Figure 1
Figure 1. Proportion of memory CD8+ T cells in the BM. (A) Ratio of CD4+ T cells and CD8+ T cells in paired blood and BM samples (n = 7). (B) Flow cytometric profiles showing the gating of memory CD8+ T cells. After gating on CD8+ T cells, the dual expression of CD45RA and CCR7 was used to identify memory T-cell subsets. CD8+ T cells that were CCR7+CD45RA+ were considered naive T cells, CCR7+CD45RA− were central memory cells, CCR7−CD45RA− were effector memory cells, and CCR7−CD45RA+ were effector memory cells with RA phenotype. Percentages represent proportion of each subset within CD8+ T-cell population. (C) Based on the expression of CD45RA and CCR7, the proportion of naive and memory CD8+ T cells were compared between paired blood and BM samples (n = 14). Line represents the median. (D) Dual expression of CD27 and CD28 were compared on effector memory CD8+ T cells from paired blood and BM samples. Percentages represent proportion of each subset within CD8+ T-cell population. (E) The differentiation status of effector memory CD8+ T cells from blood and BM were compared. Table shows the proportion of effector memory CD8+ T cells at various stages of differentiation in 3 paired blood and BM samples—HM101, HM102, and HM103.

Proportion of memory CD8+ T cells in the BM. (A) Ratio of CD4+ T cells and CD8+ T cells in paired blood and BM samples (n = 7). (B) Flow cytometric profiles showing the gating of memory CD8+ T cells. After gating on CD8+ T cells, the dual expression of CD45RA and CCR7 was used to identify memory T-cell subsets. CD8+ T cells that were CCR7+CD45RA+ were considered naive T cells, CCR7+CD45RA were central memory cells, CCR7CD45RA were effector memory cells, and CCR7CD45RA+ were effector memory cells with RA phenotype. Percentages represent proportion of each subset within CD8+ T-cell population. (C) Based on the expression of CD45RA and CCR7, the proportion of naive and memory CD8+ T cells were compared between paired blood and BM samples (n = 14). Line represents the median. (D) Dual expression of CD27 and CD28 were compared on effector memory CD8+ T cells from paired blood and BM samples. Percentages represent proportion of each subset within CD8+ T-cell population. (E) The differentiation status of effector memory CD8+ T cells from blood and BM were compared. Table shows the proportion of effector memory CD8+ T cells at various stages of differentiation in 3 paired blood and BM samples—HM101, HM102, and HM103.

Close Modal

or Create an Account

Close Modal
Close Modal