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Analysis of correlations between contents of protein fractions in wheat endosperm models and their mechanical resistance

机译:小麦胚乳模型蛋白质组分含量与其机械抗性的相关性分析

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The mechanical strength of wheat endosperm and its laboratory models is determined by the types and contents of endosperm components. Studies on endosperm models enable controlling contents of endosperm components and then determining correlations between the model's components and their mechanical resistance. In this article we present a research on correlations between contents of protein fractions and mechanical resistance of wheat endosperm models. In contrast to previous reports, we showed that the starch fraction was the main factor influencing the mechanical resistance of the analyzed models. Simultaneously, we demonstrated no correlations between the contents of protein fractions in starch and a wheat hardness index. In addition, we showed some correlations between contents of protein fractions in the models and their mechanical resistance. However, these correlations were so weak that they should be treated as secondary. (C) 2016 Elsevier Ltd. All rights reserved.
机译:小麦胚乳的机械强度及其实验室模型取决于胚乳成分的类型和含量。对胚乳模型的研究可以控制胚乳成分的含量,然后确定模型成分与其机械阻力之间的相关性。在本文中,我们对蛋白质组分含量与小麦胚乳模型的机械抗性之间的相关性进行了研究。与以前的报告相反,我们表明淀粉分数是影响所分析模型的机械阻力的主要因素。同时,我们证明了淀粉中蛋白质组分的含量与小麦硬度指数之间没有相关性。此外,我们显示了模型中蛋白质部分的含量与其机械抗性之间的一些相关性。但是,这些相关性太弱了,以至于它们应被视为次要的。 (C)2016 Elsevier Ltd.保留所有权利。

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