Loading articles...
News Update:
June 2026 Issue Open Now |Quick Peer Review (7–10 Days) | DOI Available for Interested Authors | 20% Publication Fee Discount for First 10 Papers | Exclusive Group Submission Benefits | Academic & Conference Collaboration Opportunities | Research Visibility & Academic Promotion Support | Seminar, Institutional & Research Partnership Opportunities
WhatsApp
Back to Articles
Computer Science Open Access Peer Reviewed

ANTIBACTERIAL EFFECT OF SEMINAL FLUID AGAINST BACTERIA’S CAUSING BACTERIAL VAGINOSIS


Authors

Mr. AKASH. R, Mr. SHINU KRISHNAN


Abstract

In this study the effect of seminal fluid exposure on vaginosis causing bacteria’s; Pseudomonas aeruginosa, Staphylococcus aureus, Escherichia coli and Proteus mirabilis were determined using agar disc diffusion method and agar well diffusion method. Clear zone of inhibition were observed against Staphylococus aureus and Escherichia coli on the other hand Pseudomonas aeruginosa resisted all sort of antibacterial effect successfully. This study opens up the wide possibilities of seminal fluid and its components in therapeutic field. In this current world thriving under the threat of antibiotic resistance and multidrug resistant bugs; any natural substance with stable antibacterial effect is a ray of hope for the scientists. With the results of this study it is clear that human seminal fluid have antibacterial effect on exposure against gram positive organisms like S.aureus and gram negative organisms like E.coli. The zone of inhibition is comparable to existing antibiotics. This study also clears out various misconceptions of the society.


Keywords

Seminal fluid exposure, vaginosis bacteria, pseudomonas aeruginosa, staphylococcus aureus, Escherichia coli, proteus mirabilis, agar disc diffusion method, agar well diffusion method, zone of inhibition, antibacterial effect, therapeutic field, antibiotic resistance, multidrug resistant bugs, natural substance, gram positive organisms, gram negative organisms.

Publication Details

Published In

Volume 1, Issue 8