers designed, using Vent polymerase<br> |
· Genomic DNA extraction from HepG2 cells, Phenol/Chloroform protocol<br><br> | · Genomic DNA extraction from HepG2 cells, Phenol/Chloroform protocol<br><br> | ||
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<br><b>August 5</b> <br> | <br><b>August 5</b> <br> | ||
Wet lab<br> | Wet lab<br> | ||
- | · Gel Check for | + | · Gel Check for PPAR-alpha promoter PCR promoter cloning, using temperature gradient and every available set of primers designed. <br> |
· Digestion of BBa_J176171 using single restriction site, Xba1, vector dephosphorylation and ligation with FADR followed by transformation<br> | · Digestion of BBa_J176171 using single restriction site, Xba1, vector dephosphorylation and ligation with FADR followed by transformation<br> | ||
· Ligation check of pFadBA+BBa_J176171+eGFP using Age1<br> | · Ligation check of pFadBA+BBa_J176171+eGFP using Age1<br> | ||
- | · PCR for | + | · PCR for PPAR-alpha promoter, using temperature gradient and every available set of primers designed, using Taq polymerase<br> |
· gDNA Gel check<br> | · gDNA Gel check<br> | ||
Dry lab<br> | Dry lab<br> | ||
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<br><b>August 6</b> <br> | <br><b>August 6</b> <br> | ||
Wet lab<br> | Wet lab<br> | ||
- | · Ran gel for PCR for | + | · Ran gel for PCR for PPAR-alpha promoter, using temperature gradient and every available set of primers designed, using Taq polymerase<br> |
· Inoculation of FADR+BBa_J176171<br> | · Inoculation of FADR+BBa_J176171<br> | ||
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<p><strong>August 13 </strong><br /> | <p><strong>August 13 </strong><br /> | ||
Wet lab <br /> | Wet lab <br /> | ||
- | · Primers phosphorylation for FABP1 Multi-site Mutagenesis using T4 PNK <br /> | + | · Primers phosphorylation for FABP1 promoter Multi-site Mutagenesis using T4 PNK <br /> |
· Primers phosphorylation for Site Direct Mutagenesis for BBa_J04450-PSB1C3 using T4 PNK <br /> | · Primers phosphorylation for Site Direct Mutagenesis for BBa_J04450-PSB1C3 using T4 PNK <br /> | ||
· Site Direct Mutagenesis for BBa_J04450-PSB1C3 using phosphorylated primers and non phosphorylated primers <br /> | · Site Direct Mutagenesis for BBa_J04450-PSB1C3 using phosphorylated primers and non phosphorylated primers <br /> | ||
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· Digestion check for damaged plates of GRP78+pEGFP-N1 using Xba1 <br /> | · Digestion check for damaged plates of GRP78+pEGFP-N1 using Xba1 <br /> | ||
· Digestion check of pFadBA+eGFP+ BBa_J176171 using Age1HF, HindIII and Xba1 <br /> | · Digestion check of pFadBA+eGFP+ BBa_J176171 using Age1HF, HindIII and Xba1 <br /> | ||
- | · Site Direct Mutagenesis for illegal restriction sites for FABP1 <br /> | + | · Site Direct Mutagenesis for illegal restriction sites for FABP1 promoter<br /> |
· Inoculate GRP78+pEGFP-N1, pCMV+eGFP+BBa_J176171 <br /> | · Inoculate GRP78+pEGFP-N1, pCMV+eGFP+BBa_J176171 <br /> | ||
· DH10b <em>E. Coli</em> competent cells preparation</p> | · DH10b <em>E. Coli</em> competent cells preparation</p> | ||
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· Miniprep pCMV+eGFP+BBa_J176171 followed by digestion check using Nde1 and Age1HF <br /> | · Miniprep pCMV+eGFP+BBa_J176171 followed by digestion check using Nde1 and Age1HF <br /> | ||
· Digestion check of pFadBA+eGFP+BBa_J176171 using Nde1 , FADR+ BBa_J176171 using Age1 <br /> | · Digestion check of pFadBA+eGFP+BBa_J176171 using Nde1 , FADR+ BBa_J176171 using Age1 <br /> | ||
- | · Site direct Mutagenesis for FABP1+eGFP+BBa_J176171 <br /> | + | · Site direct Mutagenesis for FABP1 promoter+eGFP+BBa_J176171 <br /> |
