Sour milk drink technology with amarant flour

I. Bernyk, S. М. Ovsіenko, N. Novgorodska, O. Razanova
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Abstract

The article presents the results of a study on the production of sour milk drink with amaranth flour and cranberry puree. Sour milk drink corresponds to the modern concept of production of qualitatively new food products with the directed changes of chemical structure according to physiological needs of the person. Amaranth flour has been used in the production of innovative products as a high-protein ingredient that increases the nutritional value of products. At the first stage, a study of the functional and technological properties of amaranth flour was conducted. The parameters of preliminary heat treatment of amaranth flour were experimentally established. It was found that increasing the temperature and duration of aging amaranth flour increases its moisture-retaining properties. It is proposed to brew amaranth flour at a temperature of 90 °C for 10 minutes. In experimental studies, brewed amaranth flour in different concentrations was added to the milk base of the experimental samples: sample 2 – 1 %, sample 3 – 2 % sample 4 – 3 % sample 5 – 4 % and prepared cranberry puree in the amount of 5 %. Preparation of cranberry puree consisted of heating to t = 40 ± 2 °C, adding sugar and stirring. According to the results of the research, the amount of brewed amaranth flour in the fermented milk product was established. The most harmonious were the organoleptic characteristics with a content of brewed amaranth flour of 3 %. The technology of production of sour-milk drink with vegetable ingredients by thermostatic method is offered. Technological operations for the production of fermented milk product are as follows: acceptance and evaluation of the quality of the main and auxiliary raw materials; cleaning from mechanical impurities, separation, cooling, milk reservation; homogenization of the mixture; pasteurization and cooling of the mixture; preparation of cranberry puree; brewing amaranth flour; assembly of the mixture, application of leaven, mixing, bottling, sealing, marking; fermentation, cooling, comprehensive assessment of quality and functional properties; transportation and sale.
使用苋菜粉的酸奶饮料技术
文章介绍了用苋菜粉和蔓越莓泥生产酸奶饮料的研究成果。酸牛奶饮料符合根据人的生理需求改变化学结构生产高质量新食品的现代理念。苋菜粉作为一种高蛋白配料被用于创新产品的生产中,从而提高了产品的营养价值。在第一阶段,对苋菜粉的功能和技术特性进行了研究。通过实验确定了苋菜粉初步热处理的参数。研究发现,提高苋菜粉的温度和陈化时间可增加其保湿性能。建议将苋菜粉在 90 ℃ 的温度下酿造 10 分钟。在实验研究中,将不同浓度的酿造苋菜粉添加到实验样品的奶基中:样品 2 - 1 %,样品 3 - 2 %,样品 4 - 3 %,样品 5 - 4 %,并准备了 5 %的蔓越莓泥。蔓越莓泥的制备包括加热至 t = 40 ± 2 °C,加糖并搅拌。根据研究结果,确定了发酵奶产品中酿造苋菜粉的用量。酿造苋菜粉含量为 3%时,感官特征最协调。提供了用恒温法生产含植物成分的酸奶饮料的技术。发酵牛奶产品的生产技术操作如下:验收和评估主要和辅助原材料的质量;清除机械杂质、分离、冷却、牛奶预留;混合物的均质化;混合物的巴氏灭菌和冷却;蔓越莓泥的制备;苋菜粉的酿造;混合物的组装、酵母的应用、混合、装瓶、密封、标记;发酵、冷却、质量和功能特性的综合评估;运输和销售。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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