A. Trubnikova, O. Chabanova, T. Sharahmatova, Sergej Bondar, S. Vikul
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引用次数: 2

摘要

乳糖不耐症在世界上很普遍,尽管其频率在不同的国家有很大差异。在乌克兰,15-35%的成年人患有这种疾病。对于这些人,有必要开发特殊的乳制品-无乳糖和低乳糖。乳制品行业发展的一个很有前景的方向是有针对性地生产专门针对乳糖不耐受人群的冰淇淋。本文证实了利用二次乳和植物原料开发具有抗氧化和预益生菌特性的治疗和预防目的的低乳糖冰淇淋配方的便捷性。根据起泡能力、泡沫稳定性、粘度、抗氧化活性和感官参数对主要成分无乳糖浓缩蛋白液(LFPC)和乳糖含量高的酸奶碱(YB)进行了选择。LFPC / YB组分的比例为60:40(对于非乳糖浓缩物,通过超滤脱脂乳在FC = 4和滤过(DF = 7) UF酪乳保留物)和LFPC / YB - 50:50(对于乳糖浓缩物,通过超滤脱脂乳在FC = 5和滤过(DF = 7) UF酪乳保留物)。两种样品均具有最佳工艺特性:发泡能力分别为28%和32%,泡沫阻力分别为120和130分钟。根据感官参数,样品相似,它们具有令人愉快的酸牛奶味,均匀的稠度,均匀的白黄色,这是酸牛奶冰淇淋的特征。样品的抗氧化活性分别为315和330℃。确定了冰淇淋混合物中辅助成分的合理质量分数:菊粉- 4%;乳果糖- 1%;姜- 0.3%;柠檬酸- 0,15%;稳定剂- 0.2%(对于LFPC (FC = 4) / YB)和0.25%(对于LFPC (FC = 5) / YB)。研制了低乳糖生物活性冰淇淋的配方组成。测定了低乳糖冰淇淋与乳糖质量分数(根据LFPC / YB的比例为1.1 ~ 1.4%)混合后样品的抗氧化活性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Обґрунтування та розробка рецептур низьколактозного біологічно-активного молочного морозива (Grounding and Development of Low-Lactose Biologically Active Milk Ice Cream Formula)
Lactose intolerance is widespread in the world, although its frequency varies considerably in different countries. In Ukraine, 15-35% of the adult population suffer from this illness. For these people, it is necessary to develop special dairy products – lactose-free and low-lactose. A promising direction in the development of the dairy industry is the targeted production of exclusive ice cream types, intended for people intolerant to lactose. The article substantiates the expediency of the development of a low-lactose ice cream formulation of therapeutic and prophylactic purpose with antioxidant and pre-probiotic properties using secondary milk and plant material. The selection of the main components – liquid lactose-free protein concentrate (LFPC) and yoghurt base with reduced lactose and high protein content (YB) – was carried out according to foaming ability, foam stability, viscosity, antioxidant activity and organoleptic parameters. The ratio of LFPC / YB components was 60:40 (for a non-lactose concentrate, obtained by ultrafiltration of buttermilk at FC = 4 and by diafiltration (DF = 7) UF buttermilk retentate) and LFPC / YB – 50:50 (for a lactose concentrate, obtained by ultrafiltration of buttermilk at FC = 5 and diafiltration (DF = 7) UF buttermilk retentate). Both samples had the best technological characteristics: foaming ability – 28% and 32%, respectively, foam resistance – 120 and 130 minutes, respectively. According to organoleptic parameters, the samples were similar, they had a pleasant sour-milk taste, a homogeneous consistency, a homogeneous white-yellow color, which is characteristic of sour milk ice cream. The antioxidant activity of the samples was 315 and 330 c. u., respectively. The rational mass fractions of the auxiliary components of a mixture of ice cream were determined: inulin – 4%; lactulose – 1%; ginger – 0,3%; citric acid – 0,15%; stabilizer – 0,2% (for LFPC (FC = 4) / YB) and 0,25% (for LFPC (FC = 5) / YB). The recipe composition of low-lactose biologically active ice cream was developed. The antioxidant activity of samples of a mixture of low-lactose ice cream and a mass fraction of lactose, which was 1.1-1.4% depending on the ratios of LFPC / YB, were determined.
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