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Wheat flour enzymatic amylolysis monitored by in situ H-1 NMR spectroscopy

机译:原位H-1 NMR光谱监测小麦面粉的酶促淀粉分解

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摘要

Starch enzymatic degradation caused by endogenous hydrolases is studied by in situ NMR spectroscopy on a set of hard and soft wheat flours. The results obtained by two different techniques (HR-MAS and H-1 NMR in solution) are analyzed in terms of a Michaelis-Menten kinetic phenomenological model taking into account the presence of endogenous enzymes and their eventual inactivation. The parameters resulting from the best fit of all experimental data to the kinetic model equations are submitted to a multivariate statistical analysis to assess the role of the oligosaccharides release in distinguishing between hard and soft wheats.
机译:内源水解酶引起的淀粉酶降解是通过原位NMR光谱技术对一组硬和软小麦粉进行研究的。考虑到内源酶的存在及其最终失活,通过Michaelis-Menten动力学现象学模型对通过两种不同技术(溶液中的HR-MAS和H-1 NMR)获得的结果进行了分析。将所有实验数据与动力学模型方程式的最佳拟合得出的参数提交至多变量统计分析,以评估寡糖释放在区分硬质小麦和软质小麦中的作用。

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