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Single step multiplex RT-PCR for detection and differential | 16388
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International Research Journal of Biotechnology

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Single step multiplex RT-PCR for detection and differential diagnosis of avian influenza, newcastle disease and infectious bursal disease viruses in chicken

Abstract

Aris Haryanto, Sri Handayani Irianingsih, Dini Wahyu Yudianingtyas, Nastiti Wijayanti and Teguh Budipitojo

Avian Influenza (AI), Newcastle Disease (ND) and Infectious Bursal Disease (IBD) are highly contagious diseases with high occurrence in poultry. These 3 viral diseases are a major cause of disease problems in the poultry industry in Indonesia. The classical methods for detection and characterization of the etiological agents are by clinical sign, serological test, immunodiffusion test, pathology, histopathology and virus isolation. Since these conventional laboratory method have low sensitivity and specificity, the rapid diagnostic tool based on molecular technique are needed. Rapid detection and differential diagnosis for viral diseases have an important implication in clinical, economical and epidemiological aspects. RT-PCR amplification for diagnosis of viral disease in poultry industry is common used. This method can detect virus as etiological agent in poultry disease. Multiplex RT-PCR involves simultaneous amplification of more than one infectious agent using more than primer pair. In the present study, we developed a single step multiplex RT-PCR method, which can help in rapid detection and differentiation viruses as an etiological agent of AI, ND and IBD diseases. The method is highly sensitivity, specificity, fast and less expensive. The results showed that the single step multiplex RT-PCR method has been developed to rapid detection and differential diagnose for AI, ND and IBD viruses simultaneously in one step amplification reaction. This method is simple and easy for laboratory diagnosis application as well as specific and efficient to diagnose of viral diseases in poultry

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