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Fortifying plants with the essential amino acids lysine and methionine to improve nutritional quality.

机译:强化植物与必需氨基酸赖氨酸和蛋氨酸,以提高营养质量。

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摘要

Humans, as well as farm animals, cannot synthesize a number of essential amino acids, which are critical for their survival. Hence, these organisms must obtain these essential amino acids from their diets. Cereal and legume crops, which represent the major food and feed sources for humans and livestock worldwide, possess limiting levels of some of these essential amino acids, particularly Lys and Met. Extensive efforts were made to fortify crop plants with these essential amino acids using traditional breeding and mutagenesis. However, aside from some results obtained with maize, none of these approaches was successful. Therefore, additional efforts using genetic engineering approaches concentrated on increasing the synthesis and reducing the catabolism of these essential amino acids and also on the expression of recombinant proteins enriched in them. In the present review, we discuss the basic biological aspects associated with the synthesis and accumulation of these amino acids in plants and also describe recent developments associated with the fortification of crop plants with essential amino acids by genetic engineering approaches
机译:人类以及农场动物不能合成许多必需的氨基酸,这对于他们的存活至关重要。因此,这些生物必须从其饮食中获得这些必需的氨基酸。谷物和豆科作物代表全球人类和牲畜的主要食品和饲料来源,具有限制这些必需氨基酸的一些水平,特别是Lys和满足。使用传统的育种和诱变来强化这些必需氨基酸的作物植物来强化作物植物。然而,除了用玉米获得的一些结果,这些方法都没有成功。因此,使用基因工程方法的额外努力集中在增加合成并降低这些必需氨基酸的分解代谢以及富含富含素蛋白质的表达。在本综述中,我们讨论了与植物中这些氨基酸的合成和积累相关的基本生物方面,并且还通过基因工程方法描述了与各种氨基酸的作物植物强化相关的最新发展

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