Formulation and Technology Development of Sweets with Excessive Nutrition Value from Japan Sea Tangle

N. Dementieva, T. Boitsova
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Abstract

The healthy diet formation requires an increase in the production of new enriched, specialized, incl. dietary, food products, with a reduced content of fat, saturated fatty acids, sugar and table salt. Seaweed, particularly Japan sea tangle, is a valuable raw material for the food production of this kind. Tangle is useful for food production consumed for preventive purposes, to maintain immunity and exclude the chronic diseases development associated with a lack of phytocolloids and other biologically active substances necessary for the body. The article aims at technology development for the Japan sea tangle production. The composition of the filling for sweets obtained by the developed technology includes Japan sea tangle, natural bee honey, dried fruits (dried apricots, prunes, mangoes, dates). The developed technology enables to reduce the caloric amount of the obtained product, to produce a high-quality confectionery product with improved organoleptic characteristics. The technology comprises preliminary heat treatment of tangle by heating it twice in water to a temperature of 45 °C, and at the second stage of heat treatment, a man adds food organic acid (acetic, citric) to the water in an amount of 2%. With this heat treatment method, the tangle consistency improves and the pronounced taste and smell of algae disappears. The researchers developed the recipes of Japan sea tangle candies and substantiated their production modes. They run the vitamin composition studies of confectionery products.
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高营养价值日本海结糖的配方与工艺开发
健康饮食的形成需要增加生产新的丰富的、专门的、包括膳食食品的产品,减少脂肪、饱和脂肪酸、糖和食盐的含量。海藻,特别是日本海带,是生产这类食品的宝贵原料。缠结在用于预防目的的食品生产中是有用的,以保持免疫力,并排除与缺乏植物胶体和身体所需的其他生物活性物质相关的慢性疾病的发展。本文旨在为日本海带生产提供技术支持。采用该技术制备的糖果馅料主要由日本海结、天然蜂蜜、干果(杏干、西梅干、芒果干、红枣干)组成。所开发的技术能够降低所得产品的热量,从而生产出具有改进感官特性的高质量糖果产品。该技术包括将缠结在水中加热两次至45°C的初步热处理,在热处理的第二阶段,一个人在水中添加2%的食用有机酸(醋酸、柠檬酸)。通过这种热处理方法,缠结稠度提高,明显的藻类味道和气味消失。研究人员开发了日本海缠糖的配方,并证实了其生产方式。他们对糖果产品的维生素成分进行研究。
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来源期刊
Agro Food Industry Hi-tech
Agro Food Industry Hi-tech 工程技术-生物工程与应用微生物
CiteScore
0.29
自引率
0.00%
发文量
0
审稿时长
6-12 weeks
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