燕麦增值巧克力的研制及其生理特性评价

I. Lee, Young-Eun Song, E. Song, So-Ra Choi, Hyun-Ah Han, Ki-Kwon Lee
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引用次数: 0

摘要

本研究旨在研究燕麦巧克力的理化性质。燕麦样品在不同温度(0、80、120、160和200°C)下烘烤15分钟。燕麦巧克力由三种天然抗氧化剂(绿茶、薰衣草和仙人掌)制成。测定了燕麦巧克力的酸值、亨特色、pH值、总酸度和感官评价。结果表明,随着烘烤温度的升高,烤燕麦粉的酸值显著降低。它的感官特征,如颜色、味道、气味和整体偏好,随着温度的升高而增加。燕麦巧克力混合物的酸值随着抗氧化剂的添加而显著降低(p<0.05)。巧克力薰衣草粉在添加1%的抗氧化剂7天后的酸值最低。研究结果表明,含有抗氧化剂的产品,如绿茶和仙人掌,在7天内的感官特征优于对照处理。含有0.5%绿茶的产品在抗氧化剂中的感官得分最高。比较三种抗氧化剂的成本,绿茶是最便宜的。最后,选择0.5%的绿茶作为最佳抗氧化剂,制成优质燕麦巧克力。将绿茶(0.5%)和燕麦混合制成最终产品。关于Hunter的颜色L(白度)、a(红度)和b(黄度),当添加绿茶时,L和a的水平较高。然而,在b级中表达了相反的结果。就pH值和总酸度而言,对照品(不含抗氧化剂)和含0.5%绿茶的产品(G-0.5)在统计学上彼此相同。不同标本的酸值存在差异。G-0.5的酸值在7天内低于对照品,导致酸值低于现成产品(d-Co.)。当评估感官特征时,G-0.5的得分高于其他样品,包括对照品和生产日期后6天内的现成产品(d-Co.和H-Co.)。结果,添加0.5%的绿茶提高了燕麦巧克力的抗氧化效果和感官可接受性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Development of Value-Added Chocolate with Oat and Evaluation of Its Physiological Properties
This study was performed to investigate the physicochemical properties of oat chocolate. Oat samples were roasted at various temperatures (0, 80, 120, 160 and 200 °C) for 15 min. Oat chocolates were made by using three natural antioxidants (green tea, lavender and cactus). The acid value, Hunter’s color, pH, total acidity and sensory evaluation of oat chocolates were determined. Results showed that the acid value of roasted oat flour significantly decreased with increasing roasting temperature. Its sensorial characteristics, such as color, taste, smell and overall preference were increased relative to a temperature rise. As for oat chocolate mixture, its acid value significantly decreased as more antioxidants were added (p < 0.05). The lowest acid value was recorded with chocolate lavender flour after 7 d at 1%. Findings showed that the sensory characteristics of products containing antioxidants, such as green tea and cactus, were superior to the control treatment within 7 d. A product including 0.5% green tea marked the best sensory score among antioxidants. Compared cost among three antioxidants, green tea was the cheapest. In the end, 0.5% green tea was selected as the optimal antioxidant to make high-quality oat chocolate. An end product by mixing green tea (0.5%) and oat was made. With respect to Hunter’s color L (whiteness), a (redness) and b (yellowness), L and a levels were higher when green tea was added. However, an opposite result was expressed in b level. In terms of pH value and total acidity, the control (without antioxidant) and product with 0.5% green tea (G-0.5) were statistically identical with each other. There was difference in acid value among specimens. The acid value of G-0.5 was lower than that of the control up to 7 d, resulting in lower acid value than the ready-made product (D-Co.). When sensory characteristics were assessed, G-0.5 scores were higher than other specimens, including the control and ready-made products (D-Co. and H-Co.) up to 6 d after the manufacturing date. As a result, the addition of 0.5% green tea increased the antioxidative effect, as well as the sensory acceptability of oat chocolate.
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