在面包配方中使用荞麦

E. Badamshina, S.A. Leonova, N.Sh. Nikulina
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引用次数: 0

摘要

研究目的:研究巴什科尔托斯坦共和国荞麦品种的化学成分以及荞麦粉对面包质量指标的影响。目标:研究巴什科尔托斯坦共和国荞麦品种的化学成分,确定营养价值最高的品种;设定荞麦粒浸泡和发芽的参数;进行用复合面粉(一级小麦粉和荞麦粉)烘焙面包的技术参数选择;探索面包的质量指标。这项研究是在费尔德拉尔国立预算内高等教育机构 "巴什基尔国立农业大学 "公共营养和植物原料加工技术系以及巴什基尔农业研究所 UFITs RAS 分析实验室进行的。报告介绍了巴什科尔托斯坦共和国 2019-2021 年收获的荞麦品种 "Agidel"、"Zemlyachka"、"Ilishevskaya"、"Inzerskaya "的化学成分选育结果,以及使用发芽荞麦粒制成的面粉对小麦面包质量指标的影响。根据营养价值,荞麦品种 "Inzerskaya "被选中用于生产面包配方中的荞麦粉。测定了发芽荞麦谷物面粉的理化参数以及荞麦面粉中黄酮类化合物的含量。确定了荞麦谷物发芽的最佳参数,这证明所制面粉的理化参数和抗氧化活性都有所提高,从而证实了在面包配方中使用这种面粉的必要性。确定了发芽荞麦谷物面粉与一级小麦粉复合混合物的最佳含量为 10%,该含量可改善面包的感官和理化特性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
USE OF BUCKWHEAT IN BREAD RECIPE
The purpose of research is to study the chemical composition of buckwheat varieties bred in the Republic of Bashkortostan and the influence of buckwheat flour on bread quality indicators. Objectives: to study the chemical composition of buckwheat varieties in the Republic of Bashkortostan, to identify varieties that have the highest nutritional value; to set parameters for soaking and germination of buckwheat grains; to carry out the selection of technological parameters for baking bread from composite flour (first grade wheat flour and buckwheat flour); to explore the quality indicators of bread. The study was carried out at the Department of Technology of Public Nutrition and Processing of Plant Raw Materials of the Fe¬deral State Budgetary Educational Institution of Higher Education "Bashkir State Agrarian University" and in the analytical laboratory of the Bashkir Research Institute of Agriculture UFITs RAS. The results of the chemical composition of buckwheat varieties Agidel, Zemlyachka, Ilishevskaya, Inzerskaya selection of the Republic of Bashkortostan for the 2019–2021 harvest, as well as the use of flour from sprouted buckwheat grains on the quality indicators of wheat bread are presented. Based on nutritional value, the buckwheat variety Inzerskaya was selected for the production of buckwheat flour for inclusion in the bread recipe. The physicochemical parameters of flour from sprouted buckwheat grain, as well as the content of flavonoids in buckwheat flour, were determined. Optimal parameters for germination of buckwheat grain have been identified, which prove an improvement in the physico-chemical parameters and antioxidant activity of the resulting flour, which confirms the need to use this flour in the bread recipe. The optimal content of flour from sprouted buckwheat grain as part of a composite mixture with first-grade wheat flour was identified, which was 10%, which improves the organoleptic and physicochemical properties of bread.
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