Polymer Conformation Structure of Wheat Proteins and Gluten Subfractions Revealed by ATR-FTIR

W. Li, B. Dobraszczyk, A. Dias, A. M. Gil
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引用次数: 82

Abstract

ABSTRACT The polymer conformation structure of gluten extracted from a Polish wheat cultivar, Korweta, and gluten subfractions obtained from 2 U.K. breadmaking and biscuit flour cultivars, Hereward and Riband, was investigated using attenuated total reflectance Fourier transform infrared spectroscopy (ATR-FTIR). The results showed the conformation of proteins varied between flour, hydrated flour, and hydrated gluten. The β-sheet structure increased progressively from flour to hydrated flour and to hydrated gluten. In hydrated gluten protein fractions comprising gliadin, soluble glutenin, and gel protein, β-sheet structure increased progressively from soluble gliadin and glutenin to gluten and gel protein; β-sheet content was also greater in the gel protein from the breadmaking flour Hereward than the biscuit flour Riband.
ATR-FTIR研究小麦蛋白和面筋亚组分的聚合物构象结构
摘要采用衰减全反射傅里叶变换红外光谱(ATR-FTIR)研究了波兰小麦品种Korweta提取的面筋和英国2个面包和饼干品种herward和Riband提取的面筋亚组分的聚合物构象结构。结果表明,在面粉、水合面粉和水合面筋之间,蛋白质的构象是不同的。β-薄片结构从面粉到水化面粉再到水化面筋逐渐增加。在含有麦胶蛋白、可溶性麦胶蛋白和凝胶蛋白的水合面筋蛋白组分中,β-薄片结构从可溶性麦胶蛋白和谷蛋白逐渐增加到谷蛋白和凝胶蛋白;赫里沃德制面包粉的凝胶蛋白β-sheet含量也高于饼干粉。
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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