首页> 外文期刊>Journal of Pure & Applied Microbiology >Identification of True Exogenous Avian Leukosis Virus Transmitters by Serological and Molecular AssaysAU Elamurugan, A. (drelamuruganvet@yahoo.in) Tomar, Alka Saxena, Vishesh Kumar
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Identification of True Exogenous Avian Leukosis Virus Transmitters by Serological and Molecular AssaysAU Elamurugan, A. (drelamuruganvet@yahoo.in) Tomar, Alka Saxena, Vishesh Kumar

机译:通过血清学和分子生物学方法鉴定真正的外源性禽白血病病毒传播者AU Elamurugan,A.(drelamuruganvet@yahoo.in)Tomar,Alka Saxena,Vishesh Kumar

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Exogenous Avian leukosis virus subgroup A is the major causative agent of lymphoid leukosis causing significant loss to poultry industry through subclinical conditions. Eradication of exogenous ALV A in breeding stock is affected by lack of vaccines and difficulty in identification and elimination of the shedders and transmitters birds. The present study was conducted at the farm level to simulate the existing poultry rearing. We used commonly available serological and molecular diagnostic tests to screen laying hens and their embryos for the presence of ALV A infection. Adult laying hens were tested for proviral DNA and viral RNA using PCR and RT-PCR respectively. And their antibody and viremic status were studied using gsAg based ELISA. Similarly, 21-days old embryos of the respective dams were analysed. Based on the presence of viremia, antibody against gsAg and PCR, RT-PCR results out of 16 dams tested 12 hens were categorized as transmitters. In conclusion, combination of serological and molecular methods screening dams and their embryos/chicks, will facilitate early detection of true exogenous ALV A transmitters in the breeding stock, in order to establish ALV a free flock.C1 Elamurugan, A.; Indian Vet Res Inst, Bangalore 560024, Karnataka, IndiaSC Science & Technology - Other Topics; Infectious Diseases; Veterinary Sciences
机译:外源性禽白血病病毒亚组A是淋巴性白血病的主要病原体,可通过亚临床条件对家禽业造成重大损失。缺乏疫苗以及难以识别和消除脱落者和传播者禽类影响了种畜中外源ALV A的根除。本研究在农场一级进行,以模拟现有的家禽饲养。我们使用了常用的血清学和分子诊断测试来筛查产蛋鸡及其胚胎中是否存在ALV A感染。分别使用PCR和RT-PCR测试成年蛋鸡的前病毒DNA和病毒RNA。并使用基于gsAg的ELISA研究了它们的抗体和病毒血症状态。同样,分析了21天大坝的胚胎。根据病毒血症,抗gsAg抗体和PCR的存在,在测试的12头母鸡中检测出16头母鸡的RT-PCR结果归为传播体。总之,结合血清学和分子学方法筛选水坝及其胚/雏鸡,将有助于早期检测种畜中真正的外源ALV A递质,以建立ALV游离群。C1Elamurugan,A .;印度兽医研究机构,班加罗尔560024,印度卡纳塔克邦科学与技术–其他主题;传染性疾病;兽医科学

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