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Elucidating the Mechanisms of Action of Saponin-Derived Adjuvants

机译:阐明皂苷衍生佐剂的作用机制

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Numerous triterpenoid saponins are adjuvants that modify the activities of T cells and antigen-presenting cells, like dendritic cells (DCs). Saponins can induce either proinflammatory Th1/Th2 or sole anti-inflammatory Th2 immunities. Structure-activity relationships (SARs) have shown that imine-forming carbonyl groups are needed for T cell activation leading to induction of Th1/Th2 immunities. While saponins having different triterpenoid aglycons and oligosaccharide chains can activate DCs to induce Th1/Th2 immunoresponses, fucopyranosyl residues from their oligosaccharides by binding to the DC-SIGN receptor can bias DCs toward a sole Th2 immunity. Here we discuss the mechanisms of action of these saponins in view of new information, which may serve as a basis to design improved adjuvants and related drugs.
机译:许多三萜类皂苷是修饰T细胞和抗原呈递细胞的活性,如树突状细胞(DCS)的活性剂。 皂苷可以诱导促炎炎症TH1 / TH2或唯一的抗炎TH2免疫力。 结构 - 活性关系(SARS)已经表明,T细胞活化需要形成亚胺形成羰基,导致诱导Th1 / Th2抗扰度。 虽然具有不同三萜糖糖和寡糖链的Saponins可以激活DC,以诱导Th1 / Th2免疫反应器,通过与DC-符号受体结合的寡糖残基可以偏压DC朝向唯一的TH2免疫力。 在这里,我们鉴于新信息讨论了这些皂苷的行动机制,这可以作为设计改善辅助和相关药物的基础。

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