Template:Team:KULeuven/10 September 2009/BlueLightReceptor

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(New page: # miniprep of LigX nanodrop results: {| border ="1" align="center" !| Part || concentration (ng/μl) || 260/280 λ || |- align="center" | LigX1(1) || 110,9 || 1,97 || |- align="...)
 
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# miniprep of LigX  
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# Since the results from our light experiments keep failing, some new ideas were computed. pSB1A2 is the backbone for our construct but since this is a high copy number plasmid perhaps the ratio of promotor to repressor is unequal (not enough repressor). A new enting in LC was done with ligX. These were grown for a few hours at 37°C and then put in 16°C room overnight so that more repressor can be made (its promotor is temperature-sensitive).
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nanodrop results:  
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# Ligation from 09/08 was electroporated in competent cells.
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# Miniprep of LigX, restriction digest and gel electrophoresis. The signals were good so a motherplate for ligX was made. Also, the vector pSB1A2 was extracted from the gel (39,1 ng/µl).
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Nanodrop results:  
{| border ="1" align="center"
{| border ="1" align="center"
!| Part || concentration (ng/μl) || 260/280 λ ||  
!| Part || concentration (ng/μl) || 260/280 λ ||  

Latest revision as of 08:24, 14 September 2009

  1. Since the results from our light experiments keep failing, some new ideas were computed. pSB1A2 is the backbone for our construct but since this is a high copy number plasmid perhaps the ratio of promotor to repressor is unequal (not enough repressor). A new enting in LC was done with ligX. These were grown for a few hours at 37°C and then put in 16°C room overnight so that more repressor can be made (its promotor is temperature-sensitive).
  2. Ligation from 09/08 was electroporated in competent cells.
  3. Miniprep of LigX, restriction digest and gel electrophoresis. The signals were good so a motherplate for ligX was made. Also, the vector pSB1A2 was extracted from the gel (39,1 ng/µl).

Nanodrop results:

Part concentration (ng/μl) 260/280 λ
LigX1(1) 110,9 1,97
LigX1(2) 107,3 1,95
LigX1(3) 97,1 1,98
LigX1(4) 106,9 1,97
LigX2(1) 123,8 1,99
LigX2(2) 100,9 1,99
LigX2(3) 111 1,95
LigX2(4) 108 1,97