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Synthesis and Evaluation of a QS-17/18-Based Vaccine Adjuvant

机译:QS-17/18基疫苗辅助剂的合成与评价

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摘要

We have synthesized a QS-17/18 analogue (7) and evaluated its adjuvant activity in the formulation with rHagB antigen. Compound 7 and QS-21 analogues 5 and 6 are presumably the major components of GPI-0100, a widely used complex mixture of semisynthetic derivatives of Quillaja saponaria (QS) Molina saponins. The QS-17/18 analogue 7 shows an adjuvant activity profile similar to that of GPI-0100, potentiating mixed Th-1/Th-2 immune responses, which is different from those of QS-21 analogues 5 and 6 that probably only induce a Th2-like immunity. The combination of QS-17/18 and QS-21 analogues does not show a synergistic effect. These results suggest that QS-17/18 analogue 7 might be the active component of GPI-0100 responsible for its immunostimulant property. Therefore, compound 7 can not only be a structurally defined alternative to GPI-0100 but also provide a valuable clue for rational design of new QS-based vaccine adjuvants with better adjuvant properties.
机译:我们已经合成了QS-17/18类似物(7),并评估了用rhAGB抗原的配方中的佐剂活性。 大众化物7和QS-21类似物5和6可能是GPI-0100的主要组分,广泛使用的Quillaja saponaria(QS)莫里诺皂苷的半合成衍生物混合物。 QS-17/18类似物7显示了类似于GPI-0100的佐剂活性分布,其增强混合的TH-1 / TH-2免疫应答,这与可能仅诱导的QS-21类似物5和6的QS-21类似物5和6不同 一个类似的免疫力。 QS-17/18和QS-21类似物的组合没有显示出协同效应。 这些结果表明,QS-17/18类似物7可能是负责其免疫刺激性的GPI-0100的活性成分。 因此,化合物7不仅可以是对GPI-0100的结构定义的替代物,而且还提供了具有更好佐剂性能的新型QS疫苗佐剂的理性设计的有价值的线索。

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  • 来源
    《Journal of Medicinal Chemistry》 |2019年第3期|共8页
  • 作者单位

    Univ Alabama Birmingham Dept Chem 901 14th St South Birmingham AL 35294 USA;

    Univ Alabama Birmingham Dept Chem 901 14th St South Birmingham AL 35294 USA;

    Univ Alabama Birmingham Dept Chem 901 14th St South Birmingham AL 35294 USA;

    Univ Alabama Birmingham Dept Pediat Dent 901 14th St South Birmingham AL 35294 USA;

    Univ Alabama Birmingham Dept Microbiol 901 14th St South Birmingham AL 35294 USA;

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  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类 药学;
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