Fig. 3.
Fig. 3. The relationship between TRECs and the percentage of circulating CD4+ CD45RA+ T lymphocytes. / TRECs per 106 PBMCs were measured and plotted (y-axis) for samples that had greater or less than 1% circulating CD4+CD45RA+ lymphocytes (≤ 1%, ▪, solid line versus > 1%, ○, dashed line), as a function of time from transplantation (x-axis). The difference between the 2 curves is significant atP < .01. Differences in the proportion of T cells expressing the naive, CD4+ CD45RA+ surface phenotype, however, could not account for 55% of the variation in measured TRECs (r2 derived from nonparametric regression model by using same data depicted). Note that the lower limit of detection for TRECs was 100 TRECs/106 PBMCs in the assay used.

The relationship between TRECs and the percentage of circulating CD4+ CD45RA+ T lymphocytes.

TRECs per 106 PBMCs were measured and plotted (y-axis) for samples that had greater or less than 1% circulating CD4+CD45RA+ lymphocytes (≤ 1%, ▪, solid line versus > 1%, ○, dashed line), as a function of time from transplantation (x-axis). The difference between the 2 curves is significant atP < .01. Differences in the proportion of T cells expressing the naive, CD4+ CD45RA+ surface phenotype, however, could not account for 55% of the variation in measured TRECs (r2 derived from nonparametric regression model by using same data depicted). Note that the lower limit of detection for TRECs was 100 TRECs/106 PBMCs in the assay used.

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