甜菜根天然红色染料的质量评价及应用

A. Nisa, S. Hina, I. Kalim, M. K. Saeed, I. Ahmad, N. Zahra, S. Mazhar, S. Masood, M. Ashraf, Quratualain Syed, Rabia Shad
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引用次数: 3

摘要

甜菜根(Beta vulgaris)是天然红色着色剂的极佳来源。本文将红甜菜根染料制成粉末状,然后用该红甜菜根染料作为食用色素制备糖果。在4℃、25℃、45℃的不同贮藏条件下,对制备的红甜菜染料和糖进行了8周的稳定性研究。测定了甜菜素含量(%)来评价颜色的稳定性,结果表明甜菜素含量在4℃保存时最高,而甜菜素含量在45℃保存时最低,温度越高颜色越差。在4°C、25°C和45°C三种不同温度下,对红甜菜染料的pH稳定性进行了监测。pH值随贮藏温度的升高而升高。在4°C时,在最稳定的酸性pH下观察到颜色的最大稳定性,在45°C时,随着pH的逐渐增加,观察到颜色降解。在4°C和25°C下对糖果和甜菜粉进行微生物分析,确保它们在两种储存温度下都可以安全食用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Quality Assessment and Application of Red Natural Dye from Beetroot (Beta Vulgaris)
| Beet root (Beta vulgaris) is an excellent source of natural red colorant. In the present work red beet root dye was prepared in the powder form and then candies were prepared using this red beet root dye as food color. The stability studies of both, the prepared red beet dye and candies were performed at different storage conditions 4oC, 25oC, 45oC for eight weeks. Betanin content (%) was measured to evaluate the stability of color which showed the maximum retention of betanin content in red beet dye and candies stored at 4°C while lowest %age of betanin content was observed at 45°C showing that at higher temperatures the color is deteriorated. Stability in pH of red beet dye was also monitored at three different temperatures (4°C, 25°C and 45°C). Increase in pH was observed with increasing storage temperatures. Maximum stability of the color was observed at 4°C at most stable acidic pH and color degradation was observed with gradual increase in pH at 45°C. Microbiological analysis of candies and beet powder at 4°C and 25°C ensure that they are safe for consumption at both storage temperatures.
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