Marina Hovjecki, M. Radovanovic, S. Levic, M. Mirković, Ivana Peric, Zorana Miloradović, Irena Barukcic Jurina, J. Miočinović
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引用次数: 0
摘要
奇异籽与水接触后会释放出粘液(MC),这是包括膳食纤维在内的各种促进健康的化合物的来源。以前,MC 曾被用作牛奶酸奶的增稠剂,但目前还没有关于其在山羊奶中应用的数据。本研究生产了三种山羊奶酸奶(不含 MC0、含 1.5%-MC15 和含 3% 粘液质-MC30)。研究了酸奶的流变学、质地、微生物数量、滞后性、微观结构和感官接受度。添加 MC 后,滞后面积减小,但在较低剪切速率下酸奶粘度增加。它还改善了两种浓度水平下的所有质地参数,而只有 MC30 样品的滞后值有所降低。在两种添加了 MC 的酸奶中,添加 MC 都提高了乳酸菌的活力。通过感官评估,MC30 样品的口感评分最高,也是消费者总体接受度最高的。风味和酸度是降低所有酸奶可接受性的关键因素。总之,奇异籽粘液可用作山羊奶酸奶的功能性配料,生产出创新的乳制品,满足消费者的期望。
Chia Seed Mucilage as a Functional Ingredient to Improve Quality of Goat Milk Yoghurt: Effects on Rheology, Texture, Microstructure and Sensory Properties
In contact with water, chia seeds release mucilage (MC), which is a source of various health-promoting compounds including dietary fibres. MC has been previously used as a thickening agent in cow milk yoghurt, but there are no available data on its application in goat milk. In this study, three goat milk yoghurts (without—MC0, with 1.5%—MC15 and with 3% mucilage—MC30) were produced. The rheology, texture, microbial counts, syneresis, microstructure and sensory acceptance of the yoghurts were investigated. The MC addition resulted in a reduced hysteresis area, but increased yoghurt viscosity at lower shear rates. It also improved all texture parameters at both concentration levels, while syneresis values were reduced only in sample MC30. The MC addition promoted lactobacilli viability in both supplemented yoghurts. The texture perceived by sensory evaluation was rated the highest for the sample MC30, which was also the most accepted by consumers overall. Critical attributes that reduced the acceptability of all yoghurts were flavour and acidity. In conclusion, chia seed mucilage can be used as a functional ingredient in goat milk yoghurt to produce an innovative dairy product and meet consumer expectations.