Fig. 7.
Fig. 7. Contribution of CD95+CD28+, CD95+CD28−, and CD95−CD28+ to CD4+ or CD8+ T-cell subsets in young subjects compared with centenarians. / Data from 15 young subjects and 15 centenarians represent the means of different cell subpopulations in the 2 groups and were tested by analysis of variance (ANOVA). (A) In both CD4+and CD8+ subsets of centenarians, the percentage reduction of CD95−CD28+ (□) (P = .0001) was mirrored by an increase of CD95+CD28+ (▪) and CD95+CD28− (▨) cells (P < .05 for both). (B) Considering absolute numbers among either CD4 or CD8 T cells, the counts of CD95+CD28+ did not change significantly. Thus, the loss of CD95−CD28+ cells was only associated with an increase of CD95+CD28−cells (P = .05 among CD4+ T cells, andP = .02 among CD8+ T cells).

Contribution of CD95+CD28+, CD95+CD28, and CD95CD28+ to CD4+ or CD8+ T-cell subsets in young subjects compared with centenarians.

Data from 15 young subjects and 15 centenarians represent the means of different cell subpopulations in the 2 groups and were tested by analysis of variance (ANOVA). (A) In both CD4+and CD8+ subsets of centenarians, the percentage reduction of CD95CD28+ (□) (P = .0001) was mirrored by an increase of CD95+CD28+ (▪) and CD95+CD28 (▨) cells (P < .05 for both). (B) Considering absolute numbers among either CD4 or CD8 T cells, the counts of CD95+CD28+ did not change significantly. Thus, the loss of CD95CD28+ cells was only associated with an increase of CD95+CD28cells (P = .05 among CD4+ T cells, andP = .02 among CD8+ T cells).

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