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Some microorganisms can constitute a danger for public health, because of their pathogenic powers, and their easy transmissions through the food chain. The objective of our work is to prove the interest of the thermonuclease coded by the nuc gene in the rapid identification of pathogenic strains of staphylococci. For this purpose, we performed different biochemical tests for the identification of staphylococci (APIstaph, coagulase) and the PCR technique for the molecular identification. The phenotypic results show the presence of species responsible for serious infections and food poisoning…mehr

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Produktbeschreibung
Some microorganisms can constitute a danger for public health, because of their pathogenic powers, and their easy transmissions through the food chain. The objective of our work is to prove the interest of the thermonuclease coded by the nuc gene in the rapid identification of pathogenic strains of staphylococci. For this purpose, we performed different biochemical tests for the identification of staphylococci (APIstaph, coagulase) and the PCR technique for the molecular identification. The phenotypic results show the presence of species responsible for serious infections and food poisoning such as S.aureus with a rate of 14% and some opportunistic pathogenic species such as: S.epidermidis, S.saprophyticus S.heamolyticus, with rates of 4%, 10% and 4% respectively. The results of the molecular identification performed with the help of the nuc gene, confirm some of the phenotypic identification results. In conclusion, PCR for nuc gene amplification has the potential for rapid diagnosis of S. aureus infections.
Autorenporträt
Imene Kartoby nació el 12 de marzo de 1989 de nacionalidad argelina. Licenciada en Microbiología y Parasitología en 2010, obtuvo su Master en Microbiología en 2012. Actualmente realiza un doctorado en biología molecular y genómica y trabaja en la identificación y caracterización molecular de bacterias termófilas.