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Evaluation of RT-PCR Assay for Routine Laboratory Diagnosis of Rabies in Post Mortem Brain Samples from Different Species of Animals

机译:RT-PCR分析对不同种类动物后天脑样本中狂犬病常规实验室诊断的评估

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摘要

Rabies in domestic and wild animals continues to be a major public health threat in India. Rapid and accurate diagnosis of rabies in animals is therefore of utmost importance as the individuals who were in contact with the rabid animals are at a greater risk. A significant amount of diagnostic tissue samples submitted to our laboratory are often autolysed and the WHO recommended direct fluorescent antibody test (FAT) for rabies diagnosis cannot be used in such samples. In this pilot study we have evaluated three different diagnostic primer sets for rapid sensitive and specific detection of rabies genome from the brain samples of different species of animals. We have validated a sensitive RT-PCR assay using brain tissue samples from different species of animals such as cat, cattle, dog, mouse and human, for routine diagnosis of rabies. Our results show the potential of this assay as a confirmatory test when the FAT results are unreliable and also as an alternative diagnostic test in circumstances when the diagnostic samples are unsuitable for use in FAT. Furthermore the nucleotide sequence of nucleoprotein gene amplified using this assay can also be used for the molecular epidemiological study of the rabies viruses in India.
机译:家畜和野生动物中的狂犬病仍然是印度的主要公共卫生威胁。因此,快速而准确地诊断动物中的狂犬病至关重要,因为与狂犬病动物接触的个体面临更大的风险。提交给我们实验室的大量诊断性组织样本通常会被自动分析,而WHO推荐的用于狂犬病诊断的直接荧光抗体检测(FAT)不能用于此类样本。在这项初步研究中,我们评估了三种不同的诊断引物组,用于从不同动物物种的脑样本中快速,灵敏地检测狂犬病基因组。我们已经验证了使用来自不同动物物种(例如猫,牛,狗,小鼠和人类)的脑组织样本进行的狂犬病常规诊断的灵敏RT-PCR分析。我们的结果表明,当FAT结果不可靠时,该测定法有可能作为确认试验,而在诊断样品不适合在FAT中使用的情况下,也可以作为替代诊断试验。此外,使用该测定法扩增的核蛋白基因的核苷酸序列也可用于印度狂犬病病毒的分子流行病学研究。

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