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Structure-based design of D-protein ligands

机译:D蛋白配体的基于结构的设计

摘要

Methods of designing a D-polypeptide that binds to an L-target protein may include: identifying a polypeptide target having L-chirality; Determining a hot spot amino acid of a polypeptide ligand having L-chirality having a binding interaction with an L-target protein; Determining the conversion of the side chains of the hotspot amino acids having the target and binding interactions; Generating an inverted hotspot amino acid having an opposite chirality to one of the targets; Identifying a target protein to which a combination of inverted hotspot amino acids can be transplanted and a polypeptide having an inverted chirality without significant alteration of the target and their interaction. The designed ligand can be processed and converted to a D-ligand that binds to the L-target protein.
机译:设计与L-靶蛋白结合的D-多肽的方法可以包括:鉴定具有L-手性的多肽靶;确定具有与L-靶蛋白结合相互作用的L-手性的多肽配体的热点氨基酸;确定具有靶标和结合相互作用的热点氨基酸的侧链的转化;产生与靶标之一具有相反手性的反向热点氨基酸;确定可以移植反向热点氨基酸组合的目标蛋白质和具有反向手性的多肽,而不会显着改变目标及其相互作用。可以处理设计的配体并将其转化为与L-靶蛋白结合的D-配体。

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