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Preparation of Hydrogel in Amylose- Forming Polymerization and Its Enzymatic Disruption-Reproduction Behavior

机译:淀粉糖形成聚合水凝胶的制备及其酶促破坏繁殖行为

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Amylose, a linear polysaccharide with helical structure linked through α(1( 4) glycosidic linkages, is a well-known host compound that forms inclusion complexes with relatively lower molecular weight compounds by noncovalent interaction between guest molecules and the cavity of amylose. However, little has been reported regarding the formation of inclusion complexes between amylose and polymeric compounds. The main difficulty in incorporating polymeric compounds into the amylose cavity is that the driving force for the binding is only caused by hydrophobic interactions. Amylose, therefore, does not have sufficient ability to include the long chains of polymers into its cavity.
机译:直链淀粉,通过α(1(4)糖键连接的螺旋结构的线性多糖(1(4)糖苷键,是通过客体分子与直链淀粉的空腔之间的非共价相互作用形成具有相对较低的分子量化合物的包含复合物的众所周知的宿主化合物。然而,据报道含有囊泡和聚合物化合物之间的包合物的形成很少。将聚合物化合物掺入直链淀粉中的主要困难是,结合的驱动力仅是由疏水相互作用引起的。淀粉糖,因此,没有足够的能够将聚合物的长链包括在其腔中。

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