Zorov I N, Semenova M V, Tsurikova N V, Sinitsyn A P
Prikl Biokhim Mikrobiol. 2006 Nov-Dec;42(6):700-4.
Rheological properties of wheat flour were studied in the course of its processing (cooking and saccharification). The effects of commercial alpha-amylase preparations were compared during flour preparation. Test preparations were equally potent in decreasing the viscosity of an all-grain batch. Homogenous glucoamylases isolated from Aspergillus differed in the presence or absence of the starch-binding domain. The starch-binding domain provided for the high activity of glucoamylase on insoluble starch, but gave no advantages in saccharification of pretreated wheat flour.
在小麦粉加工(蒸煮和糖化)过程中研究了其流变学特性。比较了市售α-淀粉酶制剂在面粉制备过程中的作用。测试制剂在降低全谷物批次的粘度方面同样有效。从曲霉菌中分离出的同源糖化酶在有无淀粉结合结构域方面存在差异。淀粉结合结构域使糖化酶对不溶性淀粉具有高活性,但在预处理小麦粉的糖化方面没有优势。