· PCR for GRP78 promoter cloning from pDRIVE_hGRP78, followed by gel check PCR clean up, digestion using Ase1 and Xho1 and DNA purification</p> | · PCR for GRP78 promoter cloning from pDRIVE_hGRP78, followed by gel check PCR clean up, digestion using Ase1 and Xho1 and DNA purification</p> | ||
<p> </p> | <p> </p> | ||
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Wet lab <br /> | Wet lab <br /> | ||
· DH10b <em>E. Coli</em> competent cells preparation <br /> | · DH10b <em>E. Coli</em> competent cells preparation <br /> | ||
- | · Site direct Mutagenesis for FABP1+eGFP+BBa_J176171 with phosphorylated primers, followed by gel check before Dpn1 parental string digestion <br /> | + | · Site direct Mutagenesis for FABP1 promoter+eGFP+BBa_J176171 with phosphorylated primers, followed by gel check before Dpn1 parental string digestion <br /> |
· Ligation of GRP78 and pEGFP-N1, first vector dephophorylation and ligation with T4Ligase. Transformed into <em>E. Coli</em> DH10b strain <br /> | · Ligation of GRP78 and pEGFP-N1, first vector dephophorylation and ligation with T4Ligase. Transformed into <em>E. Coli</em> DH10b strain <br /> | ||
· Transformation of pBlueScript KS (+) in to SURE <em>E. Coli</em> <br /> | · Transformation of pBlueScript KS (+) in to SURE <em>E. Coli</em> <br /> | ||
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<p><strong>August 26 </strong><br /> | <p><strong>August 26 </strong><br /> | ||
Wet lab <br /> | Wet lab <br /> | ||
- | · FABP1 assessment under PCR conditions <br /> | + | · FABP1 promoter assessment under PCR conditions <br /> |
· BBa_J176171+eGFP assessment under PCR conditions <br /> | · BBa_J176171+eGFP assessment under PCR conditions <br /> | ||
· BBa_J176171bassessment under PCR conditions <br /> | · BBa_J176171bassessment under PCR conditions <br /> | ||
- | · Temperature gradient for FABP1+BBa_J176171+eGFP construct <br /> | + | · Temperature gradient for FABP1 promoter+BBa_J176171+eGFP construct <br /> |
· Inoculate pBlueScript KS (+)</p> | · Inoculate pBlueScript KS (+)</p> | ||
<p> </p> | <p> </p> | ||
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Wet lab <br /> | Wet lab <br /> | ||
· BBa_J176171bassessment under PCR conditions <br /> | · BBa_J176171bassessment under PCR conditions <br /> | ||
- | · Temperature gradient for FABP1+BBa_J176171+eGFP construct <br /> | + | · Temperature gradient for FABP1 promoter+BBa_J176171+eGFP construct <br /> |
· PCR for FABP1 promoter cloning from gDNA <br /> | · PCR for FABP1 promoter cloning from gDNA <br /> | ||
· GRP78 ligation to dephosphorylated pEGFP-N1, ligation done using T4 Ligase, transformed into <em>E.Coli</em> DH10b <br /> | · GRP78 ligation to dephosphorylated pEGFP-N1, ligation done using T4 Ligase, transformed into <em>E.Coli</em> DH10b <br /> | ||
Line 779: | Line 779: | ||
· Miniprep estreaked BBa_J176171 <br /> | · Miniprep estreaked BBa_J176171 <br /> | ||
· GRP78 ligation to dephosphorylated pEGFP-N1, ligation done using T4 Ligase, transformed into <em>E.Coli</em> DH10b <br /> | · GRP78 ligation to dephosphorylated pEGFP-N1, ligation done using T4 Ligase, transformed into <em>E.Coli</em> DH10b <br /> | ||
- | · Ligation of FABP1 in to pBlueScript KS (+) using T4 Ligase followed by transformation into DH10b <em>E. Coli</em> <br /> | + | · Ligation of FABP1 promoter in to pBlueScript KS (+) using T4 Ligase followed by transformation into DH10b <em>E. Coli</em> <br /> |
· Transformation of BBa_J176171 into SURE <em>E. Coli</em></p> | · Transformation of BBa_J176171 into SURE <em>E. Coli</em></p> | ||
<p> </p> | <p> </p> | ||
Line 785: | Line 785: | ||
Wet lab <br /> | Wet lab <br /> | ||
· Inoculate GRP78+pEGFP-N1 <br /> | · Inoculate GRP78+pEGFP-N1 <br /> | ||
- | · Inoculate FABP1+pBlueScript KS (+) <br /> | + | · Inoculate FABP1 promoter+pBlueScript KS (+) <br /> |
· Inoculate BBa_J176171 <br /> | · Inoculate BBa_J176171 <br /> | ||
