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Æü»þ¡§ 2018/10/04 02:52
̾Á°¡§ Pablo
URL¡§ http://www.sandbox.cardinalsystems.com.ar/stmap_eafa0.html?famotidine.trimox.amiloride.levitra
ID¡§ mvpa7P9A

I work here https://giurgiuonline.net/stmap_a8500.html?voltaren.delgra.viagra healthprose.org reviews It’s been known for some time that T cells can also kill malaria parasites, but no one had worked out a way to transform that idea into an effective vaccine strategy. The advantage of working with T cells is that T cells don't just recognize the surface of an organism like an antibody does. They recognize any protein within the parasite — even inside the parasite. Those proteins inside the parasite don't change, or change very little from one organism to another, whereas the proteins on the surface — the ones that are recognized by the antibodies — they do change from one parasite to another. We worked out a way to induce that population of T cells in a vaccine strategy. Those T cells, at least in our mouse model, have proven to be very effective in killing multiple strains of the parasite.

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