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Scientific aspects of the study of the protein-carbohydrate raw materials biomodification process in the production of functional food products

机译:科学方面的研究蛋白质 - 碳水化合物原料生物弥补过程在生产功能食品中

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At present, the development of new technologies in the food industry and the creation of a wide range of qualitatively new products with a directed change in the chemical composition and properties is an important direction, which contributes to improve population's nutritional system. Particularly, at present the introduction of resource-saving, import-substituting technologies into production, which allow the rational use of secondary raw materials, preserve the country's food security and expand the range of functional food products, is important. The purpose of the research is the possibility of joint use of raw milk, raw cream, milk processing by-products, biologically active plant raw materials and the development on their basis of a technology for an enriched cheese product of the "Ricotta" type with functional properties in order to introduce import-substituting technologies, improve the structure nutrition of the population. The objects of research were raw milk, cheese whey, fermented cheese whey, milk-whey mixture, barley malt extract. The most optimal time of biomodification, the concentration of the introduced biologically active additive, the amount of proteolysis have been established. The need for biomodification by a consortium of probiotic bacteria in order to improve the nutritional value of the product.
机译:目前,在食品工业中开发新技术以及在化学成分和性质的定向变化中创造了各种各样的新产品,是一种重要的方向,有助于改善人口的营养系统。特别是,目前引入资源节约,进口替代技术进入生产,允许合理使用二次原料,保持国家的粮食安全,扩大功能性食品的范围,是重要的。该研究的目的是有可能联合使用原料牛奶,原料奶油,牛奶加工副产品,生物活性植物原料和开发的基础,为富集的“乳清干酪”类型的浓缩奶酪产品功能性质为了引入进口替代技术,提高人口的结构营养。研究对象是生牛奶,奶酪乳清,发酵奶酪乳清,乳乳清混合物,大麦麦芽提取物。最佳的生物弥补时间,介绍的生物活性添加剂的浓度,已经建立了蛋白水解量。需要通过益生菌的联盟生物弥补,以改善产品的营养价值。

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