The Seribiotech Research Laboratory

Bangalore, India

The Seribiotech Research Laboratory

Bangalore, India

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Murthy G.N.,The Seribiotech Research Laboratory | Ponnuvel K.M.,The Seribiotech Research Laboratory | Awasthi A.K.,The Seribiotech Research Laboratory | Rao C.G.P.,The Seribiotech Research Laboratory | Chandrasekhar Sagar B.K.,National Institute of Mental Health and Neuro Sciences
Journal of Invertebrate Pathology | Year: 2014

The Indian Bombyx mori Densovirus type 2 isolate (DNV-2), revealed closer homology with Japanese Yamanashi isolate. PCR and qPCR analyses indicated severe and widespread prevalence of the virus in flacherie diseased B. mori under Indian field conditions. Viral inoculation revealed typical flacherie disease symptoms and transmission electron microscopy revealed damage of infected midgut tissue cells. The nsd-2 gene for resistance to DNV-2 restricted viral proliferation in B. mori. This study indicates possible major role of the Indian DNV-2 isolate in causing flacherie disease in B. mori leading to crop loss. A detailed molecular characterization of the whole viral genome including nsd-2 gene expression profiling is essential to develop appropriate diagnostic tools and control strategies. © 2013 Elsevier Inc.


PubMed | National Institute of Mental Health and Neuro Sciences and The Seribiotech Research Laboratory
Type: | Journal: Journal of invertebrate pathology | Year: 2014

The Indian Bombyxmori Densovirus type 2 isolate (DNV-2), revealed closer homology with Japanese Yamanashi isolate. PCR and qPCR analyses indicated severe and widespread prevalence of the virus in flacherie diseased B. mori under Indian field conditions. Viral inoculation revealed typical flacherie disease symptoms and transmission electron microscopy revealed damage of infected midgut tissue cells. The nsd-2 gene for resistance to DNV-2 restricted viral proliferation in B. mori. This study indicates possible major role of the Indian DNV-2 isolate in causing flacherie disease in B. mori leading to crop loss. A detailed molecular characterization of the whole viral genome including nsd-2 gene expression profiling is essential to develop appropriate diagnostic tools and control strategies.

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