Shewry Peter
Rothamsted Research, Harpenden, Hertfordshire, United Kingdom.
Front Nutr. 2019 Jul 5;6:101. doi: 10.3389/fnut.2019.00101. eCollection 2019.
Wheat gluten has an immense impact on human nutrition as it largely determines the processing properties of wheat flour, and in particular the ability to make leavened breads, other baked products, pasta and noodles. However, there has been increasing interest in wheat gluten over the past two decades because of its well-established role in triggering coeliac disease, and its perceived role in other adverse reactions to wheat. The literature on wheat gluten is vast and extends back over two centuries, with most studies focusing on the structures of gluten proteins and their role in determining the functional properties of wheat flour and dough. This article provides a concise account of wheat gluten, focusing on properties, and features which are relevant to its role in triggering coeliac disease and, to a lesser extent, other gluten-related disorders. It includes descriptions of the biological role of the gluten proteins, the structures and relationships of gluten protein families, and the presence of related types of protein which may also contribute to functional properties and impacts on health. It therefore provides an understanding of the gluten protein system at the level required by those focusing on its impact on human health.
小麦面筋对人类营养有着巨大影响,因为它在很大程度上决定了小麦粉的加工特性,尤其是制作发酵面包、其他烘焙食品、意大利面和面条的能力。然而,在过去二十年里,由于小麦面筋在引发乳糜泻方面已明确的作用以及其在其他小麦不良反应中被认为的作用,人们对它的兴趣与日俱增。关于小麦面筋的文献浩如烟海,可追溯到两个多世纪以前,大多数研究集中在面筋蛋白的结构及其在决定小麦粉和面团功能特性方面的作用。本文简要介绍了小麦面筋,重点关注其特性以及与引发乳糜泻相关的特征,在较小程度上也涉及其他与面筋相关的疾病。内容包括面筋蛋白的生物学作用、面筋蛋白家族的结构和关系,以及可能也有助于功能特性并影响健康的相关蛋白类型的存在情况。因此,它为那些关注面筋对人类健康影响的人提供了所需层面的面筋蛋白系统的理解。