· PCR conditions check for BBa_J176171 looking for heat degradation</p> | · PCR conditions check for BBa_J176171 looking for heat degradation</p> | ||
Line 791: | Line 791: | ||
<p><strong>August 31 </strong><br /> | <p><strong>August 31 </strong><br /> | ||
Wet lab <br /> | Wet lab <br /> | ||
- | · Miniprep of FABP1+pBlueScript KS (+), BBa_J176171 <br /> | + | · Miniprep of FABP1 promoter+pBlueScript KS (+), BBa_J176171 <br /> |
· PCR conditions check for BBa_J176171 looking for heat degradation</p><br> | · PCR conditions check for BBa_J176171 looking for heat degradation</p><br> | ||
</div> | </div> | ||
Line 804: | Line 804: | ||
<p><strong>September 1 </strong><br /> | <p><strong>September 1 </strong><br /> | ||
Wet lab <br /> | Wet lab <br /> | ||
- | · Digestion check for FABP1+pBlueScript KS (+) using EcoR1. Followed by gel check.</p> | + | · Digestion check for FABP1 promoter+pBlueScript KS (+) using EcoR1. Followed by gel check.</p> |
<p> </p> | <p> </p> | ||
<p><strong>September 2 </strong><br /> | <p><strong>September 2 </strong><br /> | ||
Wet lab <br /> | Wet lab <br /> | ||
- | · Digestion check for FABP1+pBlueScript KS (+) using EcoR1. Followed by gel check.</p> | + | · Digestion check for FABP1 promoter+pBlueScript KS (+) using EcoR1. Followed by gel check.</p> |
<p> </p> | <p> </p> | ||
<p><strong>September 3</strong><br /> | <p><strong>September 3</strong><br /> | ||
Wet lab <br /> | Wet lab <br /> | ||
· Restriction check from the damaged plates GRP78+pEGFP-N1 using Xba1 <br /> | · Restriction check from the damaged plates GRP78+pEGFP-N1 using Xba1 <br /> | ||
- | · Repeat FABP1 and pBlueScript KS (+) ligation, vector Dephosphorylation by Antartic Phosphatase and ligation using T4 Ligase, followed by transformation into DH10b<em> E. Coli</em></p> | + | · Repeat FABP1 promoter and pBlueScript KS (+) ligation, vector Dephosphorylation by Antartic Phosphatase and ligation using T4 Ligase, followed by transformation into DH10b<em> E. Coli</em></p> |
<p> </p> | <p> </p> | ||
<p><strong>September 4 </strong><br /> | <p><strong>September 4 </strong><br /> | ||
Line 819: | Line 819: | ||
· GRP78 promoter PCR Cloning from pDRIVE_hGFRP78, followed by PCR cleanup using kit. Then restriction check using Xba1 <br /> | · GRP78 promoter PCR Cloning from pDRIVE_hGFRP78, followed by PCR cleanup using kit. Then restriction check using Xba1 <br /> | ||
· pEGFP-N1 restriction for GRP78 assembly, digested by Ase1 and BamH1, then Gel check, Gel extraction and purification, vector dephosphorilation and ligation by T4 ligase. Transformed into DH10b <em>E. Coli</em> <br /> | · pEGFP-N1 restriction for GRP78 assembly, digested by Ase1 and BamH1, then Gel check, Gel extraction and purification, vector dephosphorilation and ligation by T4 ligase. Transformed into DH10b <em>E. Coli</em> <br /> | ||
- | · Inoculation of FABP1+ pBlueScript KS (+)</p> | + | · Inoculation of FABP1 promoter+ pBlueScript KS (+)</p> |
<p> </p> | <p> </p> | ||
<p><strong>September 5 </strong><br /> | <p><strong>September 5 </strong><br /> | ||
Wet lab <br /> | Wet lab <br /> | ||
- | · Miniprep of FABP1+pBlueScript KS (+) then restriction check using Ecor1, followed by gel check. <br /> | + | · Miniprep of FABP1 promoter+pBlueScript KS (+) then restriction check using Ecor1, followed by gel check. <br /> |
- | · Site Direct Mutagenesis for FABP1+pBlueScript KS (+), Gel Check</p> | + | · Site Direct Mutagenesis for FABP1 promoter+pBlueScript KS (+), Gel Check</p> |
<p> </p> | <p> </p> | ||
<p><strong>September 6 </strong><br /> | <p><strong>September 6 </strong><br /> | ||
Wet lab <br /> | Wet lab <br /> | ||
· Restriction of GRP78 PCR product by Ase1 and Xho1 <br /> | · Restriction of GRP78 PCR product by Ase1 and Xho1 <br /> | ||
- | · PCR for | + | · PCR for PPAR-alpha promoter cloning <br /> |
Dry lab <br /> | Dry lab <br /> | ||
