Harnessing the Technological Potential of Chia Seeds in the Technology of Cream-Whipped Candy Masses

O. Shydakova-Kameniuka, O. Shkliaiev, O. Samokhvalova, M. Artamonova, G. Stepankova, Olena Bolkhovitina, A. Rogova
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引用次数: 4

Abstract

The technological properties of chia seeds have been studied. It has been established that the degree of their swelling depends on the type of a medium (water, albumin solution, fat) and the state of seeds (whole seeds or ground seeds). It was noted that the whole seeds have a higher capacity to retain water than the ability to retain an albumin solution or fat, by 1.87 and 17.28 times, and the ground seeds – by 1.75 and 17.49 times, respectively. Their capacity to swell improves after grinding regardless of the type of a medium. In addition, the ground seeds have a better fat-emulsifying ability but they do not demonstrate the foaming properties. The whole chia seeds have good foaming properties. It is possible to obtain a whipped protein mass, which is not worse than the control sample in terms of stability and foaming capacity, in case of replacing 40 % of dry albumin with whole chia seeds. We recommend adding the whole chia seeds at the stage of the whipping of protein mass, and the ground seeds – at the stage of obtaining a fat emulsion semi-finished product in the production of cream-whipped candy masses. Thus, the formulation amount of dry albumin and fat decreases. The addition of 30 % of whole seeds and 30 % of ground seeds helps reduce the density of structured cream-whipped candy mass by 6.7 %. A further increase in the dosage of the additive leads to a slight increase in the value of the density indicator. In addition, an increase in the content of chia seeds causes an increase in the strength indicator of samples. The organoleptic analysis showed that the structured cream-whipped candy masses with the most studied dosage of chia seeds have the densified structure, uneven porosity, and strong, viscous consistency. It was found that the dosage of whole seeds should equal 40 % by weight of egg albumin, and the dosage of ground seeds – 40 % by weight of fat to ensure the high quality of cream-whipped candy masses. The obtained results are of practical importance for improving the technology of cream-whipped candy masses towards decreasing the formulation amount of albumin and margarine. The addition of chia seeds would improve the nutritional and biological values of cream-whipped candies
利用奇亚籽在奶油糖块工艺中的技术潜力
对奇亚籽的工艺特性进行了研究。已经确定,它们的肿胀程度取决于介质的类型(水、白蛋白溶液、脂肪)和种子的状态(整粒种子或磨碎的种子)。结果表明,与保留白蛋白溶液或脂肪的能力相比,整粒种子保留水分的能力分别为1.87倍和17.28倍,磨碎的种子分别为1.75倍和17.49倍。无论介质类型如何,研磨后它们的膨胀能力都有所提高。此外,磨碎的种子具有较好的脂肪乳化能力,但没有表现出泡沫特性。整个奇亚籽具有良好的发泡性能。如果用整个奇亚籽代替40%的干白蛋白,则有可能获得不低于对照样品稳定性和发泡能力的搅打蛋白团。建议在蛋白块的打发阶段加入整个奇亚籽,在奶油打发糖块生产中,在获得脂肪乳半成品阶段加入磨碎的奇亚籽。因此,干白蛋白和脂肪的配方量减少。加入30%的全籽和30%的磨碎籽有助于将结构化奶油打发糖的密度降低6.7%。添加剂用量的进一步增加导致密度指标的值略有增加。此外,奇亚籽含量的增加会导致样品强度指标的增加。感官分析结果表明,奇亚籽添加量最大的结构奶糖块具有结构致密、孔隙度不均匀、粘稠度强的特点。结果表明,为了保证奶油打糖块的高质量,全籽的添加量应等于鸡蛋白蛋白重量的40%,碎籽的添加量应等于脂肪重量的40%。所得结果对改进奶油打糖块的生产工艺,减少白蛋白和人造黄油的用量具有实际意义。添加奇亚籽可以提高奶油糖果的营养价值和生物学价值
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