Perinelli Diego Romano, Santanatoglia Agnese, Caprioli Giovanni, Bonacucina Giulia, Vittori Sauro, Maggi Filippo, Sagratini Gianni
Chemistry Interdisciplinary Project (ChIP) Research Center, School of Pharmacy, University of Camerino, Via Madonna delle Carceri 9, 62032 Camerino, MC, Italy.
Foods. 2023 Sep 20;12(18):3499. doi: 10.3390/foods12183499.
The development of functional foods in the dairy sector represents a flourishing field of technological research. In this study, an Italian fresh cheese as "giuncata" was enriched with inulin, a dietary fiber, with the aim of developing a product with improved nutritional properties in terms of prebiotic action on intestinal microbiota. An inulin concentration of ~4% / was determined in the fresh cheese after the fortification process, enabling the claim of being a "source of dietary fiber" (inulin > 3 g/100 g) according to the European regulation. The addition of inulin has no effect on the pH of cheese and does not relevantly influence its color as well as the total fat content (fat reduction ~0.61%) in comparison to the control. Mechanical properties of the cheese were also not markedly affected as evidenced from rheological and tensile testing analyses. Indeed, the incorporation of inulin in "giuncata" only exerts a slight "softening effect" resulting in a slightly lower consistency and mechanical resistance in comparison to the control. Overall, this study demonstrates the feasibility of producing a fiber-enriched dairy functional food from a large consumed fresh and soft cheese as "giuncata".
乳制品领域功能性食品的发展是一个蓬勃发展的技术研究领域。在本研究中,一种名为“giuncata”的意大利新鲜奶酪添加了膳食纤维菊粉,目的是开发一种对肠道微生物群具有益生元作用、营养特性得到改善的产品。强化过程后,新鲜奶酪中菊粉浓度约为4%,根据欧洲法规,可宣称其为“膳食纤维来源”(菊粉>3克/100克)。与对照相比,菊粉的添加对奶酪的pH值没有影响,也不会显著影响其颜色以及总脂肪含量(脂肪减少约0.61%)。流变学和拉伸测试分析表明,奶酪的机械性能也没有受到显著影响。事实上,在“giuncata”中添加菊粉只会产生轻微的“软化效果”,与对照相比,其稠度和机械抗性略低。总体而言,本研究证明了以大量消费的新鲜软质奶酪“giuncata”生产富含纤维的乳制品功能性食品的可行性。