Journal:
:jundishapur journal of microbiology
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shiva emami department of biotechnology, laboratory of microbiology and immunology of infectious diseases, para medicine faculty, guilan university of medical sciences, rasht, ir iran
iraj nikokar department of biotechnology, laboratory of microbiology and immunology of infectious diseases, para medicine faculty, guilan university of medical sciences, rasht, ir iran; department of biotechnology, laboratory of microbiology and immunology of infectious diseases, para medicine faculty, guilan university of medical sciences, rasht, ir iran. tel: +98-1425237070, fax: +98-1425237171
yusuf ghasemi department of biotechnology, laboratory of microbiology and immunology of infectious diseases, para medicine faculty, guilan university of medical sciences, rasht, ir iran
monireh ebrahimpour department of biotechnology, laboratory of microbiology and immunology of infectious diseases, para medicine faculty, guilan university of medical sciences, rasht, ir iran
hadi sedigh ebrahim-saraie department of biotechnology, laboratory of microbiology and immunology of infectious diseases, para medicine faculty, guilan university of medical sciences, rasht, ir iran
afshin araghian department of biotechnology, laboratory of microbiology and immunology of infectious diseases, para medicine faculty, guilan university of medical sciences, rasht, ir iran
conclusions the findings of the present study well demonstrated that the p. aeruginosa biofilm-producing isolates were more resistant to the tested antibiotics. furthermore, because of wide distribution, it seems that the psla gene is associated with biofilm formation. results biofilm formation was observed in 70% of the p. aeruginosa isolates. the potential formation of biofilm was significant...