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Structural diversity of arthropod venom toxins

机译:节肢动物毒素的结构多样性

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摘要

Arthropods are a diverse and ancient group of invertebrate animals, which constitute approximately 75-85% of all known species on earth. Many arthropod species, such as spiders, scorpions and even some crustaceans, contain venoms that can be very complex, representing natural combinatorial libraries of bioactive compounds. Characterization of the compounds in these libraries has helped the development of tools for pharmacology, and the discovery of lead molecules for therapeutic treatments. A critical aspect in the characterization of venom compounds is determination of three-dimensional structure. Structural analysis can provide insight into many processes including understanding target interactions and developing more potent and selective drug leads. Arthropod venoms are an extremely rich source of novel structures and this review provides an overview of this structural diversity, including structures of proteins, peptides and small molecules.
机译:节肢动物是一种多种多样的无脊椎动物,其占地球上所有已知物种的75-85%。 许多节肢动物物种,例如蜘蛛,蝎子甚至一些甲壳类动物,含有非常复杂的毒液,代表生物活性化合物的自然组合文库。 这些文库中化合物的表征有助于开发药理学的工具,以及用于治疗治疗的铅分子的发现。 毒液化合物表征中的一个关键方面是三维结构的测定。 结构分析可以深入了解许多过程,包括了解目标相互作用,培养更有效和选择性药物引线。 节肢动物毒液是一种极其丰富的新型结构来源,本综述提供了这种结构多样性的概述,包括蛋白质,肽和小分子的结构。

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