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葵花籽油-聚甘油硬脂酸酯油凝胶:洋葱圈的替代深度油炸介质。

Sunflower Oil-Polyglycerol Stearate Oleogels: Alternative Deep-fat Frying Media for Onion Rings.

作者信息

Aydeniz-Guneser Buket, Yılmaz Emin

机构信息

Uşak University, Engineering Faculty, Department of Food Engineering.

Çanakkale Onsekiz Mart University, Engineering Faculty, Department of Food Engineering.

出版信息

J Oleo Sci. 2022 Apr 29;71(5):651-662. doi: 10.5650/jos.ess21446. Epub 2022 Mar 16.

Abstract

Sunflower oil oleogels consisting of 3% and 8% polyglycerol stearate (PGSO) were studied as an alternative frying media for onion rings. The physicochemical properties and thermo-rheological characteristics of oleogels were provided. The sensorial quality and texture profiles of onion rings fried in oleogels were compared with those fried in control sunflower oil. Free fatty acids at the end of 6 h were determined, and decreasing trend was reported in order as PGSO-8, control (sunflower) oil, and PGSO-3. The oxidation induction time for PGSO-8 was significantly lower (1.46 min) than those of the control and PGSO-3 samples following frying. Compared to the control group, the onion ring samples fried in oleogels absorbed approximately 33-37% less oil. It was thought that this reduction would help consumers to less total calorie and weight gain from the fried products. There were no negative effects of oleogel usage on the L* value, aroma, crispness/texture, and overall acceptability scores for the onion ring samples fried in the oleogels.

摘要

研究了由3%和8%硬脂酸聚甘油酯(PGSO)组成的向日葵油凝胶作为洋葱圈替代油炸介质的情况。提供了油凝胶的物理化学性质和热流变特性。将在油凝胶中油炸的洋葱圈的感官品质和质地剖面与在对照向日葵油中油炸的洋葱圈进行了比较。测定了6小时结束时的游离脂肪酸,并按PGSO - 8、对照(向日葵)油和PGSO - 3的顺序报告了下降趋势。油炸后,PGSO - 8的氧化诱导时间(1.46分钟)明显低于对照样品和PGSO - 3样品。与对照组相比,在油凝胶中油炸的洋葱圈样品吸收的油大约少33 - 37%。据认为,这种减少将有助于消费者减少油炸产品的总热量摄入和体重增加。使用油凝胶对在油凝胶中油炸的洋葱圈样品的L*值、香气、脆度/质地和总体可接受性得分没有负面影响。

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