Extraction, characterization and evaluation of the plant extract of Tamarix as an antibiotic to treat types of burns bacteria

Abdul Razzaq D. Jasim; Mohammed  Sattar Nawrooz; Thikraa T. Abdul Hussein; Firas Aziz Rahi; Hanan  R. Abdul Hameed; Ali M. Oweid

doi:10.53730/ijhs.v6nS3.5243

Authors

Abdul Razzaq D. Jasim Ministry of Industry and Mineral, Corporation of Research and Industrial Development, Ibnalbetar Center, Iraq
Mohammed Sattar Nawrooz Ahlalbayt University, College of Pharmacy, Department of Pharmacognosy, Iraq
Thikraa T. Abdul Hussein Ministry of Industry and Mineral, Corporation of Research and Industrial Development, Ibnalbetar Center, Iraq
Firas Aziz Rahi Alturath University College, Iraq
Hanan R. Abdul Hameed Ministry of Industry and Mineral, Corporation of Research and Industrial Development, Ibnalbetar Center, Iraq
Ali M. Oweid Ministry of Industry and Mineral, Corporation of Research and Industrial Development, Ibnalbetar Center, Iraq

Keywords:

antibiotic, antimicrobial activities, plant extract, tamarix

Abstract

Background : Tamarixaphylla (L.) is included in our common and large species, The genus Tamarix L. belongs to the Tamaricaceae family.Tamarix species are employed in traditional medicine as astringent, aperitif, stimulus of perspiration and diuretic.leaves are considered as a source for curing different infectious diseases^.. (Marwat et al 2003, Panhwar et al 2007), The good antimicrobial activities of medicinal plants are due to the presence of secondary metabolites., Aim of study To find out the antimicrobial activity of the aqueous and alcoholic extracts of tamex in the bacterial species S. epidermidis, s. mutanss, s. aureas, E. coli and burns infections, Material and methods: Chemical detection of active compounds were investigated The presence of active compounds and used agar diffusion method is used to test the effectiveness of the extracts as antibacterial, Results and discussion :The presence of these compounds in extracts of the Tamex plant, which are compounds that have an effective effect in inhibiting the growth of various microorganisms, is important because most of the therapeutic effects are attributed to them.

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