Journal of Chromatography & Separation Techniques
Open Access
ISSN: 2157-7064
ISSN: 2157-7064
Vigneshwaran L.V* and Lalitha K.G
The science of medicine is developing, and attempts are being made across the board to replace rationalism with empiricism. Diabetic patients who are concerned about their health are increasingly looking for medicinal plants with anti-hyperglycemic properties. The chosen plant, Swietenia mahagoni Jacq, was the subject of the current study's phytochemical investigations. It has a variety of medicinal uses in ethno medicine. In Indonesia and India, the seeds and bark are used as traditional medicine to treat hypertension, diabetes, malaria, and epilepsy. Small pieces of S. mahagoni Jacq. Seeds were dried at room temperature in the shade. The seeds were reused into a fine, coarse form. The factory material was kept in a watertight vessel in a clean, dark position. Birth of factory material, phytoconstituent identification, and HPTLC may all be used in phytochemical analyses of a factory. The CAMAG Linomet 5 Automatic TLC sample applicator, CAMAG TLC SCANNER 3, and CAMAG REPROSTAR 3 scanner were used for HPTLC analysis. The chromatogram run was 9 cm long. The images were taken using a CAMAG REPROSTAR 3 scanner with Palm pussycat’s software (interpretation 1.3.4), which was used for densitometry scanning in the reflectance absorbance mode at visible light, UV 254 nm, and UV 366 nm. Deuterium lights furnishing a nonstop UV diapason between 190 nm and 400 nm were used as the radiation source. By comparing the results to the standard oleanolic acid, the presence of oleanolic acid is demonstrated. Grounded on the findings of the current disquisition, for review.
Published Date: 2024-01-03; Received Date: 2023-05-10