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Molecular Detection of Staphylococcus aureus Resistant to Temperature in Milk and its Products

机译:金黄色葡萄球菌的分子检测耐牛奶及其产品温度

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Contamination of Staphylococcus aureus on milk can cause intoxication and infection by Staphylococcal enterotoxin. It has nuc gene, coding thermonuclease enzyme (TNase) that is responsible for nature of resistance in the heating process. This study was conducted to identify nuc gene of as S. aureus isolated from milk and its products like ultra-high temperature, sterile milk, sweetened condensed milk, formula milk, café/milk street traders and fresh milk. Biochemical identification was conducted by using carbohydrate fermentation tests and confirmed by API Staph. Molecular confirmation by amplification of nuc gene using PCR. Based on the results of confirmation using API Staph, all isolates were confirmed as S. aureus with index determinant percentage of 97%. An amplicon product of 270 bp was gained in all isolates. It is concluded that isolate of S. aureus has nuc gene.
机译:金黄色葡萄球菌污染牛奶的污染可引起含葡萄球菌肠毒素的毒性和感染。 它具有NUC基因,编码热核酸酶(TNase),其负责在加热过程中抗性的性质。 该研究进行了鉴定从牛奶中分离的S.UUREUS的NUC基因及其产品如超高温,无菌牛奶,加甜的炼乳,配方牛奶,咖啡馆/牛奶街交易商和新鲜牛奶。 通过使用碳水化合物发酵试验进行生化鉴定并由API Staph证实。 使用PCR扩增NUC基因的分子确认。 基于使用API Staph的确认结果,所有分离物被证实为AURES,指数决定率为97%。 所有分离物中获得270bp的扩增子产物。 它的结论是,孤立的金黄色葡萄球菌具有NUC基因。

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