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Carbohydrate recognition Peptide-based biomimetic receptors

机译:碳水化合物识别基于肽的仿生受体

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摘要

Carbohydrate recognition is one of the most sophisticated recognition processes in biological systems. Given the importance of carbohydrate recognition, it is not surprising that design and synthesis of artificial receptors for these important biological substrates has attracted a great deal of attention in biomimetic chemistry. Among various approaches, peptides offer enormous diversity and potential for design and synthesis of selective carbohydrate receptors. Current efforts are mainly focused on the design of receptors for monosaccharides or short oligosaccharides. Flexible as well as conformationally preorganized peptides capable of binding simple carbohydrates in water with affinities comparable to lectins have been prepared. Advances in this field may help the development of new molecular probes for variety of bioanalyfical and biomedical applications.
机译:碳水化合物识别是生物系统中最复杂的识别过程之一。考虑到碳水化合物识别的重要性,针对这些重要生物底物的人工受体的设计和合成在仿生化学中引起了极大的关注也就不足为奇了。在各种方法中,肽为选择性糖受体的设计和合成提供了巨大的多样性和潜力。当前的努力主要集中在单糖或短寡糖的受体的设计上。已经制备了能够结合水中的简单碳水化合物并且具有与凝集素相当的亲和力的柔性的以及构象预组织的肽。该领域的进展可能有助于开发用于各种生物分析和生物医学应用的新型分子探针。

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