Team:University of Ottawa/26 June 2008

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(Difference between revisions)
(New page: __TOC__ '''Dan''' :'''PCR gel''' ::<li>The gel turned out well, S&D&T amplification products had some non specific binding, but there was enough separation to cut the good bands out and pu...)
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::<li>The gel turned out well, S&D&T amplification products had some non specific binding, but there was enough separation to cut the good bands out and purify.
::<li>The gel turned out well, S&D&T amplification products had some non specific binding, but there was enough separation to cut the good bands out and purify.
::<li> After PCR cleanup (for 0&1 amplification products) and gel extraction and cleanup (for S&D&T plasmids) absorbtion was measured in order to determine the concentration of the PCR products.  
::<li> After PCR cleanup (for 0&1 amplification products) and gel extraction and cleanup (for S&D&T plasmids) absorbtion was measured in order to determine the concentration of the PCR products.  
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::<li> S&D&T amplification products showed low DNA concentration, however it is still
+
::<li> S&D&T amplification products showed low DNA concentration, however it is still within the usable range
 +
:'''Digestion'''
 +
::<li> 0 and 1 A and B  PCR products were digested with ClaI so that they could be ligated in various combinations

Revision as of 17:20, 1 July 2008

Dan

PCR gel
  • The gel turned out well, S&D&T amplification products had some non specific binding, but there was enough separation to cut the good bands out and purify.
  • After PCR cleanup (for 0&1 amplification products) and gel extraction and cleanup (for S&D&T plasmids) absorbtion was measured in order to determine the concentration of the PCR products.
  • S&D&T amplification products showed low DNA concentration, however it is still within the usable range
  • Digestion
  • 0 and 1 A and B PCR products were digested with ClaI so that they could be ligated in various combinations