Grynkiewicz G, Szeja W
Pharmaceutical Research Institute, 8 Rydygiera Str., 01-793 Warsaw, Poland.
Curr Pharm Des. 2016;22(12):1592-627. doi: 10.2174/1381612822666151211094345.
Enzymatically controlled transfer of saccharide moieties constitutes a fundamental biological process, essential for both primary and secondary metabolism. Natural products, including countless glycosides, with a rich tradition of use in ethnopharmacology, remain a prime source of inspiration for medicinal chemistry and molecular pharmacology, but their availability from biological sources is usually scarce, hampering attempts at application for new drug discovery and development. Chemical glycosylation on the other hand, although continuously undergoing sophisticated mechanistic studies, has nevertheless already matured as a set of methods which are able to provide substantial amounts of pure chemical entities: natural glycosides, as well as their congeners and mimics, necessary for the study of biological activity in quality assurance systems and required for drug development by pharmaceutical regulations. The paper presents a review of natural products and their analogues glycosylation, in a set of arbitrary selected examples, supplemented with comments on general advances in chemical glycosylation methodology and their applicability for particular categories of secondary metabolites.
糖基部分的酶促转移构成了一个基本的生物学过程,对初级和次级代谢都至关重要。天然产物,包括无数的糖苷,在民族药理学中有着悠久的应用传统,仍然是药物化学和分子药理学的主要灵感来源,但其从生物来源获取的量通常很少,阻碍了将其应用于新药发现和开发的尝试。另一方面,化学糖基化虽然一直在进行复杂的机理研究,但作为一组能够提供大量纯化学实体的方法已经成熟:天然糖苷及其同系物和模拟物,这些对于质量保证系统中的生物活性研究以及药物法规要求的药物开发都是必需的。本文通过一组任意选择的例子,对天然产物及其类似物的糖基化进行了综述,并对化学糖基化方法的一般进展及其对特定类别的次级代谢产物的适用性进行了评论。