Comparative analysis of nutritional value and cytological toxicity of plant dispersion of Russian varieties of beans and haricot

A. Veber, S. Leonova, T. Nikiforova, M. Ziarno
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Abstract

Contemporary market of food of animal origin and its substitutes, i.e. dairy alternatives offers a range of non-alcohol beverages of plant origin (plant “milk”) of different level of particles’ dispersion. At Russian food market dairy alternative beverages are mostly cereal and food products by well-known brands. Application of alternative types of bean crops (green beans and haricot) in production of non-alcohol beverages of plant origin or synthetic products should be proven not only with consideration of their biological activity and their toxicity as well. The article deals with the results of comparative analysis of nutritional value and the evaluation stage of the basic toxicity of natural compositions of plant dispersion of germinated grains of bean varieties bred at Bashkir Research Institute of Agriculture and Omsk State Agrarian University in in vitro conditions. To estimate the level of toxicity and biological activity of natural compositions of plant dispersion of germinated bean grain of varieties Chishminskiy 95, Chishminskiy 229, Pamyati Khangildina, and haricot of varieties Omichka and Lukerya the most popular method for OZBlue - matter detection was used, i.e. the test on human civilized cell cultures HEK 293. It has been found out that plan dispersion of these varieties do not show the visible toxicity level in the interval of the concentrations under research, what gives a possibility to use them for targeted production.
俄罗斯豆、雪品种植物分散剂的营养价值和细胞学毒性比较分析
当代动物源性食品及其替代品(即乳制品替代品)市场提供一系列颗粒分散程度不同的植物源性非酒精饮料(植物“奶”)。在俄罗斯食品市场,乳制品替代饮料主要是知名品牌的谷物和食品。在生产植物来源的非酒精饮料或合成产品时,不仅应考虑到其生物活性和毒性,还应证明替代类型的豆类作物(绿豆和花生)的应用。本文介绍了巴什基尔农业研究所和鄂木斯克国立农业大学培育的大豆品种发芽籽粒在体外条件下的营养价值对比分析和植物分散剂天然成分基本毒性评价阶段的结果。为评价Chishminskiy 95、Chishminskiy 229、Pamyati Khangildina和Omichka、Lukerya等品种发芽豆粒植物分散物天然成分的毒性和生物活性水平,采用了目前最流行的OZBlue - matter检测方法,即人类文明细胞培养物HEK 293。研究发现,这些品种的计划分散在研究浓度区间内没有显示明显的毒性水平,这为利用它们进行有针对性的生产提供了可能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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