· Review on previous Mutagenesis attempts and troubleshooting</p> | · Review on previous Mutagenesis attempts and troubleshooting</p> | ||
Line 842: | Line 842: | ||
<p><strong>September 9 </strong><br /> | <p><strong>September 9 </strong><br /> | ||
Wet lab <br /> | Wet lab <br /> | ||
- | · Ran gel for | + | · Ran gel for PPAR-alpha promoter cloning <br /> |
- | · pEGFP-N1 digestion for | + | · pEGFP-N1 digestion for PPAR-alpha promoter and vector dephosphorylation</p> |
<p> </p> | <p> </p> | ||
<p><strong>September 10 </strong><br /> | <p><strong>September 10 </strong><br /> | ||
Wet lab <br /> | Wet lab <br /> | ||
· Site Direct Mutagenesis for pFRIVE_hGRP78 then Gel Check <br /> | · Site Direct Mutagenesis for pFRIVE_hGRP78 then Gel Check <br /> | ||
- | · Site Direct Mutagenesis FABP1+pBlueScript KS(+) then Gel Check</p> | + | · Site Direct Mutagenesis FABP1 promoter+pBlueScript KS(+) then Gel Check</p> |
<p> </p> | <p> </p> | ||
<p><strong>September 11 </strong><br /> | <p><strong>September 11 </strong><br /> | ||
Wet lab <br /> | Wet lab <br /> | ||
- | · Site Direct Mutagenesis FABP1+pBlueScript KS(+) then Gel Check <br /> | + | · Site Direct Mutagenesis FABP1 promoter+pBlueScript KS(+) then Gel Check <br /> |
· Site Direct Mutagenesis for pFRIVE_hGRP78 then Gel Check <br /> | · Site Direct Mutagenesis for pFRIVE_hGRP78 then Gel Check <br /> | ||
- | · Digest mutant FABP1+ pBlueScript KS(+) with Dpn1 then transformed into SURE <em>E. Coli</em></p> | + | · Digest mutant FABP1 promoter+ pBlueScript KS(+) with Dpn1 then transformed into SURE <em>E. Coli</em></p> |
<p> </p> | <p> </p> | ||
<p><strong>September 12 </strong><br /> | <p><strong>September 12 </strong><br /> | ||
Wet lab <br /> | Wet lab <br /> | ||
· GRP78 PCR product digested by Ase1 and Xho1, ligated with dephosphorylated pEGFP-N1 vector and ligated by T4 ligase, transformed into DH10b<em> E. Coli </em> <br /> | · GRP78 PCR product digested by Ase1 and Xho1, ligated with dephosphorylated pEGFP-N1 vector and ligated by T4 ligase, transformed into DH10b<em> E. Coli </em> <br /> | ||
- | · Inoculations of mutant FABP1+pBlueScript KS(+)</p> | + | · Inoculations of mutant FABP1 promoter+pBlueScript KS(+)</p> |
<p> </p> | <p> </p> | ||
<p><strong>September 13 </strong><br /> | <p><strong>September 13 </strong><br /> | ||
Wet lab <br /> | Wet lab <br /> | ||
- | · Miniprep of Mutant FABP1+ pBlueScript KS(+), then restriction check using Ecor1, ran gel <br /> | + | · Miniprep of Mutant FABP1 promoter+ pBlueScript KS(+), then restriction check using Ecor1, ran gel <br /> |
· Site Direct Mutagenesis for pFRIVE_hGRP78 then Gel Check </p> | · Site Direct Mutagenesis for pFRIVE_hGRP78 then Gel Check </p> | ||
<p> </p> | <p> </p> |
Revision as of 17:01, 27 September 2013
FA Sensing Mechanism Module's Notebook
June 2013
June 24
Wet lab
· Inoculation of pBlueScript KS(+) for training
· Autoclave basic materials
· Preparing LB
· LB-Ampicillin plates poured Dry lab
Protocols review
June 25
Wet lab
· Plasmid extraction of pBlueScript KS(+)
· LB-Chloramphenicol plates poured
Dry lab
· Primers design for FABP1 promoter, PPAR-alpha promoter, GRP78 promoter
· Informal meeting
June 26
Wet lab
· Extraction of gDNA from HepG2 Cells for FABP1 promoter and PPAR-alpha promoter
· Transformation of pEGFP-N1 and BBa_K817002 (pFadBA)
June 27
Wet lab
· Inoculation of pEGFP-N1 and BBa_K817002 (pFadBA) for plasmid extraction
June 28
Wet lab
· Extraction of pEGFP-N1 and BBa_K817002 (pFadBA) plasmids by miniprep
· Restriction of pEGFP-N1 Restriction digestion by Ase1 and bamH1 for PPAR-alpha promoter; Ase1 and Xho1 for GRP78, Xba1 and BamH1 for FABP1 promoter, Pst1 and Not1; followed by gel check, extraction and purification
· Restriction of c(pFadBA) by EcoR1 and Pst1
· Ran 0.8% gel for pEGFP-N1 and 2% gel for BBa_K817002 (pFadBA)
