伏尔加格勒地区生产的羊奶和牛奶的比较生化成分和特性

M. Slozhenkina, M. Frolova, M. Vasilyeva, M.V. Stesyakova, M.V. Odanovich, E. Mosolova
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引用次数: 0

摘要

的目标。对伏尔加格勒地区生产的羊奶和牛奶的生化成分和特性进行比较研究,以确定生产婴儿食品的最合适原料。材料与方法。在实验研究过程中采用了普遍接受的生化和数学方法进行分析:脂肪质量分数的确定根据GOST 22760 - 77,蛋白质-根据GOST 23327 - 98, SOMO -根据GOST 3626 - 73,冰点-根据GOST 30562 - 97,水分质量分数——通过在烤箱烘干,氨基酸组成,通过毛细管电泳在105米下降,密度,使用比重计,Klever 2 m, Laktan 700 (GOST R 54758 - 2011),乳糖质量分数,根据GOST 34304 - 2017,矿物盐的质量分数——根据GOST 26929 - 94,使用Kvant 2AT装置进行宏元素组成。结果。作为研究的结果,对该国,特别是伏尔加格勒地区的羊奶生产状况进行了研究。实验室研究已经确定,羊奶在物理和化学性质、蛋白质和脂肪酸组成方面与牛奶有很大不同。例如,羊奶含有高达65-67%的不饱和脂肪酸,比牛奶高4-6%。同时,羊奶在不饱和脂肪酸含量上确实优于牛奶。羊奶的钙含量高达143.0毫克,镁含量为14.0毫克,分别比牛奶高16.6%和7.7%。羊奶钙磷比在21.8%以上。羊奶含维生素原和总维生素A,维生素A含量是牛奶的2倍,维生素E是牛奶的1.28倍,维生素C是牛奶的1.33倍,维生素PP是牛奶的3.0倍。结论。在研究中,我们已经证明了羊奶与牛奶的生化特性。据透露,在伏尔加格勒地区的山羊饲养场饲养了大约1万只奶牛品种的山羊。巴氏消毒和灭菌的牛奶、酸奶油、松软干酪和奶酪都是少量生产的。然而,该地区羊奶生产和加工的前景是可以预见的,这与每年奶山羊数量的增加和消费者需求的增加有关。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Comparative biochemical composition and properties of goat and cow milk produced in the conditions of Volgograd Region
Aim. A comparative study of the biochemical composition and properties of goat and cow milk produced in the Volgograd region in order to determine the most appropriate raw materials for the production of baby food. Materials and Methods. In the course of the experimental studies were used generally accepted biochemical and mathematical methods of analysis: mass fraction of fat was determined according to GOST 22760-77, protein – according to GOST 23327-98, SOMO – according to GOST 3626-73, freezing point – according to GOST 30562-97, mass fraction of moisture – by drying in an oven, amino acid composition – by capillary electrophoresis on Drops 105M, density – using a hydrometer, Klever 2M, Laktan 700 (GOST R 54758-2011), mass fraction of lactose – according to GOST 34304-2017, mass fraction of mineral salts – according to GOST 26929-94, macroelement composition – using device Kvant 2AT. Results. As a result of the research the state of goat milk production in the country and, in particular, in Volgograd region has been studied. The laboratory studies have established that goat milk differs significantly from cow's milk by its physical and chemical properties, protein and fatty-acid composition. For example, goat milk contains up to 65-67% unsaturated fatty acids, which is 4-6% higher than in cow's milk. At the same time, goat milk is reliably superior to cow's milk in unsaturated fatty acids content. Goat milk, contains calcium up to 143.0 mg, magnesium – 14.0 mg or 16.6% and 7.7% more than cow's milk, respectively. In goat milk, the Ca:P ratio is more than 21.8%. Such milk contains both pro-vitamin and total vitamin A. In terms of vitamin A content, goat milk exceeds cow's milk by 2 times, vitamin E by 1.28 times, vitamin C by 1.33 times, vitamin PP by 3.0 times. Conclusion. In the studies we have shown the biochemical features of goat's milk in comparison with cow's milk. It is revealed that about 10 thousand goats of dairy breeds are kept in goat farms of Volgograd region. Pasteurized and sterilized milk, sour cream, cottage cheese and cheese are produced in small quantities. However, the prospects for goat milk production and processing in the region are seen, which is associated with the annual increase in the number of dairy goats and the increase in consumer demand.
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