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Methodology for detecting trace amounts of microchimeric DNA from peripheral murine white blood cells by real-time PCR

External protocol Created on 10 Apr 2014

Authors

Carol M. Artlett, C. Gennaro Dito, Paul J. Christner

Summary

Real-time PCR methodology can successfully quantitate microchimeric cell populations at a concentration of 100 microchimeric cells/100,000 host cells; however, it has not been successful in quantitating DNA from trace numbers of microchimeric white blood cells which we reported are present in murine peripheral blood at a concentration as low as 2/100,000 host cells. We report methodology using primers for a portion of the H2-kb murine histocompatibility sequence, specific for the C57BL/6J mouse. When these primers were used in the presence of 11,000 µM primer, a 20-fold increase in the median manufacturer’s recommended concentration, the assay could be optimized to detect 34 pg of C57BL/6J DNA in a background of 2.5 µg of carrier BALB/cJ DNA (1/100,000). These conditions resulted in a detection limit half as sensitive as that found when no carrier DNA was present.

Further details

The protocol was imported from Springer Protocols. To see the entire protocol, click on the source link, or download the pdf here.

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