June 30
Dry lab
Experiment planning and protocols revision for next week work
July 2013
July 2
Wet lab
· Digestion of pEGFP-N1 by Ase1 and bamH1 for PPAR-alpha promoter; , Xba1 and BamH1 for FABP1 promoter
· LB-Chloramphenicol plates (the previous ones were found contaminated)
· Inoculation of pEGFP-N1 for plasmid extraction
· Transformation of pFadBA due chloramphenicol plates contamination
July 3
· Extraction of pEGFP-N1 plasmids by miniprep
· PCR for PPAR-alpha promoter amplification
· Digestion of pEGFP-N1 by Ase1 and bamH1 for PPAR-alpha promoter; , Xba1 and BamH1 for FABP1 promoter
July 4
Wet lab
· Inoculation of BBa_K817002 pFadBA
· PCR for PPAR-alpha promoter and FABP1 promoter cloning from gDNA
· Ran gel for digestion of pEGFP-N1 by Ase1 and bamH1 for PPAR-alpha promoter; Xba1 and BamH1 for FABP1 promoter; Ase1 and Xhol1 for GRP78
July 5
Wet lab
· Extraction of BBa_K817002 (pFadBA)
· Inoculation of pEGFP-N1
· PCR for PPAR-alpha promoter and FABP1 promoter cloning from gDNA
· Gel check, 0.8% gel for previously gDNA extraction
· Ran gel for PCR check of PPAR-alpha promoter and FABP1 promoter
· Poured new LB-Kanamycin plates
· Transformation of BBa_J176171
Dry lab
· Discussion about re-design constructions, possible change for BBa_J176171 as mammalian expression vector
· Primer redesign for PPAR-alpha promoter and FABP1 promoter
July 8
Wet lab
· gDNA extraction from HepG2 cells
· Restriction of BBa_K817002 pFAdBA
· Gel check for gDNA extraction
· Inoculation of BBa_J176171, BBa_K817002 (pFadBA), pEGFP-N1 for plasmid extraction
· New primers for PPAR-alpha promoter and FABP1 promoter arrival
· Ran gel for BBa_K817002 pFadBA restriction check, gel extraction and purification
July 9
Wet lab
· Extraction of BBa_J176171, BBa_K817002 pFadBA and pEGFP-N1 by miniprep
· Restriction of pEGFP-N1 Restriction digestion by Ase1 and bamH1 for PPAR-alpha promoter; Ase1 and Xho1 for GRP78, Xba1 and BamH1 for FABP1 promoter, Pst1 and Not1; followed by gel check, extraction and purification
· Restriction of BBa_J176171 for pFadBA Ase1 and BamH1; FABP1 promoter by Xba1 and Not1
· Ran gel for pEGFP-N1 and BBa_J176171 restriction products
· PCR PPAR-alpha promoter and FABP1 promoter cloning from gDNA
· BBa_J52034 (FADR) transformation
July 10
Wet lab
· Ran gel for PCR check of PPAR-alpha promoter and FAPB1 promoter
· PCR for FABP1 promoter, PCR replication
· BBa_J176171 vector dephosphorylation by antartic phosphatase
· Ligation of BBa_K817002 and pFadBA and BBa_J176171
· BBa_J52034 (FADR) inoculation
· Digestion for BBa_K817002 pFadBA extraction
Gel check for BBa_K817002 pFadBA extraction
July 11
Wet lab
· Gel purification for BBa_K817002 pFadBA extraction
· Gel check for FABP1 promoter PCR product
· PCR clean-up
· BBa_J52034 (FADR) miniprep
· BBa_J52034 restriction by Pst1 HF and Not1 HF
· PCR for PPAR-alpha promoter
Dry lab
Re-design constructions, now using BBa_J176171 as mammalian expression vector for all related constructions
July 12
Wet lab
· Digestion of FABP1 promoter PCR product
· Ran gel for PCR check of PPAR-alpha promoter
· Digest pEGFP-n1 for BBa_J52034 FADR
· Ran gel for pEGFP-n1 for BBa_J52034 FADR followed by gel purification
· BBa_J176171 vector dephosphorylation by Antarctic phosphatase for FABP1 promoter and FADR promoter
Dry Lab
Primers design for pCMV cloning for FADR expression
July 15
Wet lab
· Ligation of FABP1 promoter, eGFP, and BBa_J176171, using 3 pieces ligation
· Transformation of FABP1 promoter, eGFP, and BBa_J176171 ligation
· FABP1 promoter+eGFP +BBa_J176171 ligation restriction check
July 16
Wet Lab
· Miniprep for full construct of FABP1 promoter and pEGFP-N1
· FADR and pEGFP-N1 Backbone parts ligation
· Plasmids extraction for pCMV cloning for FADR
· BBa_K817002 pFadBA promoter extraction by EcoR1 and Pst1 HF
