低极性树脂AB-8从甜菊提取物中分离莱鲍迪苷A

Chong Saw Peng, Norazlina Noordin, M. Akil, Norellia Bahari
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引用次数: 0

摘要

从甜菊提取物中分离或纯化莱鲍迪甙A化合物有多种方法。然而,使用大孔树脂的离子交换色谱法仍然是这些方法中最受欢迎的。对大孔树脂AB-8对甜菊叶粗提物中雷鲍迪苷A的吸附分离进行了优化。采用该方法考察了吸附温度、解吸时间、洗脱液比、吸附量等4个因素对甜菊糖提取物利鲍迪苷A得率的影响。结果表明,低极性树脂AB-8对甜菊叶提取物的提取率为0.601,而高极性树脂HPD 600对甜菊叶提取物的提取率为0.204。大孔树脂AB-8分离雷鲍迪苷A的最佳条件为:吸附温度35℃,解吸时间30 min,洗脱液比2:1,吸附体积50 mL。
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SEPARATION OF REBAUDIOSIDE A FROM Stevia rebaudiana EXTRACT USING LOW POLARITY RESIN AB-8
There are many methods to separate or purify the rebaudioside A compound from Stevia rebaudiana extract. However, the ion-exchange chromatography using macroporous resin is still the most popular among those methods. The separation of rebaudioside A from stevia crude extract by macroporous resin AB-8 was optimised in this adsorption separation study. This approach was applied to evaluate the influence of four factors such as the adsorption temperature, desorption time, elution solution ratio, and adsorption volume on rebaudioside A yield of the purified stevia extract. Theresults showed that the low polarity resin AB-8 is able to separate rebaudioside A from stevia extract with 0.601 in yield compared to the high polarity resin HPD 600 with 0.204 in yield used in Anvari and Khayati study. The best conditions for rebaudioside A separation by macroporous resin AB-8 were at 35°C of adsorption temperature, 30 min of desorption time, elution solution ratio 2:1, and 50 mL of adsorption volume.
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