Journal of Virology · 2019 · 20 citations · 38 references
Life SciencesBiologyEntomologyMolecular VirologyPlant VirologyVirologyInsect PathogensPlant Virus Host RangePlant Virus ReplicationPlant VirusesViral Diseases Of InsectsVirus-host InteractionsCytopathic EffectsHost Feeding RangeInsect-specific VirusesNucleocapsid OrganizationSubcellular Localization MappingViral Insect PathogensViral Nucleocapsid StructureViral Pathogenesis In Insects
Insect-derived cell lines are widely used commercially for the production of vaccines and protein-based pharmaceuticals. After decades of safe and beneficial use, it was a surprise to the biotechnology industry to discover an endemic rhabdovirus in Sf9 cells. This discovery was made possible only by the substantial advancements in DNA sequencing technologies. Given the public health concerns associated with many rhabdovirus species, several initiatives were undertaken to establish that Spodoptera frugiperda rhabdovirus (Sf-RV) does not pose a threat to humans. Such actions include the generation of cell lines that have been cleared of Sf-RV. Given that Sf9 is derived from a moth whose larvae feed on human-edible foods, we explored the prevalence of Sf-RV in its wild and lab-grown populations, as well as its ability to be deposited on food items during feeding. Collectively, our data suggest that there is no overt risk from exposure to Sf-RV.
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Modeling seasonal migration of fall armyworm moths
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