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首页> 外文期刊>Innovative Food Science & Emerging Technologies >A comparison in protein extraction from four major crop residues in Europe using chemical and enzymatic processes-a review
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A comparison in protein extraction from four major crop residues in Europe using chemical and enzymatic processes-a review

机译:欧洲四大作物残留物的蛋白质提取比较使用化学和酶法 - 评论

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摘要

The agricultural production of olives, rapeseed, tomatoes and citrus fruits within Europe is significant, resulting in a considerable amount of residual material. Rapeseed contains a high proportion of protein but the presence of anti-nutritional components, including glucosinolates, limits its use in food and feed applications. In contrast, the protein quantities associated with the other crop residues are much lower, although each of the residues could be separated into different constitutive parts where some have shown higher protein contents. A variety of different enzymatic based approaches to deconstruct crop residues have shown to be effective in increasing the yields of protein recovered. These studies show that valorisation of selected crop components could form the basis of a crop biorefinery process to capture proteins and other potentially useful compounds.
机译:欧洲内橄榄,油菜籽,西红柿和柑橘类水果的农业生产是显着的,导致相当大量的残余材料。 油菜籽含有高比例的蛋白质,但存在抗营养成分,包括葡萄糖素,限制其在食品和饲料应用中的用途。 相反,与其他作物残留物相关的蛋白质量要低得多,尽管每个残基可以分成不同的组成部分,其中有些是显示出更高的蛋白质含量。 用于解构作物残留物的各种不同的基于酶的酶促方法表明,增加增加蛋白质的收益率。 这些研究表明,所选作物组分的储度可以构成作物生物遗料过程的基础,以捕获蛋白质和其他潜在的有用的化合物。

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