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An important step of the viral life cycle is how viruses exit from host cells to spread to other cells. Certain nonenveloped viruses can exit cultured cells in nonlytic ways; however, such nonlytic exit has not been demonstratedin vivo . In addition, it is not clear how such nonlytic exit is achieved mechanisticallyin vivo . Orsay virus is a nonenveloped RNA virus that infects the intestine cells of the nematodeC. elegans . It is currently the only virus known to naturally infectC. elegans . Using thisin vivo model, we show that the δ protein encoded by Orsay virus facilitates the nonlytic exit of the virus, possibly by interacting with host actin on the apical side of worm intestine cells.

Orsay δ Protein Is Required for Nonlytic Viral Egress