|国家科技期刊平台
首页|期刊导航|中国农业科学|小麦发芽对面粉质量与加工产品品质的影响

小麦发芽对面粉质量与加工产品品质的影响OA北大核心CSTPCD

Effect of Flour and Cooking/Baking Qualities by Sprouted Wheat

中文摘要英文摘要

[目的]小麦在收获季节若遇连续的阴雨天气,将会导致籽粒萌动,甚至发芽,从而影响小麦的产量和品质.将正常小麦与发芽小麦以不同比例混合、制粉,评价其对加工成品的烘焙/蒸煮品质的影响,探讨利用轻微程度芽麦的可能性,为减少粮食损失提供参考.[方法]基于郑麦 583(郑 583)和科成麦 6 号(科 6)制备含芽麦比例分别为 30%、50%和 100%的混合小麦.以降落值、沉降值、干面筋含量、湿面筋含量、面团形成时间和面团稳定时间评估混合小麦面粉的劣化程度;从感官评分及品质参数综合评估混合小麦面粉制作的面包、饺子皮、馒头、海绵蛋糕、面条和饼干的烘焙或蒸煮特性.[结果]随着芽麦占比的增加(30%、50%和100%),郑583面粉的面团形成时间呈先增加再降低的趋势,面团稳定时间逐渐降低;但科6的 2个参数变化趋势均为先降低再增加,最后降低;2个品种面粉的降落数值、湿面筋含量、干面筋含量和沉降值指标均呈逐渐降低的趋势.郑583馒头的比容先增加后降低,科6馒头的比容逐渐降低;郑583海绵蛋糕的比容逐渐增加,科6海绵蛋糕的比容保持不变.2个品种的面包比容、饼干面积、面条蒸煮损失、饺子汤浑浊参数(A*)均呈相同的梯度变化.与郑 583 和科 6 的对照(无芽麦)相比,100%芽麦占比的郑 583、科 6 的面包比容分别降低 11.33%和 17.44%,饼干面积分别增加 24.10%和 7.49%,面条蒸煮损失率分别增加 29.85%和 9.69%,饺子汤A*值分别增加 8.93%和 13.32%.当芽麦占比为30%时,2个品种所制作的面包、馒头和饺子皮均出现显著劣化,郑583面条也出现显著劣化;当芽麦占比达到50%时,2 个品种的海绵蛋糕和饼干出现显著劣化;当芽麦占比达100%时,科6的面条也表现为显著劣化.[结论]发芽小麦严重影响面包、饺子皮、馒头、海绵蛋糕、面条和饼干的蒸煮或烘焙特性.不同品种小麦受影响也有差异,但是总体趋势一致.当发芽程度较轻时,对饼干和蛋糕的加工品质影响较小.

[Objective]Continuous rainy weather during the wheat harvest season can cause wheat pre-harvest sprouting(PHS)and even germination,thus impacting wheat yield and quality.Evaluating the effect of flour made by blending different proportions of sprouted wheat with regular wheat on the baking/steaming quality of flour processing products can explore the possibility of using a slight degree of sprouted wheat to examine the possibility of reducing food waste.[Method]In this study,blends of Zhengmai 583(Zheng 583)and Kechengmai 6(Ke 6)wheat with 30%,50%,and 100%sprouted wheat were prepared,respectively.The degradation of wheat flour from blended wheat was evaluated by the falling number,sedimentation value,wet/dry gluten content,dough development time,and dough stability time.The baking/steaming characteristics of bread,dumpling wrapper,Chinese steamed bread(CSB),sponge cake,noodle,and cookie made from blended wheat were evaluated by sensory scores and quality parameters.[Result]As the proportion of sprouted wheat increased(30%,50%,and 100%),the dough development time of Zheng 583 flour first increased and then decreased,while the dough stability time gradually reduced.However,the changes in the two parameters of Ke 6 both showed a trend of first decreasing,then increasing,and finally decreasing.The falling number,sedimentation value,wet/dry gluten content,and farinogram parameters of mixed wheat decreased in both cultivars.The specific volume of Zheng 583 CSB increased and then decreased,while the particular volume of Ke 6 CSB gradually reduced.The exact volume of the Zheng 583 sponge cake gradually increased,while the specific volume of the Ke 6 sponge cake remained unchanged.The particular volume of the bread,area of the cookies,cooking loss of the noodles,and turbidity index(A*)of the dumpling soup changed the same trend in both cultivars.Compared to the control(without sprouted wheat),the specific volume of bread decreased by 11.33%and 17.44%,the cookies area increased by 24.10%and 7.49%,the noodles cooking loss increased by 22.99%and 9.69%,and the A* value of the dumpling soup increased by 8.93%and 13.32%in Z583 and Ke 6 of 100%SW,respectively.The bread,Chinese steamed bread,the dumpling wrapper of two cultivars,and the noodles of Zheng 583 showed significant deterioration in the 30%SW gradient.The sponge cake and cookie of the two cultivars showed significant deterioration in the 50%SW gradient.The noodles of Ke 6 showed significant deterioration in the 100%SW gradient.[Conclusion]The baking/steaming quality of bread,dumpling wrappers,Chinese steamed bread,sponge cake,noodle,and the cookie was seriously affected by PHS.The influence of PHS is different in various wheat cultivars but has the same trend.When the degree of PHS is slight,it has little effect on the baking quality of cookies and sponge cakes.

梁王壮;唐雅楠;刘佳荟;郭晓江;董慧雪;祁鹏飞;王际睿

四川农业大学西南作物基因资源发掘与利用国家重点实验室,成都 611130四川农业大学农学院,成都 611130四川农业大学小麦研究所,成都 611130四川农业大学西南作物基因资源发掘与利用国家重点实验室,成都 611130||四川农业大学小麦研究所,成都 611130四川农业大学西南作物基因资源发掘与利用国家重点实验室,成都 611130||四川农业大学农学院,成都 611130||四川农业大学小麦研究所,成都 611130||四川农业大学西南作物基因资源与遗传改良教育部重点实验室,成都 611130

发芽小麦面粉质量烘焙品质蒸煮品质感官评分质构参数

sprouted wheatflour qualitycooking qualitybaking qualitysensory scoretexture parameter

《中国农业科学》 2024 (007)

qPHS.sicau-3D克隆及其赋予白皮小麦穗发芽抗性的机制研究

1267-1280,中插1-中插9 / 23

科技创新 2030(2023ZD04069)、国家农业重大科技项目(NK20220607)、国家自然科学基金(U22A20472,31871609)、四川省科技计划(2023NSFSC0217,2021YFH0077,2021YFYZ0027)

10.3864/j.issn.0578-1752.2024.07.005

评论