Dynamics of changes in the content of betalain pigments in red beet roots during the growing season and storage

V. M. Koldaev
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Abstract

Purpose. Betalains, plant pigments of red beet roots, exhibit antioxidant activity and reduce the risks of many pathological conditions. However, the widespread introduction of betalains is hampered by insufficient knowledge of their transformations during the growing season and storage of root crops, which was the purpose of the work.Methods. Root crops of five varieties of table beets were used in the studies. The content and stability of betalains were determined by spectrophotometric methods according to the numerical indices of the absorption spectra of extracts from root crops.Results. In the beet roots in the first 20 days of vegetation after germination, the content of betaxanthines is higher than that of betacyanins, but by the 40th day, betacyanins exceed betacyanins over betaxanthin in the ratio of 1.26-2.21. By the 70th 90th days of vegetation, the main pool of betalains is formed, their content reaches 84.5-198.6 mg / 100 g, the ratio of betacyanins / betaxanthins and resistance are 2.47-9.76 and 0.82-0.91 respectively. The highest excess of the content of betacyanins over betaxanthins by 8.11 9.65 times was obtained in beet root crops of Creolka and Veselaia Smulyanka varieties. The stability of betalains during six-month storage decreases less than 1.4 times.Conclusion. It is advisable to use the developed spectrophotometric method for determining the stability of betalains in the express analysis of beet root crops. Betalains are more stable than other plant antioxidants. Beet roots are more preferred for fortifying diets than other foods with antioxidant activity.
红甜菜根中甜菜素含量在生长季节和贮藏期间的动态变化
目的。甜菜素,红甜菜根的植物色素,表现出抗氧化活性,降低许多病理条件的风险。然而,甜菜素在生长季节的转化和块根作物的储存方面的知识不足,阻碍了甜菜素的广泛引进,而这正是本研究的目的。研究中使用了5个品种的甜菜根作物。根据根类作物提取物的吸收光谱数值指标,采用分光光度法测定甜菜碱的含量和稳定性。在植被萌发后的前20天,甜菜根中甜菜青素含量高于甜菜青素含量,但到第40天,甜菜青素超过甜菜青素和甜菜黄素的比例为1.26-2.21。到生长期70 ~ 90 d,甜菜菁素的含量达到84.5 ~ 198.6 mg / 100 g,甜菜菁素/甜菜菁素的比值为2.47 ~ 9.76,抗性为0.82 ~ 0.91。甜菜根作物中甜菜青素和甜菜黄素的含量最高,是甜菜黄素的8.11 ~ 9.65倍。甜菜碱在6个月贮藏期间的稳定性下降幅度小于1.4倍。在甜菜根类作物的表达分析中,采用分光光度法测定甜菜碱的稳定性是可行的。甜菜素比其他植物抗氧化剂更稳定。甜菜根比其他具有抗氧化活性的食物更适合用于强化饮食。
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