富含玫瑰果的糖饼和蛋糕

Irek Bagautdinov, Aleksandr Gusev, Olesya Kaluzhina
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摘要

研究目的:研究不同用量的玫瑰果粉对用优质小麦粉制作的糖饼干和蛋糕质量的影响。任务:用玫瑰果的果肉制备粉末;用不同剂量的玫瑰果粉(RP)进行实验室实验;以糖饼干和松饼为例,比较研究玫瑰果粉对质量和营养价值的影响。在产品中添加的玫瑰果粉量分别为 3%、6%、9%、12% 和 15%,而不是干物质中的小麦粉。所研究变体的对照组是不含 RP 的产品。研究对象是一种浅橙色的细粉末,有水果香味,酸甜,略带涩味。RP 的湿度为 (9.3 ± 0.23) %;可滴定酸度 - (14.1 ± 0.17) mmol H+/100g;维生素 C 含量 - 3.66 %;多醛酸(果胶物质)含量 - 13.8 %。对糖饼干的品尝评估显示,最佳方案是添加 6 % 和 9 % 的可可粉;对于蛋糕,最佳方案是添加 12 % 的粉末。进一步增加可溶性固形物的添加量会使产品的外观、口感和香气等感官特性变差。产品的水分含量与 RP 的用量无关,饼干的水分含量为 8.8-9.2%,蛋糕的水分含量为 12.5-13.0%。在对照样品和添加量为 3% 和 6% 的变体中,饼干的孔隙率被评为良好;添加量为 9% 和 12% 的变体孔隙率一般;添加量为 15% 的变体孔隙率较差。饼干的湿度随着 PS 添加量的增加而降低。与对照组相比,添加 6% RP 的糖饼干中维生素 C 含量增加了 121 毫克/100 克;添加 12% PS 的 Stolichny 蛋糕中维生素 C 含量增加了 241 毫克/100 克。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
SUGAR COOKIES AND CAKES ENRICHED WITH ROSE HIPS
The purpose of research is to study the effect of different amounts of rosehip powder on the quality of sugar cookies and cakes made from premium wheat flour. Tasks: preparing powder from the pulp of rose hips; setting up a laboratory experiment with different dosages of rosehip powder (RP); a comparative study of its effect on quality and nutritional value using the example of sugar cookies and muffins. RP was added to products in amounts of 3, 6, 9, 12 and 15 % instead of wheat flour in dry matter. The control for the studied variants were products without RP. The object of study is a fine powder of light orange color, with a fruity aroma, sweet and sour, slightly astringent taste. The humidity of the RP was (9.3 ± 0.23) %; titratable acidity – (14.1 ± 0.17) mmol H+/100 g; vitamin C content – 3.66 %; content of polyuronides (pectin substances) – 13.8 %. A tasting assessment of sugar cookies showed the optimal option with the addition of 6 and 9 % RP; For the cake, the optimal option was to add 12 % powder. A further increase in the amount of added RP showed a deterioration in the organoleptic properties due to the appearance, taste and aroma of the products. The moisture content of the products did not depend on the amount of RP and was in the range of 8.8–9.2 % for cookies and 12.5–13.0 % for cake. In the control sample and variants with a dosage of 3 and 6 %, the porosity of the cookies was assessed as good; for options with dosages of 9 and 12 % – average; 15 % is bad. The wetness of cookies decreased with an increase in the amount of added PS. In sugar cookies with 6 % RP, the vitamin C content increases by 121 mg/100 g compared to the control; in the Stolichny cake, when adding 12 % PS, it increases by 241 mg/100 g.
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