利用生物强化策略提高蔬菜和水果的品质

Pub Date : 2023-10-28 DOI:10.15673/fst.v17i3.2650
A. Dubinina, V. Zaitseva, M. Mardar, T. Kuklina, O. Cherevko, S. Lehnert, T. Letuta, L. Tatar
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引用次数: 0

摘要

对乌克兰人民营养状况的分析表明,人们吃得不好,这大大恶化了他们的健康状况和工作能力。通过改变营养结构,最重要的是通过增加高质量蔬菜和水果的饮食来解决这个问题,这些蔬菜和水果的品种是通过生物强化策略创造的。生物强化是解决与营养有关的全球问题的一种创新和有前途的方法。生物强化的目标是创造出从土壤中吸收更多必要功能成分的植物,以及那些在植物中合成的植物。生物强化策略包括开发植物矿质营养的最佳途径,利用分子遗传方法创造新物种,以及使用传统育种方法。本研究的目的是分析利用生物强化策略创造各种水果和蔬菜作物品种的现代经验,这些品种增加了功能成分的含量。根据文献综述,可以确定,多年来,一个非传统的选择方向一直在发展-创造具有推荐化学成分的水果和蔬菜的品种和杂交品种。创造各种蛋白质含量增加的蔬菜和水果(坚果和豆类);淀粉(马铃薯);类胡萝卜素,干物质,双糖(胡萝卜,南瓜);维生素C、甜菜素、糖(食用甜菜);硒(西红柿);生物类黄酮、维生素C(卷心菜类蔬菜);宏、微量元素(球茎类蔬菜)等。这些原料可以用来制造特殊用途的产品,这将大大提高人们的饮食质量和健康。研究表明,非传统育种方向的发展是有前景的,对国内采集的农作物样本进行研究,从中选择最佳品种用于各种用途,特别是用于生产特殊用途的产品,是一项必须发展的具有创新性质的重要的国民经济和科学任务,因此,必须把改善民族的问题放在第一位。
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IMPROVING THE QUALITY OF VEGETABLES AND FRUITS USING BIOFORTIFICATION STRATEGIES
An analysis of the state of nutrition of people in Ukraine shows that the population does not eat well, which significantly worsens the state of their health and working capacity. The solution to the problem is possible through changes in the structure of nutrition, and above all, through an increase in the diet of vegetables and fruits of high quality, the varieties of which have been created using biofortification strategies. Biofortification is an innovative and promising approach in solving global problems related to nutrition. The goal of biofortification is to create plants with increased levels of the necessary functional ingredients absorbed from the soil, as well as those synthesized in the plant. Biofortification strategies consist in the development of optimal ways of mineral nutrition of plants, the creation of new species using molecular genetic approaches, and the use of traditional breeding methods. The purpose of the research is to analyze the modern experience of creating varieties of various fruit and vegetable crops with the help of biofortification strategies, which have an increased content of functional ingredients. Based on the literature review, it was established that for many years, an unconventional direction of selection has been developing – the creation of varieties and hybrids of fruits and vegetables with the recommended chemical composition. Created varieties of vegetables and fruits with increased protein content (nuts and legumes); starch (potato); carotenoids, dry matter, disaccharides (carrot, pumpkin); vitamin C, betanin, sugars (table beet); selenium (tomatoes); bioflavonoids, vitamin C (cabbage vegetables); macro- and microelements (bulb vegetables), etc. Such raw materials can be used to create special purpose products, which will significantly improve the quality of the population's diet and health. It is shown that the development of the non-traditional direction in breeding remains promising, and the study of samples of the domestic collection of agricultural crops and the selection of the best varieties from them for various directions of use, and especially for the production of special purpose products, is an important national economic and scientific task of an innovative nature that must be developed, therefore that the problem of improving the nation should come first.
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