· BBa_J52034 restriction by EcoR1 and Pst1 HF
· Inoculations for full construct of FABP1 promoter and pEGFP-N1
· Streak colonies containing the right construct for FABP1 promoter
July 17
Wet lab
· Plasmid extraction for FABP1 promoter+eGFP+BBa_J176171 by miniprep
· Repeat FadR and pFadBA constructs
· Digest pEGFP-n1 and BBa-J176171 for FADR
· Digestion for BBa_K817002 (pFadBA) extraction
· Gel check and gel extraction for BBa_J176171 for FADR and BBa_K817002 (pFadBA)
July 18
Wet lab
· Gel purification for all digested products
· FABP1 promoter digestion check for whole construct prior transfection
· pFadBA vector de phosphorylation and ligation with eGFP and BBa_J176171
· Transformation of pFadBA+eGFP+BBa_J176171
July 19
Wet lab
· FABP1 promoter preparation for transfection
· Ligation of pFadBA and BBa_J176171 followed by transformation
· PCR for PPAR-alpha promoter cloning
Dry lab
· Design for characterization of the transfected cells with FABP1 construct
· Review for Multiple Sites Mutagenesis
· Ordered primers for pCMV cloning from pEGFP-N1
July 22
Wet lab
· FABP1 construct given for characterization and transfection
· Further colony screening for FABP1 construct, inoculations
· Inoculation of pFadBA and BBa_J176171
· Ran gel for PPAR-alpha promoter PCR products
July 23
Wet lab
· Primers arrival for pCMV cloning
· PCR for pCMV cloning
· Digestion and gel for construction check for FABP1 promoter
· pFadBA gel extraction and purification, followed by vector dephosphorylation BBa_J176171 and ligation, then transformation
· Digestion of pEGFP-N1 for FADR, followed by gel check and extraction
July 24
Wet lab
· DNA purification from gel extraction for digested pEGFP-N1
· Multiple sites mutagenesis for illegal restriction sites for FABP1 promoter
· Ran gel for pCMV cloning from pEGFP-N1
· PCR clean up for pCMV cloning from pEGFP-N1
· PCR for PPAR-alpha promoter with new primers using Taq polymerase
· Transformation of mutagenesis products
· Inoculation of pFadBA ligation colonies
July 25
Wet lab
· Ran gel check PPAR-alpha promoter PCR cloning with new primers using Taq polymerase
· Minprep of pFadBA+eGFP+BBa_J176171 ligation colonies, followed by digestion check
July 26
Wet lab
· Multiple sites mutagenesis for illegal restriction sites for FABP1 promoter
· Ran gel before parental string digestion of mutagenesis products
· Digestion of pEGFP-N1 by Apa1 and Xba1 followed by gel check
· Plasmids preparation according to transfection requirements, construct and controls
July 30
Wet lab
· PPAR-alpha promoter PCR cloning with new primers using Vent polymerase
· Restriction check for pEGFP-N1, using EcoR1, Xba1, Spe1 and Pst1
· BBa_J176171 vector de phosphorylation, followed by ligation with eGFP using T4 Ligase, then transformation into E. Coli strain DH10b
· PCR for PPAR-alpha promoter with new primers using Vent polymerase
Dry lab
· Discussion and re assessment of constructs related to pEGFP-N1
July 31
· Ran gel check for PPAR-alpha promoter PCR cloning with new primers using Vent polymerase
· PCR for pCMV cloning from pEGFP-N1, followed by gel check and PCR clean up
· PCR for PPAR-alpha promoter with reference primers using Vent polymerase
· Ran gel check for PPAR-alpha promoter PCR cloning with reference primers using Vent polymerase
August 2013
August 2
Wet lab
· Restriction check for EGFP+ BBa_J176171 using EcoR1 and Pst1HF
· Consensus Kozak sequence extraction from BBa_J176171 by EcoR1 and Xba1, followed by gel check and DNA purification
· PCR for PPAR-alpha promoter, using temperature gradient and every available set of primers designed, using Vent polymerase
· Genomic DNA extraction from HepG2 cells, Phenol/Chloroform protocol
August 5
Wet lab
· Gel Check for PPAR-alpha promoter PCR promoter cloning, using temperature gradient and every available set of primers designed.
