Downloads: 4 | Weekly Hits: ⮙2 | Monthly Hits: ⮙4
Research Paper | Science and Technology | India | Volume 11 Issue 11, November 2022
Bryophyllum Pinnatum and Hebiscus Rosa Sinesis Evolutionary Study against Kidney Stone Degradation
P. R. Bhagat | S. N. Harke
Abstract: Objective: In Brophyllum Pinnatum and Hebiscus Rosa Sinesis study for kidney stone degradation, Bioactive compond extract from soxhlet method, Extract identification, separation of molecule performed by TLC, Column Chromatography, Quantitative, Qualitative test was performed HPLC (High Performance Liquid Chromatography) degradation carried out by egg cell membrane, suger estimate by Summners Method. Methods: To study Kidney stone degradation properties of Miracle plant B. Pinnatum and H. R. Sinesis for Bioactive compound isolation plant leaf dry powder use for soxhlet extract and various phytochemicals was identified by phytochemical test; plant extract subjected to TLC for Exact identification of Molecule, Ursolic acid which sub compound of penta cyclic teriterphenoid, molecule Purification performed by Column Chromatography. Quantification, qualitative estimation performed by HPLC for exact determination of kidney stone degradation egg cell membrane use and chemically kidney stone and quantified total degradation, spectrophotometer determination also performed by using Standard tablet cystone Result: Hebiscus Rosa Sinesis contains more activity than Bryophyllum pinnatum. Titeration also shows more activity of H. R. Sinesis than B. Pinnatum sample. Conclusion: concluded that B. pinnatum contains less active molecule that H. R. Sinesis, it contains more Pentacyclic Ursolic acid and its shows more Activity than Cystone.
Keywords: Hebiscus Rosa Sinesis, Bryophyllum Pinnatum, Ursolic acid, Pentacyclic teriterphenoid, Cystone
Edition: Volume 11 Issue 11, November 2022,
Pages: 40 - 47
How to Cite this Article?
P. R. Bhagat, S. N. Harke, "Bryophyllum Pinnatum and Hebiscus Rosa Sinesis Evolutionary Study against Kidney Stone Degradation", International Journal of Science and Research (IJSR), Volume 11 Issue 11, November 2022, pp. 40-47, https://www.ijsr.net/get_abstract.php?paper_id=SR221029093940
How to Share this Article?