Development of Functional Cheeses with Fructooligosaccharides

Diana R. Palatnik, Noelia Rinaldoni, D. Corrales, M. L. Rolon, H. Montero, Germán F. Aranibar, M. L. Castells, N. Zaritzky, M. Campderrós
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引用次数: 2

Abstract

Cheese is a food of great consumption in the world; however, some aspects related to its fat content and the possibility of incorporating fiber represent interesting challenges for the dairy industry. In this sense, fructooligosaccharides (FOS), as inulin and agave fructans, exhibit valuable nutritional and functional attributes that can be used as supplements as soluble fiber or as macronutrient substitutes. In this chapter, the study of the development of soft and cream cheeses was performed to determine the operating conditions that allow obtaining products with beneficial health properties taking advantage of the characteristics of this carbohydrate. The skim milk was produced by ultrafiltration, and all the products were characterized physicochemically, including determinations of color, texture, and sensory analysis. The cheeses obtained were of high moisture, >45% (w/w), and reduced fat content (10–25% w/w), including a high protein concentration. The presence of fructans did not significantly modify the texture and appearance of the developed products, but its retention in the matrix was maximal in the case of spreadable cream cheeses containing inulin. Considering the health benefits of fructans and their abundance, this development could represent an innovation for dairy industry.
低聚果糖功能性奶酪的研制
奶酪是世界上消费量很大的食物;然而,与它的脂肪含量和加入纤维的可能性有关的一些方面对乳制品行业来说是有趣的挑战。从这个意义上说,低聚果糖(FOS),如菊糖和龙舌兰果聚糖,表现出宝贵的营养和功能属性,可以用作可溶性纤维的补充剂或宏量营养素的替代品。在本章中,对软奶酪和奶油奶酪的开发进行了研究,以确定利用这种碳水化合物的特性获得具有有益健康特性的产品的操作条件。采用超滤法制备脱脂奶,并对所得产品进行了理化表征,包括颜色测定、质地测定和感官分析。得到的奶酪具有较高的水分,>45% (w/w),脂肪含量降低(10-25% w/w),包括较高的蛋白质浓度。果聚糖的存在并没有显著改变所开发产品的质地和外观,但在含有菊糖的涂抹奶油奶酪中,它在基质中的保留量最大。考虑到果聚糖的健康益处及其丰富程度,这一发展可能代表着乳制品行业的一项创新。
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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