Figure 3
Figure 3. Detection of child microchimerism by QT-PCR. (A) The mother's allele, or major allele, has low cycle number corresponding to its comparatively high DNA concentration. (B) The minor allele or microchimeric cell population has a much higher cycle number because the minor DNA exists at a much lower concentration than the major allele. The method is to calculate the change in cycle threshold (ΔCT) to show the ratio of the minor population to the major population.

Detection of child microchimerism by QT-PCR. (A) The mother's allele, or major allele, has low cycle number corresponding to its comparatively high DNA concentration. (B) The minor allele or microchimeric cell population has a much higher cycle number because the minor DNA exists at a much lower concentration than the major allele. The method is to calculate the change in cycle threshold (ΔCT) to show the ratio of the minor population to the major population.

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