野生蔬菜原料是丰富食品添加剂的来源

A. E. Tumanova, N. N. Tipsina, E. Strupan, O. A. Sizykh, O. Yabrova
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引用次数: 0

摘要

为了获得用于烘焙、面粉糖果和其他食品的天然食品强强剂,开发了用于加工生长在克拉斯诺亚尔斯克地区的野生植物原料的温和技术,即大牛蒡、药用蒲公英、药用血球、普通蓍草。得到了不同研磨程度的植物粉,粒度为60-180mkm和小于60mkm,含有菊粉和其他有益健康的物质。研究了从牛蒡和蒲公英中提取菊粉的工艺。研究了利用不同波长的红外线对蔬菜原料进行干燥的方法。得到的动力学干燥曲线使我们能够确定干燥速率取决于原料的类型。因此,确定了植物不同部位的干燥模式(波长,热流功率,持续时间):地上部分(叶和花序)和根。研究了在温度为(20±5)℃,相对湿度为(70±5)%的条件下,将所得粉末密封在3-5 kg的聚合物包装中。根据感官、理化和微生物指标,在此条件下粉末的保质期为18个月。粉末的技术文件已经开发,批准和批准:牛蒡根,蒲公英,药用血友病和蓍草。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Wild vegetable raw materials are a source of enriching food additives
Gentle technologies have been developed for processing wild plant raw materials growing on the territory of the Krasnoyarsk Territory, namely large burdock, medicinal dandelion, medicinal hemophlebus, common yarrow, carried out in order to obtain natural food fortifiers for bakery, flour confectionery and other food products. Vegetable powders of various degrees of grinding, with a particle size of 60-180mkm and less than 60mkm, containing inulin and other substances useful for health, were obtained. The technology of obtaining inulin from burdock and dandelion officinalis has been developed. A method of drying vegetable raw materials with infrared rays of various wavelengths was applied and studied. The obtained kinetic drying curves allowed us to establish that the drying rate depends on the type of raw material. As a result, drying modes (wavelength, heat flux power, duration) were determined for different parts of plants: for the aboveground part (leaves and inflorescences) and roots. The process of storing the obtained powders in sealed polymer packages of 3-5 kg at a temperature of (20±5)°C and relative humidity (70±5)% was studied. According to the results of organoleptic, physico-chemical and microbiological indicators, the shelf life of powders under these conditions is 18 months. Technical documentation for powders has been developed, approved and approved: roots of burdock, dandelion, medicinal hemophlebus and yarrow.
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