Title of article :
Detection of enterotoxin-coding genes of Staphylococcus aureus isolated from hospitalized patients using a multiplex-PCR method
Author/Authors :
ghanbarinejad, vahid shiraz university of medical sciences - pharmaceutical sciences research center, school of pharmacy - department of pharmacology and toxicology, Shiraz, Iran , kazemi, aboozar shiraz university of medical sciences - school of pharmacy - department of pharmaceutical biotechnology, shiraz, iran , zarei, mina shiraz university of medical sciences - pharmaceutical sciences research center, Shiraz, Iran , heidari, reza shiraz university of medical sciences - pharmaceutical sciences research center, Shiraz, Iran , hassanian-moghaddam, hossein shahid beheshti university of medical sciences - social determinants of health research center, loghman hakim hospital - department of clinical toxicology, Tehran, Iran
From page :
185
To page :
190
Abstract :
Staphylococcus aureus (S. aureus) is a pathogen in community-acquired or hospital infections. Hence, the identification of this pathogen in clinical samples is a health concern and demands continued surveillance and close monitoring. In the current study, S. aureus strains were isolated from various clinical specimens in the Shariati Hospital, Tehran, Iran. Samples were studied to discover S. aureus enterotoxin-coding genes A (sea), B (seb), C (sec), and D (sed). It was found that 21% enterotoxigenic S. aureus harbored sea gene, 39% were carried seb gene, 37% were positive for sec-gene, and 3% were carried sed gene. None of all S. aureus strains harbored more than one of the enterotoxigenic genes. Based on the data obtained from the current study, it could be suggested that seb and sec genes are good candidates for the identification of S. aureus in clinical specimens. Further investigations are required to discover the association between these genes and the pathogenicity of this bacteria, and finally using these data in clinical settings.
Keywords :
Staphylococcus aureus , Enterotoxin genes , Pathogenicity , Multiplex , PCR
Journal title :
Trends in Pharmaceutical Sciences
Journal title :
Trends in Pharmaceutical Sciences
Record number :
2676809
Link To Document :
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