· Digestion of BBa_J176171 using single restriction site, Xba1, vector dephosphorylation and ligation with FADR followed by transformation
· Ligation check of pFadBA+BBa_J176171+eGFP using Age1
· PCR for PPAR-alpha promoter, using temperature gradient and every available set of primers designed, using Taq polymerase
· gDNA Gel check
Dry lab
· Primers design for BBa_J04450-PSB1C3 Xba1 restriction site removal by site direct mutagenesis
August 6
Wet lab
· Ran gel for PCR for PPAR-alpha promoter, using temperature gradient and every available set of primers designed, using Taq polymerase
· Inoculation of FADR+BBa_J176171
August 7
Wet lab
· Digestion check of BBa_J176171+eGFP by Not1 and Pst1
· Digestion check of BBa_J176171+FADR by Xba1 and HindIII
· Ran gel for digestion check
· Inoculation of FADR+BBa_J176171, colony screening
August 8
Wet lab
· Miniprep for FADR+BBa_J176171, colony screening
· Digestion check of BBa_J176171+FADR by Xba1 and HindIII
· Ran gel for digestion check
· Inoculation of FADR+BBa_J176171, colony screening
· pCMV from cloned from pEGFP-N1adding restriction sites for ligation with eGFP and BBa_J176171, followed by transformation
August 9
Wet lab
· Primers arrival for BBa_J04450-PSB1C3 for site direct mutagenesis
· Digestion check of BBa_J176171+FADR Xba1 and HindIII, Xba1 and Spe1
· Ran gel for digestion check
· Site direct Mutagenesis for BBa_J04450-PSB1C3 removing Xba1 restriction site, followed by gel check before parental string digestion and transformation
· Inoculation of pCMV from cloned from pEGFP-N1adding restriction sites for ligation with eGFP and BBa_J176171
August 12
Wet lab
· Miniprep of pCMV+eGFP+ BBa_J176171, followed by digestion check and gel
· PCR for pCMV cloning from pEGFP-N1 using Vent polymerase, followed by gel check and PCR clean up
· Digestion check of BBa_J176171+FADR by Xba1, HindIII and Spe1
· Ran gel for digestion check
· pEGFP-N1 digestion for GRP78, extraction pCMV using Ase1 and Xho1, followed by gel check and DNA purification
· Digestion of BBa_J176171 using single restriction site, Xba1, vector dephosphorylation and ligation with FADR followed by transformation
· Site direct mutagenesis for BBa_J04450-PSB1C3, followed by gel check before parental digestion with Dpn1 and transformation
August 13
Wet lab
· Primers phosphorylation for FABP1 promoter Multi-site Mutagenesis using T4 PNK
· Primers phosphorylation for Site Direct Mutagenesis for BBa_J04450-PSB1C3 using T4 PNK
· Site Direct Mutagenesis for BBa_J04450-PSB1C3 using phosphorylated primers and non phosphorylated primers
· Overnight culture for Competent cells
· pDRIVE_hGRP78 arrival, transformation into E. Coli strain DH10b
August 14
Wet lab
· Nothing done due the typhoon
August 15
Wet lab
· pFadBA+pEGFP-N1 ligation, first vector dephosphorylation using Antarctic phosphatase followed by ligation by T4Ligase and transformation into E. Coli SURE strain.
· pCMV+eGFP+BBa_J176171 digestion check, followed by gel check
· Repeat GRP78+pEGFP-N1 ligation, followed by transformation into E. Coli DH10b strain.
· Digestion check for FADR+BBa_J176171 usign Xba1 and HindIII
· Inoculations of FADR+ BBa_J176171, pCMV+eGFP+ BBa_J176171, pFadBA+pEGFP-N1, pFadBA+eGFP+ BBa_J176171 followed by gel check
August 16
Wet lab
· Miniprep of FADR+ BBa_J176171, pCMV+eGFP+ BBa_J176171, pFadBA+pEGFP-N1, pFadBA+eGFP+ BBa_J176171
· Restriction check for FADR+ BBa_J176171 and pFadBA+pEGFP-N1 followed by gel check
· Inoculations of FADR+ BBa_J176171, pFadBA+pEGFP-N1, pFadBA+eGFP+ BBa_J176171
· DH105alpha E. Coli competent cells preparation
August 19
Wet lab
· Repeat GRP78+pEGFP-N1 ligation, followed by transformation into E. Coli DH10b strain.
· Miniprep of FADR+ BBa_J176171, pFadBA+pEGFP-N1, pFadBA+eGFP+ BBa_J176171
· Restriction check for pFadBA+pEGFP-N1 followed by gel check
· Restriction check for FADR+ BBa_J176171 and pFadBA+pEGFP-N1 followed by gel check
· Streak colony with the right FADR+BBa_J176171 construct
· DH5alpha E. Coli competent cells preparation
·
August 20
Wet lab
· Digestion check pFadBA+pEGFP-N1 with Pst1, Xba1. Followed by gel check
· Digestion check for damaged plates of GRP78+pEGFP-N1 using Xba1
· Digestion check of pFadBA+eGFP+ BBa_J176171 using Age1HF, HindIII and Xba1
· Site Direct Mutagenesis for illegal restriction sites for FABP1 promoter
· Inoculate GRP78+pEGFP-N1, pCMV+eGFP+BBa_J176171
· DH10b E. Coli competent cells preparation
August 21
Wet lab
· Miniprep GRP78+pEGFP-N1, followed by digestion check and gel check using Spe1
