营养产品中的植物成分

S. V. Felik, T. Antipova, N. L. Androsova, S. Simonenko
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摘要

的目标。探索在老年人乳制品和饮料中使用植物粉的一些理论和实践可能性。材料与方法。以脂肪质量分数为1.5%的灭菌牛奶(GOST 31450-2013)、饮用水(SanPiN 3.3686-21)、植物粉:玫瑰果、蔓越莓、猴面包树浆、蓝莓、沙棘为原料。在研究中,将1.0和1.5%的植物粉分别溶解在牛奶或水中,温度为20℃。根据GOST ISO 6658-2016测定感官参数。对实验样品进行75℃的温度处理;80和85оС。活性酸度用testo 206-pH1仪器测定。结果。以1.0%的植物粉与1.5%脂肪含量的牛奶混合,评价样品的感官特性,并在此基础上选择猴面包树纸浆粉和玫瑰果粉进行进一步研究。对猴面包树果粉和玫瑰果粉与脂肪质量分数为1.5%的饮用水和牛奶混合后的一些感官、理化和工艺性能进行了研究,结果表明,添加猴面包树果粉和玫瑰果粉会降低牛奶中的氢指数(pH),从而导致牛奶中的蛋白质在热处理过程中凝固。在用牛奶对实验样品进行热处理期间,确定了蔬菜粉的量,在此量下可以应用85摄氏度的巴氏灭菌温度。结论。该选择是合理的,并确定了将猴面包树纸浆粉和玫瑰果粉加入到英雄营养乳制品和饮料配方中的可能性和方便性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Plant components in products for herodietic nutrition
Aim. To explore some of the theoretical and practical possibilities of using vegetable powders in dairy products and beverages for older people. Materials and Methods. As raw materials, sterilized cow's milk with a mass fraction of fat of 1.5% (GOST 31450-2013), drinking water (SanPiN 3.3686-21), vegetable powders: rosehip, cranberry, baobab pulp, blueberry, sea buckthorn were used. For research, plant powders in the amount of 1.0 and 1.5% were dissolved in milk or water at a temperature of 20°C. Organoleptic parameters were determined according to GOST ISO 6658-2016. Temperature processing of experimental samples was carried out at 75; 80 and 85оС. Active acidity was determined with a testo 206-pH1 instrument. Results. The organoleptic characteristics of the samples were evaluated when combining vegetable powders in an amount of 1.0% with milk of 1.5% fat content, on the basis of which a powder from baobab pulp and a powder from rosehip fruits were selected for further research. The studies of some organoleptic, physico-chemical and technological properties of mixtures of baobab fruit powder and rosehip fruit powder with drinking water and milk with a fat mass fraction of 1.5% showed that when these powders were added, a decrease in the hydrogen index (pH) was noted, which can lead to coagulation of milk proteins during heat treatment. During thermal treatment of experimental samples with milk, the amount of vegetable powder was established, at which it is possible to apply the pasteurization temperature regime of 85оC. Conclusion. The choice is justified and the possibility and expediency of including powder from the pulp of baobab and powder from rosehip fruits in the formulations of milk-based products and beverages for herodietic nutrition is established.
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