Total phenolic content (TPC) in Catharanthus roseus and Clitoria ternatea leaves extract

Faikah Awang @ Ismail, Muhammad Syukri Bin Razali Zuraimy Ali
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Abstract

Catharanthus roseus or “Kemunting Cina” and Clitoria ternatea or “Bunga Telang" had a long reputation as a traditional remedy in South East Asia. One of the important components that contribute to these plants' remedial capabilities is the secondary metabolic known as phenolic. In this study, the Total Phenolic Contents or TPC in Catharanthus roseus and Clitoria ternatea leaves extract have been obtained and compared. Leaves from both species were dried and the extract was acquired using 90% ethanol via a rotary evaporator. Two major tests were conducted which are the qualitative test and quantitative test. The qualitative test was done to ensure the existence of phenolic in the samples. Meanwhile, the quantitative test is to measure the concentration of phenolic in the samples. Both samples show a positive result in a qualitative test where the extract of the sample changed from green to dark green in the Ferric Chloride test. Next, Folin- Ciocalteu assay acted as the quantitative test to determine the TPC in the samples, and the absorbance was measured at 760 nm. The test was triplicated to ensure the consistency of the results. The total phenolic content for Catharanthus roseus is 36.33600 ± 0.935313mg/GAE and Clitoria ternatea is 7.35767 ± 0.046188mg/GAE. The TPC in Catharanthus roseus is higher than Clitoria ternatea. The t-test shows that there is a significant difference in concentration of total phenolic content between Catharanthus roseus and Clitoria ternatea (p
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花楸花和阴蒂叶提取物中总酚含量的测定
在东南亚,花楸花(Catharanthus roseus)或“kemumting china”和花楸花(Clitoria ternatea)或“Bunga Telang”作为一种传统药物一直享有盛誉。其中一个重要的成分,有助于这些植物的补救能力是次生代谢被称为酚。本研究测定了花楸和阴蒂叶提取物中总酚含量(TPC),并进行了比较。将两种植物的叶子干燥,并通过旋转蒸发器使用90%乙醇获得提取物。主要进行了定性检验和定量检验。通过定性检测,确定样品中酚类物质的存在。同时,定量检测是测定样品中酚类物质的浓度。两种样品在定性测试中都显示出阳性结果,样品的提取物在氯化铁测试中由绿色变为深绿色。接下来,采用Folin- Ciocalteu法定量测定样品中的TPC,并在760 nm处测定吸光度。试验重复了三次,以确保结果的一致性。玫瑰花总酚含量为36.33600±0.935313mg/GAE,阴蒂总酚含量为7.35767±0.046188mg/GAE。花楸属植物的TPC高于花椒属植物。t检验表明,花楸花和阴蒂的总酚含量存在显著性差异(p
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