Physico-Chemicals Characterization of Quercetin from the Carica papaya Leaves by Different Extraction Techniques

Muhammad Hidhir Khawory, Mohd Ferdaues Mohd Subki, Mohd Anuar Shahudin, Nurul Afifah Hidayatul Saufi Sofian, Nur Hidayah Latif, N. Salin, Siti Zuraidah Mohamad Zobir, M. I. Noordin
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引用次数: 3

Abstract

Carica papaya leaf extracts from four different extraction methods (cold-water, hot-water, sonication and supercritical fluid), were characterized using physico-chemical analysis. Sonication extraction showed the highest percentage yield of crude extracts (6.76%) and the lowest from the supercritical fluid extraction (1.83%). The Infrared (IR) spectrum of cold-water extract demonstrated the most similarity of functional group to quercetin. Likewise, the thermal analysis indicated that cold-water extract gave a quite similar Endothermic peak to quercetin with the obtained value which was 137°C and onset value which was 118°C. The liquid chromatography (LC) profile indicated that only the cold-water extract exhibited 0.203 ppm of quercetin.
木瓜叶槲皮素不同提取工艺的理化性质研究
采用物理化学分析方法对四种不同提取方法(冷水、热水、超声和超临界流体)的番木瓜叶提取物进行了表征。超声波提取粗提物的产率最高(6.76%),超临界流体提取物的产率最低(1.83%)。冷水提取物的红外光谱显示其官能团与槲皮素最相似。同样,热分析表明,冷水提取物的吸热峰与槲皮素非常相似,所得值为137°C,起始值为118°C。液相色谱(LC)图谱表明,只有冷水提取物显示出0.203ppm的槲皮素。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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