食品中生物活性成分生产模式的鉴定

O. Kovaliova, Yuriy Tchoursinov, V. Kalyna, V. Koshulko, Ekaterina Kunitsia, A. Chernukha, Oleg Bezuglov, O. Bogatov, Dmytro Polkovnychenko, N. Grigorenko
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引用次数: 15

摘要

这里报道的研究已经建立了一种集约化技术模式,用于制造一种生物活性成分(豆芽),其萌发涉及天然果酸(柠檬酸、苹果酸、葡萄酸)。选择优质安全的兴奋剂对不同谷物原料的发芽至关重要。这些物质是天然的果酸。它们的应用使人们有可能获得用于健康食品的高价值成分,即各种豆类的芽。实验研究证明了果酸在豆芽提取过程中作为有效的增强剂和消毒剂的有效性。已经证明,它们的使用不仅可以加强豆科植物的发芽,而且还有助于更积极地形成芽,并消毒苗床。因此,使用浓度为0.25 - 1.25%的果酸水溶液可使以下指标提高:发芽能提高4 - 7%;发芽能力,由5 - 8%;芽的长度,由3-11毫米;芽的重量,根据作物的不同,从1%到12%不等。此外,对豆芽的组成进行了研究,证实了其作为生物活性成分引入食品成分的生物学有效性和合理性。报告研究表明,它们含有高含量的氨基酸(3-50 %根据氨基酸)、维生素(В1,В2,В3,В6В12日РР,Е,С,А),蛋白质的含量高(32%)和萃取物质(44%)。这证明了采用集约化技术获得的豆芽的生物学和营养价值。所研究的豆芽制作工艺具有创新性。所获得的豆芽可以成为新的保健食品的高营养成分
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Identification of Patterns in the Production of a Biologically-Active Component for Food Products
The study reported here has established patterns in the intensive technology for making a biologically active component (the sprouts of legumes) whose germination involved natural fruit acids (citric, malic, grape). The choice of high-quality and safe stimulants is important for the germination of different grain raw materials. Such substances are the fruit acids of natural origin. Their application has made it possible to obtain a high-value component for healthy foods, namely, the sprouts of a variety of legumes. The experimental research has proven the effectiveness of using fruit acids as the effective intensifiers and disinfectants for the process of obtaining the legume sprouts. It has been shown that their use makes it possible not only to intensify the germination of legumes but also contributes to the more active formation of sprouts, and disinfects the seedbed. Thus, the use of aqueous solutions of fruit acids at the concentration of 0.25–1.25 % led to an increase in the following indicators: the germination energy, by 4–7 %; the ability to germinate, by 5–8 %; the length of the sprouts, by 3–11 mm; the weight of the sprouts, from 1 to 12 % depending on the crop. In addition, the composition of the sprouts has been investigated, which confirmed the biological usefulness and rationality of their introduction to the composition of food products as a biologically active component. The reported study has shown that they contain the elevated content of amino acids (by 3–50 % depending on the amino acid), vitamins(В 1 , В 2 , В 3 , В 6 , В 12 , РР, Е, С, А),  the high content of protein (32 %) and extractive substances (44 %). This testifies to the biological and nutritional value of the sprouts obtained using intensive technology. The investigated technology for making legumes sprouts is innovative. The sprouts obtained can become highly nutritious components for new health food products
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