埃塞俄比亚小麦品质与改良及面食工业品质方面的研究进展

Melaku Tafese Awulachew
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摘要

根据预期用途,质量可能与产品的各种物理和化学特性有关。此外,小麦品质属性的评判标准也因其应用的不同而不同。一些重要的基因对谷物硬度的影响,编码储存蛋白的基因等,已经被很好地记录下来。由于分子生物学的发展,以dna为基础的标记物的开发成为可能。因此,DNA标记是传统育种技术的补充,可以更快地培育出具有理想性状的新品种。由于硬粒小麦产量低,埃塞俄比亚面食企业仍在面包面粉中添加着色剂和面食酶,并受到高进口成本的负面影响。当地农民正在增加硬粒小麦的产量,并提供优质的硬粒小麦。在气候变化条件下保持小麦的籽粒质量对人类营养、最终用途功能质量以及商品价值至关重要,但从生产者到制造商的薄弱供应链正在影响这两者。在高二氧化碳条件下,小麦产量可提高36%,但谷物蛋白质浓度往往下降,成分的变化导致有用品质的减少。由于高温,开花后的作物在粒集、晶粒大小和碾磨产量方面会有一个阶梯式的下降。高温胁迫影响了麦胶蛋白/麦胶蛋白的比例,限制了较大的十二烷基硫酸钠(SDS)不溶性麦胶蛋白聚合物的合成,使小麦面团的粘弹性降低。本文综述了高温和大气co2浓度升高对小麦全粒和功能性状影响的最新研究进展,以及分子标记及其在小麦育种中的应用,特别是在小麦籽粒性状改良方面的应用。最后,讨论了埃塞俄比亚面食工业的几个方面。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Grain Quality and Improvement in Wheat and Some Quality Aspect of Pasta Industries in Ethiopia: A Review
: Depending on the intended use, quality can relate to a variety of physical and chemical characteristics of the product. Additionally, the standards for judging wheat grain quality attributes are as varied as their various applications. The impacts of some important genes for grain hardness, genes that code for storage proteins, etc., have been well documented. The development of DNA-based markers for desirable qualities is now possible because to the development of molecular biology. Therefore, DNA markers complement traditional breeding techniques, allowing for the quicker development of novel cultivars with desirable traits. Due to the low volume of durum wheat grain, Ethiopian pasta businesses still augment bread wheat flour with colorants and pasta zymes and are negatively impacted by the high import costs. Local farmers are increasing their durum wheat production and supplying high-quality durum wheat grain. Maintaining the grain quality of wheat under climate change is essential for human nutrition, end-use functional qualities, as well as commodity value, but the weak supply chain from the producer to the manufacturer is affecting both. Wheat yield can rise by up to 36% under conditions of high CO 2 , however grain protein concentrations often decline and a change in composition results in fewer useful qualities. Crops that are post-anthesis can have a step-change drop in grain-set, grain size, and milling yield due to high temperatures. Wheat dough has lower viscoelasticity qualities because high temperature stress affects the glutenin/gliadin ratio and restricts the synthesis of the bigger sodium dodecyl sulfate (SDS)-insoluble glutenin polymers. The current understanding of the effects of high temperatures and elevated atmospheric CO 2 on the whole-grain and functional properties of wheat, as well as the recent development of molecular markers and their use in breeding programs, particularly to improve traits relating to wheat grain, are reviewed in this paper. Finally, a few aspects of the Ethiopian pasta industry are discussed.
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