Molecular study among burn patients infected with bacterial pseudomonas species

Ali Abdul-Hussein Ali Al-Shiblawi; Mahdi Hussain Muhil

doi:10.53730/ijhs.v6nS9.12385

Authors

Ali Abdul-Hussein Ali Al-Shiblawi
seviaali69@gmail.com
Department of Biology, Faculty of Science, University of Kufa and Faculty of Burn Center in Najaf
Mahdi Hussain Muhil Department of Biology, Faculty of Science, University of Kufa and Faculty of Burn Center in Najaf

Keywords:

wound burns disease, Biofilm, Adherence activity, proteinase , Gene Apsl

Abstract

The Invade of the Burns infaction by potentially pathogenic bacteria constitutes threatens its transmission to different human tissues and organs,.A total number of 120 swabs in patient about 96/120 (80%) show positive culture of bacterial growth versus. 24/120 (20 %) show negative results for (No growth of bacteria) .A total of 96 sample were divided on the basis of( 61/96)sample were Gram-negative bacteria and (35/96)sample were Gram-positive bacteria. this study provides isolation and identification of 37 isolates bacteria pseudomonas species for the 120 specimen(20/37) pseudomonas.aeruginosa.10/37Pseudomonas. fluorescent. 7/37Pseuomonas. putadia. recovered from burn infections.In 120 patients according to Sex the specimens were collected from patients he suffer burns, to sex: female 64/120(53.34% samples) and male 56/120 (46.66 % samples) with age groups from 10-60 years. In this study, some of virulence factors were detected by traditional phenotypic methods. The results Bacterial Adhesion: showed P. aeruginosa 17/20 (85%). P fluorescens 7/10(70%). P putadia 4/7(57.14). most of bacteria isolate demonstrated Bacterial Adhesion:- The results showed that most isolates were able to adhere to surface epithelial cells .

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