Team:Osaka/Protocols

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(Difference between revisions)
(Protocols)
(Protocols)
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*Preparation of competent cells for heat-shock transformation
*Preparation of competent cells for heat-shock transformation
** Preparation
** Preparation
-
# SOB medium           1L(-> final conc.)
+
# SOB medium 1L(-> final conc.)
-
#* Bacto Tryptone       20g(-> 2.0%)
+
#* Bacto Tryptone 20g(-> 2.0%)
-
#* Bacto Yeast Extract 5g(-> 0.5%)
+
#* Bacto Yeast Extract 5g(-> 0.5%)
-
#* 5M NaCl             2ml(-> 10mM)
+
#* 5M NaCl 2ml(-> 10mM)
-
#* 2M KCl               1.25ml(-> 2.5mM)
+
#* 2M KCl 1.25ml(-> 2.5mM)
#* Add miliQ water 990ml to all miture and sterilize by autoclave. Before using, add sterilized Mg2 solution(1M MgSO4, MgCl2) 10 ml.
#* Add miliQ water 990ml to all miture and sterilize by autoclave. Before using, add sterilized Mg2 solution(1M MgSO4, MgCl2) 10 ml.
-
 
+
# SOC medium
 +
#* Add sterilized 2M glucose 1 / 100 volume  to SOB medium, and sterilize by filtration using 0.22 um microfilter. Store at 4℃.
 +
# Tranformation buffer, TB 1L(-> final conc.)
 +
#* PIPES 3.0g(-> 10mM)
 +
#* CaCl2 2H2O 2.2g(-> 15mM)
 +
#* KCl 18.6g(-> 250mM)
*Transformation by heat-shock
*Transformation by heat-shock
*Plasmid DNA miniprep
*Plasmid DNA miniprep

Revision as of 07:36, 24 October 2010


Protocols

  • Preparation of competent cells for heat-shock transformation
    • Preparation
  1. SOB medium 1L(-> final conc.)
    • Bacto Tryptone 20g(-> 2.0%)
    • Bacto Yeast Extract 5g(-> 0.5%)
    • 5M NaCl 2ml(-> 10mM)
    • 2M KCl 1.25ml(-> 2.5mM)
    • Add miliQ water 990ml to all miture and sterilize by autoclave. Before using, add sterilized Mg2 solution(1M MgSO4, MgCl2) 10 ml.
  2. SOC medium
    • Add sterilized 2M glucose 1 / 100 volume to SOB medium, and sterilize by filtration using 0.22 um microfilter. Store at 4℃.
  3. Tranformation buffer, TB 1L(-> final conc.)
    • PIPES 3.0g(-> 10mM)
    • CaCl2 2H2O 2.2g(-> 15mM)
    • KCl 18.6g(-> 250mM)
  • Transformation by heat-shock
  • Plasmid DNA miniprep
  • 3A BioBrick assembly
  • PCR cloning
  • PCR site-directed mutagenesis
  • Extraction of genome DNA for PCR cloning