Title of article :
Antibacterial Effect of Aqueous Extract of Theobroma Cacao Against Gram-Negative and Gram-Positive Bacteria: An in Vitro Study
Author/Authors :
Al-Shalah ، Lubna Abdul Muttalib Department of Environmental Research and Studies Center - University of Babylon , Hadi ، Baraa Hamid Department of Microbiology - College of Medicine Hilla - University of Babylon , Abood ، Fatima M. Department of Periodontology - College of Dentistry - University of Babylon , Hindi ، Nada Khazal K. Department of Basic and Medical Science - College of Nursing - Babylon University , Hamza ، Sura Ali Department of Environmental Research and Studies Center - University of Babylon , Jasim ، Ansaf Nsaif Department of Environmental Research and Studies Center - University of Babylon , Jalil ، Abduladheem Turki Medical Laboratories Techniques Department - Al-Mustaqbal University College
Abstract :
Theobroma Cacao has a wide range against a range of diseases and an antimicrobial activity toward various pathogenic microorganisms which estimated of medicinal properties for the treatment of many infectious diseases. The aim of the research is to clarify the inhibitory action of Theobroma Cacao extract against human pathogenic bacteria also show the mechanism action of extract against biofilm formation and adherence of bacteria. The antimicrobial activity of the aqueous extract was tested based on agar-well diffusion assay and agar-disc diffusion, and this activity was compared with the antibiotic and measured which is more efficient. Furthermore, biofilm formation and adherence tests were done. Theobroma cacao (30%) was appeared in this research as high efficient against the wide spectrum of clinic isolates gram-negative and gram-positive bacteria (K.pneumonia, P.merabilis, P.vulgaris, S.typhimurum, S.typhi,, Staph. aureus, Staph.epidermidis, Staph.saprophytics and Strep.Pyogenes) which indicates that it is more effective than commercially available antibiotic in addition to a high inhibition against adherents and biofilm formation.
Keywords :
Antimicrobial properties , Theobroma cacao , Biofilm formation , adherence inhibition
Journal title :
Journal of Medicinal and Chemical Sciences
Journal title :
Journal of Medicinal and Chemical Sciences