CD4+ T-cell derived IL-10 mitigates malarial anemia
Individuals living in malaria endemic areas develop effective anti-parasite immunity over several years of repeated exposure, but become resistant to severe disease after just one or two infections. This observation suggests that the acquired immune system plays a role in both processes, but may involve different mechanisms. Using the mouse model of malaria caused by non-lethal Plasmodium yoelii, we test the hypothesis that CD4+ T-cell derived IL-10 contributes to disease resistance by mitigating severe anemia. Here we show that IL-10 deficient mice develop significant anemia despite a very low ...
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