为医学研究服务的毒液

F. Ducancel
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引用次数: 1

摘要

动物毒液是一种复杂的化学混合物,由多种具有生物活性的网状肽组成,这些肽具有高选择性和有效性,可靶向多种酶、膜受体、离子通道……因此,毒液可以被视为生物活性分子的大型天然文库,这些分子在进化过程中不断被选择和高度精炼,直到每个分子都被赋予了在人类使用和药物开发中具有高度价值的药理特性。因此,毒液探索是药物发现的先决条件。然而,通过NGS(下一代测序)的质谱分析和转录组学研究表明,在单一种锥体蜗牛和蜘蛛的毒液中存在多达1000种肽。因此,全球动物毒液资源可被视为超过50至100亿肽和蛋白质的集合,其中只有约5000是已知的。生物优化化合物的非凡“黄金国”证明了开发更多全球化和尖端战略和技术以更有效地探索这一资源是合理的。将描述新开发的方法和最近获得的结果。
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Les venins au service de la recherche médicale
: Animal venoms are complex chemical cocktails, comprising a wide range of biologically active reticulated peptides that target with high selectivity and efficacy a variety of enzymes, membrane receptors, ion channels...Venoms can therefore be seen as large natural libraries of biologically active molecules that are continuously selected and highly refined by the evolution process, up to the point where every molecule is endowed with pharmacological properties that are highly valuable in the context of human use and drug development. Therefore, venom exploration constitutes a prerequisite to drug discovery. However, mass spectrometry and transcriptomics via NGS (Next Generation Sequencing) studies have shown the presence of up to 1000 peptides in the venom of single species of cone snails and spiders. Therefore the global animal venom resource can be seen as a collection of more than 50 to 100 000 000 peptides and proteins of which only ~5000 are known. That extraordinary "Eldorado" of bio-optimized compounds justifies the development of more global and cutting-edge strategies and technologies to explore this resource more efficiently than actually. De novo developed approaches and recently obtained results will be described.
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