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  • Title: [New breeding and technological evaluation criteria for fruit and berry products for the healthy and dietary food industry].
    Author: Akimov MY.
    Journal: Vopr Pitan; 2020; 89(4):244-254. PubMed ID: 32986337.
    Abstract:
    For the formation of a healthy diet, it is important to provide an economic and physical availability of the assortment of importsubstituting high quality and safe horticultural products, and to improve the industrial assortment. Wherein, the traits which define the consumer demand, such as quality and the chemical composition of fruits, saturation with essential micronutrients for healthy and dietary nutrition, should be taken into account in the first place among other breeding criteria, such as an early maturity and productivity. The aim of the research was the determination of breeding and technological priorities for fruits and berries from the point of view of the content of macro- and micronutrients for the development of dietary foodstuffs. Material and methods. The object of the investigation was the data on the content of protein, total sugar, mono- and disaccharides, sodium, potassium, calcium, magnesium, iron, copper, zinc, organic acids, polyphenolic compounds, flavonoids, anthocyanins, hydroxycinnamic acids, resveratrol, piceid, vitamins С, E, B1, B2, PP and carotenoids in samples of fruit and berry crops grown on the experimental production sites of the Federal Research Center named after I.V. Michurin (25 varieties of apple, 21 varieties of pear, 14 - of cherry, 5 - apricot, 10 - honeysuckle, 14 - strawberry, 8 forms of viburnum, 18 varieties of raspberry, 13 varieties of gooseberry, 10 forms of sea buckthorn, 12 varieties of plum, 8 varieties of red currant, 12 varieties of black currant). The statistical software package Statistica 6 was used for statistical data processing and construction of mathematical models. Results and discussion. The scale of priority distribution was developed, based on the analysis of the micronutrient composition of fruit and berries. The limits of low, medium and high micronutrient content in horticultural products were defined. Therefore, the threshold values of high level (3 points) were determined as ≥6 g/100 g for the dietary fiber and ≥30% of the recommended daily intake for the biologically active substances (BAS), minerals and trace elements. The threshold values of medium level of content (2 points) were determined as ≥3 g/100 g for the dietary fiber, ≥15% of the recommended daily intake for the BAS, minerals and trace elements. And threshold values of low level of content (1 points) were determined as values of indicators which are less than aforementioned. It was found that the categories of low priority (1 point) in the studied crops include protein, vitamins B1 (except for honeysuckle), B2, E (except for sea buckthorn) and PP, as well as sodium, calcium and zinc. The majority of the research objects has medium values as a source of soluble dietary fiber, carotenoids, flavonoids, hydroxycinnamic acids and potassium. The content of ascorbic acid and polyphenolic compounds, including anthocyanidins demonstrates the highest priority among the studied crops (3 points). According to the data obtained, the most of cultivars has a high content of organic acids (citric and malic), and more than 45.0% of the cultivars have a high content of vitamin C. 55.8% of cultivars have a high content of polyphenolic compounds, while 23.4% of cultivars are the sources of polyphenolic compounds too. Also 45.8% of cultivars have a high content of anthocyanidins, 25.0% of cultivars have a high content of flavonoids and hydroxycinnamic acids, 2.9% of cultivars are rich in iron. 62.0% of cultivars are the sources of soluble dietary fiber, 49.6% - sources of flavonoids, 13.0% - sources of potassium, 5.8% - sources of magnesium, 2.9% - sources of copper. Conclusion. The assessment of the chemical composition of fruits and berries from the standpoint of the presence and the content of macro- and micronutrients and BAS, proposed as a breeding program priority for the development of foodstuffs for specialized, dietary and therapeutic nutrition, is the basis for the future work on identification of complex sources, formation of unique food matrices, and selection of technological processes to develope a line of specialized foodstuffs.
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