Figure 6
Figure 6. Castration significantly increases the naive population. Naive and memory splenic cells as denoted by CD62LhiCD44− and CD62LloCD44hi, respectively, were analyzed by flow cytometry. (A,B) Results indicated a significant increase in proportion and number of naive cells in the Cx/BMT group, (C,D) and a significant reduction in the proportion of memory cells. (E) In contrast to BMT only–treated mice, Cx/BMT-treated mice displayed a significant delay in developing severe EAE. (F) Androgen ablation did not enhance a TH-1 or TH-17 immune response as assayed by cytometric bead analysis of MOG35-55–stimulated splenocyte supernatant. Results are expressed as mean plus or minus SEM of 5 to 10 mice from 2 or more independent experiments. **P < .01 versus BMT only; *P < .01 versus BMT only; ∧P < .05 BMT only versus Cx/BMT; and ∧∧P < .01 BMT only versus EAE untreated.

Castration significantly increases the naive population. Naive and memory splenic cells as denoted by CD62LhiCD44 and CD62LloCD44hi, respectively, were analyzed by flow cytometry. (A,B) Results indicated a significant increase in proportion and number of naive cells in the Cx/BMT group, (C,D) and a significant reduction in the proportion of memory cells. (E) In contrast to BMT only–treated mice, Cx/BMT-treated mice displayed a significant delay in developing severe EAE. (F) Androgen ablation did not enhance a TH-1 or TH-17 immune response as assayed by cytometric bead analysis of MOG35-55–stimulated splenocyte supernatant. Results are expressed as mean plus or minus SEM of 5 to 10 mice from 2 or more independent experiments. **P < .01 versus BMT only; *P < .01 versus BMT only; ∧P < .05 BMT only versus Cx/BMT; and ∧∧P < .01 BMT only versus EAE untreated.

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