Physiochemical and phytochemical analysis of Karanthai legium - Siddha herbomineral formulation

IF 0.1 Q4 MEDICINE, RESEARCH & EXPERIMENTAL International Journal of Ayurvedic Medicine Pub Date : 2024-07-10 DOI:10.47552/ijam.v15i2.4525
Carolin Paul, Mariappan A
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Abstract

Siddha system of medicine is one of the holistic systems. The consumption of traditional medicine is also in upward trend. To manufacture any herbal drug the quality and safety of the drug is to be estimated. Karanthai legium (KL) is one of the herbomineral formulation indicated for kiranthi (Skin disease), karappan (Eczema), soolai (Pain), yoni putru (Cervical cancer), kunmam (Ulcer). This study aims to develop standardization of Karanthai legium as per PLIM (Pharmacopeia Laboratory of Indian Medicine) guidelines. The test drug KL focused on Physico-chemical analysis, Phytochemical Analysis, Oraganoleptic character, Instrumental analysis such as heavy metal analysis, HPTLC Analysis, Aflatoxin, Pesticide residue, Specific pathogen and Microbial contamination. Physiochemical analysis report showed loss of drying KL is 14.96%, total ash is 0.92%, acid insoluble ash is 0.17%, water soluble ash is 0.50%,pH of KL is 5.45.The drug KL had HPTLC fingerprint analysis revealed the presence of nine phytocomponents at 254nm, eight phytocomponents at 366nm and six phytocomponents at 520nm.The heavy metal analysis showed no trace of heavy metal residue in KL. This study revealed the data regarding the physicochemical characterisation of Karanthai legium, which will be helpful in standardising the drugs and for further comparison studies.
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Karanthai legium - Siddha 草药配方的理化和植物化学分析
释迦医学体系是整体医学体系之一。传统医药的消费也呈上升趋势。要生产任何草药,都必须对药物的质量和安全性进行评估。Karanthai legium(KL)是一种草本矿物制剂,适用于治疗 kiranthi(皮肤病)、karappan(湿疹)、soolai(疼痛)、yoni putru(宫颈癌)和 kunmam(溃疡)。本研究旨在根据 PLIM(印度药典实验室)指南制定 Karanthai legium 的标准化。测试药物 KL 的重点是理化分析、植物化学分析、感官特征、仪器分析(如重金属分析、HPTLC 分析)、黄曲霉毒素、农药残留、特定病原体和微生物污染。理化分析报告显示,KL 的干燥损失为 14.96%,总灰分为 0.92%,酸不溶性灰分为 0.17%,水溶性灰分为 0.50%,PH 值为 5.45。药物 KL 的 HPTLC 指纹分析显示,在 254 纳米波长处有 9 种植物成分,在 366 纳米波长处有 8 种植物成分,在 520 纳米波长处有 6 种植物成分。这项研究揭示了卡兰泰左旋肉碱的理化特性数据,这将有助于药物的标准化和进一步的比较研究。
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来源期刊
International Journal of Ayurvedic Medicine
International Journal of Ayurvedic Medicine MEDICINE, RESEARCH & EXPERIMENTAL-
自引率
50.00%
发文量
87
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