高醋栗果实花青素提取物的稳定性研究

Mungunnaran Damdindorj, Munkhtsetseg Byambaa, O. Munkhjargal, Bayarmaa Barkhuu
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引用次数: 0

摘要

植物花青素是一种有色色素,通常用作食用色素。此外,花青素作为一种吸引人的潜在药物成分,其药用价值已被广泛研究。研究了高加仑提取物中花青素的稳定性和提取率。结果表明,高醋栗果实花青素含量较高,在不同提取溶剂下,花青素含量为1.93% ~ 2.70%。光照对花青素提取物的稳定性有显著影响,降解率为34.96% ~ 56.64%。以70%乙醇/柠檬酸溶液(pH = 2.50,料液比1:20)为溶剂,在70℃条件下提取90 min,获得高加仑花青素的最佳提取条件。该条件对应于100 g干燥植物材料中花青素含量为2.39%或2390 mg。本研究结果将有助于预测在蒙古饮料和食品工业中从高醋栗(Ribes altissimum)制备食用色素时可能发生的质量变化,并防止花青素的降解。
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Stability of anthocyanin extracts from tall currant (Ribes altissimum) fruits
Plant anthocyanins are colored pigments that are usually used as a food colorant. In addition, anthocyanins have been widely studied for its medicinal values as an attracting potential pharmaceutical ingredient. This study investigated the anthocyanins stability and extraction rate from tall currant extracts. The results showed that tall currant fruits are rich in anthocyanin content, providing 1.93%–2.70% anthocyanin in different extraction solvents. The stability of anthocyanin extracts was significantly affected by light exposure as indicated by 34.96%–56.64% degradation. The optimal condition for anthocyanin extraction from tall currant fruits was achieved with 70% ethanol/citric acid solution (pH = 2.50, and solid/liquid ratio of 1:20) when the extraction was carried out at 70°C for 90 minutes. This condition corresponded to anthocyanin content of 2.39% or 2390 mg anthocyanin in 100 g of dry plant materials. The findings of this study will be useful to predict the quality changes that might occur in preparing food colorants from tall currant (Ribes altissimum) in terms of thermal processing and prevent the degradation of the anthocyanins for the beverage and food industry in Mongolia.
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