Crystalline inclusion complexes on the basis of the mixed “gossypol–pyrazine” host

Samat A Talipov , Fatkhulla Kh Tadjimukhamedov , Juerg Hulliger , Bakhtiyar T Ibragimov , Abdurasul Yuldashev
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引用次数: 8

Abstract

Crystal engineering of gossypol using pyrazine as a complexing agent led to the discovery of new families of crystalline inclusion complexes on the basis of a mixed “gossypol–pyrazine” host. Depending on the H-bonding ability of the solvent guest molecules, different types of clathrates were formed. In these clathrates, pyrazine molecules incorporate gossypol molecules to relatively robust mixed host matrix through symmetrical H-bonds of the type O–H⋯N.

结晶包合物的基础上混合了“棉酚-吡嗪”主体
利用吡嗪作为络合剂对棉酚进行晶体工程,在混合“棉酚-吡嗪”宿主的基础上发现了新的晶体包合物家族。根据溶剂客体分子的氢键能力,形成了不同类型的包合物。在这些笼形物中,吡嗪分子通过O-H⋯N型的对称氢键将棉酚分子结合到相对坚固的混合宿主基质中。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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