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Mapping 250K/500K SNP assay

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PCR PROCEDURE<br />

PRE-PCR CLEAN ROOM<br />

appendix C | Low Throughput Protocol 259<br />

The PCR reaction is sensitive to the concentration of primer used. It<br />

is critical that the correct amount of primer is added to the PCR<br />

reaction to achieve the correct distribution of fragments (200 to<br />

1100 base pairs) in the products. Check the PCR reactions on a gel<br />

to ensure that the distribution is correct (see Figure C.2).<br />

1. Prepare the following PCR Master Mix ON ICE (3 PCR reactions<br />

per sample) for Nsp I or Sty I ligation reactions and vortex at<br />

medium speed for 2 seconds (for multiple samples make a 5%<br />

excess):<br />

Table C.7<br />

Stock Reagent 1 PCR 3 PCR Final Conc. in<br />

Sample<br />

H 2O 39.5 µL 118.5 µL<br />

Clontech TITANIUM Taq<br />

PCR Buffer (10X)<br />

10 µL 30 µL 1X<br />

G-C Melt (5 M) 20 µL 60 µL 1 M<br />

dNTP (2.5 mM each) 14 µL 42 µL 350 µM (each)<br />

PCR Primer 002 (100 µM) 4.5 µL 13.5 µL 4.5 µM<br />

Clontech TITANIUM Taq<br />

DNA Polymerase (50X)<br />

2 µL 6 µL 1X<br />

Total 90 µL 270 µL<br />

90 µg of PCR product is needed for fragmentation.

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