Report of Maruca vitrata (F) Nucleopolyhedrovirus

JS Pavan, RD Dodiya, MNR Gouda… - Indian Journal of …, 2024 - indianentomology.org
JS Pavan, RD Dodiya, MNR Gouda, BL Raghunandan, NB Patel, CN Rajarushi
Indian Journal of Entomology, 2024indianentomology.org
This study explores the potential of nucleopolyhedroviruses (NPVs) as a sustainable
solution for managing legume pod borer Maruca vitrata (F). Distinctive signs of viral
infection, such as suspended deceased larvae on cowpea leaves, and virus spread have
been observed. Microscopic examination reveals characteristic polyhedral inclusion bodies
(PIBs), confirming MaviNPV as the causative agent. Symptoms, including decreased activity
and mortality in younger larvae, larval-pupal intermediates and deformed pupae have been …
Abstract
This study explores the potential of nucleopolyhedroviruses (NPVs) as a sustainable solution for managing legume pod borer Maruca vitrata (F). Distinctive signs of viral infection, such as suspended deceased larvae on cowpea leaves, and virus spread have been observed. Microscopic examination reveals characteristic polyhedral inclusion bodies (PIBs), confirming MaviNPV as the causative agent. Symptoms, including decreased activity and mortality in younger larvae, larval-pupal intermediates and deformed pupae have been observed. Reproductive disruption is evident through the absence of an egg mass and discharge of fluid from emerged adults. Bioassay results highlight age-dependent susceptibility, with higher mortality in early instars.
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