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Occurrence of Multi-Drug Resistant &i&Listeria species&/i& in Faecal Samples of Poultry Chickens in Rural Farms in Lagos State, Nigeria

机译:发生多药物抗性& I& histeria物种& / i&在尼日利亚州拉各斯州农村农场家禽鸡粪便中的粪便样本

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Background: Listeriosis is a common zoonotic disease caused by a foodborne pathogen, Listeria monocytogenes . Poultry meat and products have been established as vehicles of transmission of pathogenic Listeria strains to humans. This study evaluates the occurrence of Listeria species in faeces of poultry chicken in Lagos. Methods: One hundred and fourteen pooled fresh faecal samples from cage-reared broiler chickens were collected from 12 farms in three rural areas in Lagos State from May to August 2019. All samples were analysed for Listeria species detection according to ISO11290-1 standard and confirmed using PCR assay. Susceptibility testing was performed using the Kirby-Bauer disc diffusion technique. Results: Twenty-eight (24.6%) Listeria species were detected from 114 faecal samples. The isolated Listeria species were L. monocytogenes 8 (7.0%), L. ivanovii 9 (7.9%), L. grayi 7 (6.1%) and L. innocua 4 (3.5%). There was no significant difference in the frequency of occurrence of Listeria species across the different locations (X~(2) = 4.98, p = 0.08). The listeria species were susceptible to Augmentin (96.4%), vancomycin (85.7%) and co-trimoxazole (82.1%), but resistant to ceftazidime (100%), tetracycline (75.0%) and ciprofloxacin (71.4%). Conclusion: This study reveals high occurrence of multi-drug resistant Listeria species in faecal samples of poultry chickens in Lagos state which may be an important vector in the contamination of the environment and transmission of antibiotic resistant Listeria species to consumers.
机译:背景:Listeriosis是由食品载病原体,李斯特菌单核细胞增生引起的常见的动物疾病。已经建立了家禽肉和产品作为致病性李斯特菌菌株对人类的速度。本研究评估了拉各斯家禽鸡粪便中李斯特里亚物种的发生。方法:从5月到2019年5月从拉各斯州的三个农村地区的12个农场收集来自笼式饲养的肉鸡鸡的一百十四级新鲜粪便样本。根据ISO11290-1标准进行李斯特菌物种检测,分析所有样品的所有样品并确认使用PCR测定。使用Kirby-Bauer光盘扩散技术进行易感性测试。结果:从114个粪便样品中检测到二十八种(24.6%)李斯特菌物种。孤立的李斯特菌物种是L.单核细胞增生8(7.0%),L. Ivanovii 9(7.9%),L. Grayi 7(6.1%)和L.Innocua 4(3.5%)。跨越不同位置的李斯特菌物种的发生频率没有显着差异(x〜(2)= 4.98,p = 0.08)。李斯特菌物种易于膨化蛋白(96.4%),万古霉素(85.7%)和共析唑(82.1%),但耐高氮杂辛(100%),四环素(75.0%)和环丙沙星(71.4%)。结论:本研究揭示了Lagos州粪便鸡粪鸡粪样本中的多药物抗性李斯特菌种类的高次数,这可能是污染环境和抗生素潜力局部物种对消费者的重要载体。

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