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Call for Research / Review Articles


International Journal of Advance Microbiology and Health Research (IJAMHR)

I hereby want to invite you to submit a paper for the International Journal of Advance Microbiology and Health Research (IJAMHR).

We are pleased to inform you that we are started a new journal on health sciences and we are in the process of releasing our First Issue of First Volume of our journal. We would be grateful if you would submit a paper for to complete the first issue of first volume. Research Article, Review Article, Case Reports, and Brief Communication etc are welcome for possible publication in this issue.

It would be grateful if you could submit your paper on or before 15 September, 2017. If you are ready with the manuscript please submit your article at editorijamhr@gmail.com

Looking forward to hear from you soon
Thanks & Regards
Editor In-Chief
International Journal of Microbiology and Health Research


Developed By : Hashtag Solutions

Bhairav Prasad

Synergistic Antibacterial Effect of Tea Leaves Extract and Penicillin Produced by Penicillium chrysogenum Isolated from Decaying Fruits and Vegetables
Int.J.Adv.Microbiol.Health.Res.2018; 2(3):1-10

Publisher: IJAMHR, Category: Current Issues



Abstract

There are indications that some herbal materials including tea, zinger, garlic, tulsi and neem can act as antibiotic resistance inhibitors. Combinations of some herbal materials and different antibiotics might affect the inhibitory effect of these antibiotics. The antimicrobial and resistance modifying potentials of herbal plants is due to of naturally occurring flavonoids and polyphenolic compounds. In this study it was evaluated that the combination of tea extract along with penicillin gave synergistic effect against various pathogenic bacterial strains. A total of 5 Penicillium chrysogenum isolated from different decaying fruit and vegetables. All the isolates were screened for penicillin production under different conditions. The production medium supplemented with 2% maltose as carbon source, at pH 6 it gave maximum zone of inhibition at suggested maximum production of antibacterial compound. 100M tea extract gave maximum zone of inhibition. The combination of penicillin with tea extract in ratio of 6:4, 5:5 and 4:6 gave maximum zone of inhibition showing optimum antibacterial effect, if used alone it does not yield such an effective result.


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