Analisis Semikuantitatif Parasetamol Dalam Jamu Pegal Linu Menggunakan Pemrosesan Gambar Digital dari Hasil Kromatografi Lapis Tipis

M.A. Hanny Ferry Fernanda, Ratih Kusuma Wardani
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Abstract

Jamu is a pharmaceutical preparation derived from plant simplicia and must meet quality requirements, one of which is that it must not contain medicinal chemicals (BKO). One of the herbs widely circulated and can be obtained freely in the community is herbal medicine for aches and pains. In herbal aches and pains, paracetamol is the BKO suspected to be used in this preparation. This study aimed to develop an analytical method to determine the content of paracetamol BKO in herbal pain relief semi-quantitatively using digital images obtained from Thin Layer Chromatography. The semi-quantitative analysis method is carried out by processing digital images using the qTLC application. The results of this study proved the presence of paracetamol BKO in herbal aches and pains qualitatively using the TLC method. Of the five samples analyzed, only one contained paracetamol BKO with an Rf value of 0.15, while the standard Rf was 0.14. The analysis was then continued with the determination of paracetamol levels semi-quantitatively using digital image processing from the Thin Layer Chromatography results. Based on the results of semi-quantitative analysis, it can be seen that the sample suspected to contain paracetamol contains paracetamol with a concentration of 1,491.31 ppm. The results of this study can provide accurate detection of paracetamol BKO compound determination and semi-quantification limits and have the potential for more quantitative analysis in herbal medicine.
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Pegal Linu草药中半定量扑热息痛分析使用了平层色谱结果的数字图像处理
Jamu是一种从单纯植物中提取的药物制剂,必须满足质量要求,其中之一是不得含有药用化学物质(BKO)。治疗疼痛的草药是一种在社会上广为流传和免费获得的草药。在草药疼痛和疼痛,扑热息痛是BKO怀疑在这个制剂中使用。本研究旨在建立一种利用薄层色谱获得的数字图像半定量测定中药止痛药中扑热息痛BKO含量的分析方法。利用qTLC应用程序对数字图像进行半定量分析。本研究结果用薄层色谱法定性地证实了中药疼痛中扑热息痛BKO的存在。在分析的5个样品中,只有一个样品含有扑热息痛BKO,其Rf值为0.15,而标准Rf值为0.14。然后继续分析,利用薄层色谱结果进行数字图像处理,半定量地测定扑热息痛的水平。从半定量分析结果可以看出,疑似含有扑热息痛的样品中含有扑热息痛的浓度为1491.31 ppm。本研究结果可为对乙酰氨基酚BKO化合物的准确检测及半定量限提供依据,具有进一步在中草药中进行定量分析的潜力。
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