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Analysis of biodenitrification conditions of red beet juice using the response surface method

机译:响应面法分析红甜菜汁的生物脱氮条件

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Microbiological denitrification of red beet juice proceeds under conditions that are unfavorable for pigments. In this study the effects of pH, accessible oxygen, and temperature on the stability of red and yellow pigments were examined. All three factors examined affect the content of pigments. The strongest effects were exerted by pH and oxygen access in red beet juice. An interactive effect of these parameters on losses of red pigments was observed. At increased pH of juice, losses of red pigment were very high, reaching 60-80% at pH 8.0, whereas losses of yellow pigments decreased with an increase of pH. An increase of temperature within the range of 25-30 degrees C did not practically increase losses of pigments and did not influence the color of the juice. [References: 12]
机译:红甜菜汁的微生物反硝化作用在不利于色素的条件下进行。在这项研究中,考察了pH,可利用的氧气和温度对红色和黄色颜料稳定性的影响。检查的所有三个因素都会影响颜料的含量。红甜菜汁中的pH值和氧气通道发挥了最强的作用。观察到这些参数对红色颜料损失的相互作用。在增加果汁的pH值时,红色颜料的损失非常高,在pH 8.0时达到60-80%,而黄色颜料的损失则随着pH的增加而降低。 25-30℃范围内的温度升高实际上并没有增加色素的损失,也没有影响果汁的颜色。 [参考:12]

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