Knight:Annealing and primer extension with Klenow polymerase: Difference between revisions

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#*Y μL oligo 2 (typically 1 μg or more)
#*Y μL oligo 2 (typically 1 μg or more)
#*(87 - X - Y) &mu;L deionized sterile H<sub>2</sub>O
#*(87 - X - Y) &mu;L deionized sterile H<sub>2</sub>O
#Anneal the two oligos together by either placing the mixture in a thermal cycler ([http://www.mjr.com MJ Research], PTC-200) at 94&deg;C for 5 mins, a cool down for 0.1&deg;C/sec to 65&deg;C, 65&deg;C for 5 mins, then a cool down for 0.1&deg;C/sec to 37&deg;C.  Alternatively, the tube can be placed in a beaker of boiling water and let cool to room temperature.
#Anneal the two oligos together by either placing the mixture in a thermal cycler ([http://www.mjr.com MJ Research], PTC-200) at 94&deg;C for 5 mins, a cool down for 0.1&deg;C/sec to 5&deg;C below the melting temperature of the primers, hold that temperature for 5 mins, then cool down at 0.1&deg;C/sec to 37&deg;C.  Alternatively, the tube can be placed in a beaker of boiling water and let cool to room temperature.
#Add 1 &mu;L Klenow 3'<math>\rightarrow</math>5' exo<sup>-</sup> polymerase to mixture. <br> Vortex polymerase before pipetting to ensure it is well-mixed.
#Add 1 &mu;L Klenow 3'<math>\rightarrow</math>5' exo<sup>-</sup> polymerase to mixture. <br> Vortex polymerase before pipetting to ensure it is well-mixed.
#Add 1 &mu;L dNTPS (equal to 0.25 mM final concentration of each dNTP). <br> ''Recommend using a thermal cycler for the following incubation steps.''
#Add 1 &mu;L dNTPS (equal to 0.25 mM final concentration of each dNTP). <br> ''Recommend using a thermal cycler for the following incubation steps.''
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