Medicinal plants have been identified and used traditionally throughout the world from the beginning of human civilization. In recent years, antibacterial resistance has become a major public health concern globally. One of the effective approaches could be the discovery and development of new antibacterial agents that have clinical significant importance from natural occurring phytochemicals and discover new antibacterial agents in the pharmaceutical in order to replace currently available antibacterial. The result of inhibitory action of four different extracts suggests that The result of antibacterial activity of four different extracts suggests that n-butanol extract against E. coli was the most resistant strain to plant extracts followed by Staphylococcus while aqeuous extracts were susceptible against Salmonella and E. coli. n-butanol extract against Fusarium and Aspergillus possess highest inhibitory activity, whereas aqueous against Fusarium and acetone against Aspergillus were sensitive to the extract. The result showed that n-butanol extract exhibited higher antioxidant capacity compared to aqueous, acetone and methanol.