Bioactive compounds and Pharmacological Probing of Aloverae Barbadensis and Exploration of its Antimicrobial Activeness.

Abstract

Innumerable variety of plants that long have been usance aimed at medicinal purposes.  Various scientific investigation proved the utilization of plants as a waves to medicine and helpful to improve our health. In exploration for nature based alternative medicine for different disease conditions, plant-based compounds gained lot of interest as it possesses significant impact with efficient treatment strategies. All these types of findings were explored in India under a major streams called ethnomedicine, siddha medicine, and ayurvedic medicine. These types of medicines include not only medicinal compound, but it also includes the food habits. More number of people believe that nature-based compounds have minimal side effects, and they believe that is the sign of healthy lifestyle. Always herbal based products are showing significant advantages towards long time benefits for the mankind. Mostly, these types of nature-based therapies were predominantly used in developing and developed countries. Statistical data from WHO reports that more than eighty percent of the global population have the tendency to follow nature-based treatment strategies using raw plant source, processed plant compounds and herbal based products. We have selected and collected Aloe vera plant and experimentally proved its medicinal and pharmacological properties adapted in pharmaceutical sectors. Our current work aimed to elucidate the phytochemical analysis, bioactive chemical compounds, antibacterial and anticancer activity of the Aloe vera plants. GC- MS and was performed to know more about the secondary metabolites of Aloe vera plants and further antibacterial activity was evaluated against four pathogenic bacterial species. The outcome of results showed the impactable characteristics of the Aloe vera in possessing significant antimicrobial effects against the bacterial strains such as Klebsiella pneumoniae ATCC 700603, Staphylococcus aureus ATCC 25923, Pseudomonas aeruginosa ATCC 27853, Escherichia coli ATCC 25922, bacterial strains. Additional investigations were beleaguered going on the refinement of the new fangled compounds aimed at the irrefutable evaluation