Team:UNICAMP-Brazil/Notebooks/September 26

From 2009.igem.org

(Difference between revisions)
(Recovering More Biobricks)
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====New Strategy / finO and finP====
====New Strategy / finO and finP====
-
* We are truly disappointed that we still couldn't make our finO and finP biobricks. We found a lot of issues that must be solved in order to achieve this objective, and we are totally running out of time =(
+
*<p style=”text-align:justify;”>We are truly disappointed that we still couldn't make our finO and finP biobricks. We found a lot of issues that must be solved in order to achieve this objective, and we are totally running out of time =(</p>
-
* We decided that we are going to leave finO and finP aside for a while, and we will focus on constructing our modified version of Paris 2007 Team's biobricks.
+
*<p style=”text-align:justify;”>We decided that we are going to leave finO and finP aside for a while, and we will focus on constructing our modified version of Paris 2007 Team's biobricks.</p>
-
* We made a whole schedule for that, and we hope we would complete it in a week tops. The next step would be it's insertion into genomic DNA by homologous recombination.
+
*<p style=”text-align:justify;”>We made a whole schedule for that, and we hope we would complete it in a week tops. The next step would be it's insertion into genomic DNA by homologous recombination.</p>
''Marcelo''
''Marcelo''
Line 15: Line 15:
====Recovering More Biobricks====
====Recovering More Biobricks====
-
* We started our "new strategy" (related to modifying Paris 2007 team's biobricks) by recovering some biobricks that had now became useful for our project. We ressuspended biobricks BBa_E0840 (GFP device), BBa_I718017 (lox71), BBa_J61000 (chloramphenicol resistance cassette) and BBa_I718016 (lox66), and then transfomed them into electrocompetent E. coli cells, strain DH10B, according to protocol 3 (see Protocols section).
+
*<p style=”text-align:justify;”>We started our "new strategy" (related to modifying Paris 2007 team's biobricks) by recovering some biobricks that had now became useful for our project. We ressuspended biobricks BBa_E0840 (GFP device), BBa_I718017 (lox71), BBa_J61000 (chloramphenicol resistance cassette) and BBa_I718016 (lox66), and then transfomed them into electrocompetent E. coli cells, strain DH10B, according to protocol 3 (see Protocols section).</p>
-
* The transformed cells were plated in LB-AMP media, and were grown for an O/N period.
+
*<p style=”text-align:justify;”>The transformed cells were plated in LB-AMP media, and were grown for an O/N period.</p>
''Marcelo and Victor''
''Marcelo and Victor''
Line 24: Line 24:
====Dephosphorylation - CIAP test====
====Dephosphorylation - CIAP test====
-
*Today we performed 5' dephosphorylation of a biobrick vector (previously digested with XbaI and SpeI) with CIAP (Protocol 10) in order to test the reaction efficiency and compare with SAP protocol (Protocol 9).  
+
*<p style=”text-align:justify;”>Today we performed 5' dephosphorylation of a biobrick vector (previously digested with XbaI and SpeI) with CIAP (Protocol 10) in order to test the reaction efficiency and compare with SAP protocol (Protocol 9).  
-
We did two ligation reactions, one using the phosphorylated vector (control) and another using the dephosphorylated (Protocol 11).
+
We did two ligation reactions, one using the phosphorylated vector (control) and another using the dephosphorylated (Protocol 11).</p>
-
*We transformed the electrocompetent E. coli (protocol 3) with the ligations and plated in LB+Amp+Kan media.   
+
*<p style=”text-align:justify;”>We transformed the electrocompetent E. coli (protocol 3) with the ligations and plated in LB+Amp+Kan media.  </p>
''Raíssa and Taís''
''Raíssa and Taís''
{{:Team:UNICAMP-Brazil/inc_rodape}}
{{:Team:UNICAMP-Brazil/inc_rodape}}

Revision as of 21:23, 3 October 2009

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ColiGuard

New Strategy / finO and finP

  • We are truly disappointed that we still couldn't make our finO and finP biobricks. We found a lot of issues that must be solved in order to achieve this objective, and we are totally running out of time =(

  • We decided that we are going to leave finO and finP aside for a while, and we will focus on constructing our modified version of Paris 2007 Team's biobricks.

  • We made a whole schedule for that, and we hope we would complete it in a week tops. The next step would be it's insertion into genomic DNA by homologous recombination.

Marcelo

Recovering More Biobricks

  • We started our "new strategy" (related to modifying Paris 2007 team's biobricks) by recovering some biobricks that had now became useful for our project. We ressuspended biobricks BBa_E0840 (GFP device), BBa_I718017 (lox71), BBa_J61000 (chloramphenicol resistance cassette) and BBa_I718016 (lox66), and then transfomed them into electrocompetent E. coli cells, strain DH10B, according to protocol 3 (see Protocols section).

  • The transformed cells were plated in LB-AMP media, and were grown for an O/N period.

Marcelo and Victor

YeastGuard

Dephosphorylation - CIAP test

  • Today we performed 5' dephosphorylation of a biobrick vector (previously digested with XbaI and SpeI) with CIAP (Protocol 10) in order to test the reaction efficiency and compare with SAP protocol (Protocol 9).

We did two ligation reactions, one using the phosphorylated vector (control) and another using the dephosphorylated (Protocol 11).

  • We transformed the electrocompetent E. coli (protocol 3) with the ligations and plated in LB+Amp+Kan media.

Raíssa and Taís