脂肪替代品在纸杯蛋糕工艺中的价值

В. В. Любич
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The concave surface of the cupcake was obtained using a blend of butter (82%) 50% + oil 50%, vegetable cream spread, 72.5% and sunflower oil. The formation of a concave surface of the cupcake spoils its appearance. Therefore, these two types of fat substitute and sunflower oil are not suitable for cupcake production. The smell and taste of the consumer evaluation of the cupcake did not change depending on fat substitute type. The evaluation of three experts was high – 9 points. Cupcake porosity varied depending on fat substitute type. Thus, with the use of vegetable cream spread, 72.5% of the non-porous part of the crumb occupied 26–50% of the cross section. When using sunflower oil, the non-porous part of the crumb occupied 51–75% of the cross section. While using other fat substitutes, the porosity corresponded to 9 points – small thick-walled, uniform. 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引用次数: 0

摘要

研究结果表明,当使用脂肪含量为30-40%的人造黄油蛋糕、人造黄油(30%)50% +油50%和葵花籽油的混合物时,面团呈液态。使用油(82%)50% +油50%的混合物使面团具有半奶油般的稠度。其余的实验变体形成了奶油状的纸杯蛋糕面团。纸杯蛋糕质量的理化指标因人造黄油脂肪含量、黄油和涂抹物而异。随着这些产品中脂肪含量的增加,纸杯蛋糕的重量也随之增加。根据脂肪替代品的类型,纸杯蛋糕的体积差异很大。因此,使用人造黄油时,最高的数字是40% - 207 cm3,黄油(82%)50% +油(50% - 218)和植物奶油涂抹的混合物,72.5% - 222 cm3。脂肪替代品的种类不会影响蛋糕表面和面包屑的颜色。用黄油(82%)50% +油50%,植物奶油涂抹,72.5%和葵花籽油混合得到蛋糕的凹表面。纸杯蛋糕表面凹的形成破坏了它的外观。因此,这两种脂肪替代品和葵花籽油都不适合纸杯蛋糕的制作。消费者对蛋糕的气味和味道的评价并没有因为脂肪替代品的种类而改变。三位专家的评价为9分。纸杯蛋糕的孔隙度因脂肪替代品类型而异。因此,使用植物奶油涂抹后,72.5%的碎屑无孔部分占据了26-50%的截面。当使用葵花籽油时,碎屑的非多孔部分占截面的51-75%。而使用其他脂肪代用品时,孔隙度对应9分——小而厚壁,均匀。使用40%的人造黄油,82%的黄油和73%的黄油,可以制作出体积为198-208 cm3,含水率为13.9-19.1%,表面凹陷的纸杯蛋糕,最高烹饪品质为9分。使用人造黄油30%,人造黄油82%,人造黄油(30%)50% +油50%的混合物,涂抹,73%提供的产品体积155-181 cm3,水分含量16.3-20.9%具有凹表面,烹饪质量在9分水平具有弹性,柔软,多汁,具有不团块的碎屑。使用植物奶油涂抹72.5%,葵花籽油和混合油(82%)50% +油50%提供了不符合监管文件要求的纸杯蛋糕。
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THE VALUE OF FAT SUBSTITUTE IN CUPCAKE TECHNOLOGY
The research results show that when using margarine cupcakes with a fat content of 30–40%, a blend of margarine (30%) 50% + oil 50% and sunflower oil, the dough was liquid. The use of a blend of oil (82%) 50% + oil 50% provided the dough with a semi-creamy consistency. The rest of the experiment variants formed a creamy consistency of the cupcake dough. Physico-chemical indicators of cupcake quality varied depending on margarine fat content, butter and spread. With increasing fat content in such products, cupcake weight increased. Cupcake volume varied significantly depending on the type of fat substitute. Thus, the highest figure was while using margarine, 40% – 207 cm3, a blend of butter (82%) 50% + oil 50% – 218 and vegetable cream spread, 72.5% – 222 cm3. The type of fat substitute did not affect the colour of the cupcake surface and its crumb. The concave surface of the cupcake was obtained using a blend of butter (82%) 50% + oil 50%, vegetable cream spread, 72.5% and sunflower oil. The formation of a concave surface of the cupcake spoils its appearance. Therefore, these two types of fat substitute and sunflower oil are not suitable for cupcake production. The smell and taste of the consumer evaluation of the cupcake did not change depending on fat substitute type. The evaluation of three experts was high – 9 points. Cupcake porosity varied depending on fat substitute type. Thus, with the use of vegetable cream spread, 72.5% of the non-porous part of the crumb occupied 26–50% of the cross section. When using sunflower oil, the non-porous part of the crumb occupied 51–75% of the cross section. While using other fat substitutes, the porosity corresponded to 9 points – small thick-walled, uniform. The use of margarine, 40%, butter, 82% and butter, 73% provides a cupcake with a volume of 198-208 cm3, moisture content 13.9-19.1% with a concave surface and the highest culinary quality – 9 points. The use of margarine, 30%, margarine, 82%, a blend of margarine (30%) 50% + oil 50%, spread, 73% provides products with a volume of 155–181 cm3, moisture content 16.3–20.9% with concave surface, culinary quality at the level of 9 points with elastic, soft, juicy, with crumbs that do not clump. The use of vegetable cream spread, 72.5%, sunflower oil and a blend of oil (82%) 50% + oil 50% provides a cupcake that does not meet the requirements of the regulatory document.
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