· Miniprep pCMV+eGFP+BBa_J176171 followed by digestion check using Nde1 and Age1HF
· Digestion check of pFadBA+eGFP+BBa_J176171 using Nde1 , FADR+ BBa_J176171 using Age1
· Site direct Mutagenesis for FABP1 promoter+eGFP+BBa_J176171
· PCR for GRP78 promoter cloning from pDRIVE_hGRP78, followed by gel check PCR clean up, digestion using Ase1 and Xho1 and DNA purification
August 22
Wet lab
· DH10b E. Coli competent cells preparation
· Site direct Mutagenesis for FABP1 promoter+eGFP+BBa_J176171 with phosphorylated primers, followed by gel check before Dpn1 parental string digestion
· Ligation of GRP78 and pEGFP-N1, first vector dephophorylation and ligation with T4Ligase. Transformed into E. Coli DH10b strain
· Transformation of pBlueScript KS (+) in to SURE E. Coli
Dry lab
· Discuss about FABP1 construct vanishing under PCR conditions
August 26
Wet lab
· FABP1 promoter assessment under PCR conditions
· BBa_J176171+eGFP assessment under PCR conditions
· BBa_J176171bassessment under PCR conditions
· Temperature gradient for FABP1 promoter+BBa_J176171+eGFP construct
· Inoculate pBlueScript KS (+)
August 27
Wet lab
· DH10b E. Coli competent cells preparation
August 28
Wet lab
· BBa_J176171bassessment under PCR conditions
· Temperature gradient for FABP1 promoter+BBa_J176171+eGFP construct
· PCR for FABP1 promoter cloning from gDNA
· GRP78 ligation to dephosphorylated pEGFP-N1, ligation done using T4 Ligase, transformed into E.Coli DH10b
· Miniprep pBlueScript KS (+)
· Digest pBlueScript KS (+) with Xba1 and BamH1HF
· Restreak BBa_J176171 and inoculate it
August 29
Wet lab
· Miniprep estreaked BBa_J176171
· GRP78 ligation to dephosphorylated pEGFP-N1, ligation done using T4 Ligase, transformed into E.Coli DH10b
· Ligation of FABP1 promoter in to pBlueScript KS (+) using T4 Ligase followed by transformation into DH10b E. Coli
· Transformation of BBa_J176171 into SURE E. Coli
August 30
Wet lab
· Inoculate GRP78+pEGFP-N1
· Inoculate FABP1 promoter+pBlueScript KS (+)
· Inoculate BBa_J176171
· PCR conditions check for BBa_J176171 looking for heat degradation
August 31
Wet lab
· Miniprep of FABP1 promoter+pBlueScript KS (+), BBa_J176171
· PCR conditions check for BBa_J176171 looking for heat degradation
September 2013
September 1
Wet lab
· Digestion check for FABP1 promoter+pBlueScript KS (+) using EcoR1. Followed by gel check.
September 2
Wet lab
· Digestion check for FABP1 promoter+pBlueScript KS (+) using EcoR1. Followed by gel check.
September 3
Wet lab
· Restriction check from the damaged plates GRP78+pEGFP-N1 using Xba1
· Repeat FABP1 promoter and pBlueScript KS (+) ligation, vector Dephosphorylation by Antartic Phosphatase and ligation using T4 Ligase, followed by transformation into DH10b E. Coli
September 4
Wet lab
· GRP78 promoter PCR Cloning from pDRIVE_hGFRP78, followed by PCR cleanup using kit. Then restriction check using Xba1
· pEGFP-N1 restriction for GRP78 assembly, digested by Ase1 and BamH1, then Gel check, Gel extraction and purification, vector dephosphorilation and ligation by T4 ligase. Transformed into DH10b E. Coli
· Inoculation of FABP1 promoter+ pBlueScript KS (+)
September 5
Wet lab
· Miniprep of FABP1 promoter+pBlueScript KS (+) then restriction check using Ecor1, followed by gel check.
· Site Direct Mutagenesis for FABP1 promoter+pBlueScript KS (+), Gel Check
September 6
Wet lab
· Restriction of GRP78 PCR product by Ase1 and Xho1
· PCR for PPAR-alpha promoter cloning
Dry lab
· Review on previous Mutagenesis attempts and troubleshooting
September 9
Wet lab
· Ran gel for PPAR-alpha promoter cloning
· pEGFP-N1 digestion for PPAR-alpha promoter and vector dephosphorylation
September 10
Wet lab
· Site Direct Mutagenesis for pFRIVE_hGRP78 then Gel Check
· Site Direct Mutagenesis FABP1 promoter+pBlueScript KS(+) then Gel Check
September 11
Wet lab
· Site Direct Mutagenesis FABP1 promoter+pBlueScript KS(+) then Gel Check
· Site Direct Mutagenesis for pFRIVE_hGRP78 then Gel Check
· Digest mutant FABP1 promoter+ pBlueScript KS(+) with Dpn1 then transformed into SURE E. Coli
September 12
Wet lab
· GRP78 PCR product digested by Ase1 and Xho1, ligated with dephosphorylated pEGFP-N1 vector and ligated by T4 ligase, transformed into DH10b E. Coli
· Inoculations of mutant FABP1 promoter+pBlueScript KS(+)
September 13
Wet lab
· Miniprep of Mutant FABP1 promoter+ pBlueScript KS(+), then restriction check using Ecor1, ran gel
· Site Direct Mutagenesis for pFRIVE_hGRP78 then Gel Check
September 14
Wet lab
· Site Direct Mutagenesis for pFRIVE_hGRP78 then Gel Check