开发技术解决方案,为身体提供营养支持

I. Simakova, V. Strizhevskaya, N. P. Nosacheva, N. Bolotova, M. V. Larina, O. V. Romanova
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引用次数: 0

摘要

发展生物医学和营养学的优先方向是通过创造具有最佳基本物质含量的组合食品来改善营养。营养素浓度高、水分含量低的食物应作为预防医学的营养支持。在研究过程中,已经开发出了技术解决方案,可以保留蔬菜和水果的天然潜力,提供最大浓度的物质,在各种条件下为人体提供营养支持。以蔬菜饼干为例,研究了工艺过程中不稳定的食品成分(叶绿素、槲皮素黄酮醇和酚类化合物总量)的安全性(在初始原料组成和成品中)。这些研究是在Dionex Ultimate 3000色谱仪(Thermo Scientific,USA)上通过反相高效液相色谱法进行的。所选择的脱水方法满足生物活性物质保存的要求,并允许控制脱水速率,最大限度地减少活性成分的损失,并确保原料的天然性质的不变性(保存原料感官特性中固有的细胞膜结构),消费者可接受的产品的结构和机械特性。
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Development of technological solutions for creating nutritional support for the body
Priority directions in developing biomedicine and nutrition are aimed at improving nutrition through the creation of combined food products with the optimal content of essential substances. Foods with a high concentration of nutrients and low moisture content should act as nutritional support in preventive medicine. In the process of research, technological solutions have been developed that preserve the native potential of vegetables and fruits, providing the maximum concentration of substances to create nutritional support for the human body in various conditions. The safety of food components labile in the technological process (chlorophyll, quercetin flavonol and the total amount of phenolic compounds) has been studied on the example of vegetable biscuits (in the initial raw material composition and in the finished product). The studies have been carried out by reverse-phase high-performance liquid chromatography on a Dionex Ultimate 3000 chromatograph (Thermo Scientific, USA). The selected dehydration method meets the requirements for the preservation of biologically active substances and allows one to control the rate of dehydration, minimize the loss of active components and ensure the invariance of the native properties of the raw material (preservation of the structure of the cell membrane inherent in the organoleptic characteristics of the raw material), structural and mechanical characteristics of the product acceptable to the consumer.
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27
审稿时长
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