
Pharmaceutical Evaluation of Vidangadi Lepaguti An Ayurvedic Topical Formulation
Author(s) -
Mangesh Dhote,
Bharat Rathi,
Rita Dongre
Publication year - 2020
Publication title -
international journal of ayurvedic medicine
Language(s) - English
Resource type - Journals
ISSN - 0976-5921
DOI - 10.47552/ijam.v11i2.1431
Subject(s) - organoleptic , yield (engineering) , urine , chromatography , medicine , traditional medicine , mathematics , chemistry , food science , materials science , metallurgy
Background: Vidangadi Lepa is a classical herbo-mineral formulation explained by Chakradutta under Kushtha Chikitsa (skin diseases). Vidangadi Lepa is advised to be applied by mixing with cow’s urine, which is not acceptable by many peoples, inconvenient and easily not available in the modern era. By keeping this in mind, in the present study an attempt has been made to prepare and analyze modified dosage forms of Vidangadi Lepa in the form of Vidangadi Lepaguti. Material and methods: Preparation of Lepaguti was done by triturating the powdered ingredients with cow’s urine in three cycles. Consecutively three batches were prepared to nullify any inaccuracy during the pharmaceutical preparation. Analytical study was done to establish the basic standards for Vidangadi Lepaguti as there is no pharmacopeia standard guideline. The formulation was tested for organoleptic parameters, physicochemical analysis and microbial specification tests. Analysis of samples was conducted as per API standards. Observation and results: All the observations and results during preparation of Vidangadi Lepaguti regarding amount of liquid media required, time taken for each trituration cycle, weight gain after trituration and yield were noted down. The analytical tests performed over prepared samples i.e organoleptic, physicochemical and microbial specification were noted down in tabular form. Conclusion: Standard Vidangadi Lepaguti can be prepared from three Bhawana of Gomutra each for three hours. Prepared Vidangadi Lepaguti will be yellowish brown in color with specific smell of cow urine and average yield can be obtained by 94.28%.