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Health Benefits of Vitamins and Secondary Metabolites of Fruits and Vegetables and Prospects To Increase Their Concentrations by Agronomic Approaches

机译:水果和蔬菜中维生素和次生代谢产物的健康益处以及通过农艺方法提高其浓度的前景

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Fruits and vegetables (FAVs) are an important part of the human diet and a major source of biologically active substances such as vitamins and secondary metabolites. The consumption of FAVs remains globally insufficient, so it should be encouraged, and it may be useful to propose to consumers FAVs with enhanced concentrations in vitamins and secondary metabolites. There are basically two ways to reach this target: the genetic approach or the environmental approach. This paper provides a comprehensive review of the results that have been obtained so far through purely agronomic approaches and brings them into perspective by comparing them with the achievements of genetic approaches. Although agronomic approaches offer very good perspectives, the existence of variability of responses suggests that the current understanding of the way regulatory and metabolic pathways are controlled needs to be increased. For this purpose, more in-depth study of the interactions existing between factors (light and temperature, for instance, genetic factors x environmental factors), between processes (primary metabolism and ontogeny, for example), and between organs (as there is some evidence that photooxidative stress in leaves affects antioxidant metabolism in fruits) is proposed.
机译:水果和蔬菜(FAV)是人类饮食的重要组成部分,也是生物活性物质(例如维生素和次生代谢产物)的主要来源。 FAV的消费在全球范围内仍然不足,因此应予以鼓励,向消费者建议维生素和次生代谢产物浓度较高的FAV可能有用。基本上有两种方法可以达到这个目标:遗传方法或环境方法。本文对迄今为止通过纯农学方法获得的结果进行了全面的综述,并将它们与遗传方法的成果进行比较,从而将其带入了视野。尽管农学方法提供了很好的观点,但反应变异性的存在表明,目前需要增加对调节和代谢途径控制方式的了解。为此,对因素之间(例如光和温度,例如遗传因素x环境因素)之间,过程之间(例如主要的新陈代谢和个体发育)之间以及器官之间(存在一些相互作用)存在的相互作用进行更深入的研究。有证据表明,叶片中的光氧化应激会影响果实的抗氧化代谢)。

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