As obligate intracellular parasites, the fate of viruses is intricately linked to the metabolism of their host cells.
The initial interaction between a virus and the cell surface is critical for determining the fate of the virus.
The molecular interactions between the host and the PVY strain during the early stages of infection determine the fate of the virus life and host health.
We further traced the fate of the virus in the DCs by concomitant incubation with fluorescent ovalbumin and labelling with Lyso Tracker to discern the localization in acidic lysosomes.
Since attachment and penetration of ORF4 mutant viruses were not affected, we wanted to investigate the fate of the viruses in the subsequent phase of infection.
The site and fidelity of integration have significant implications for the fate of both the virus and the host cell.
Two surface inactivation models for the fate of attached inactive viruses and their subsequent role on virus attachment and release were considered.
While detailed protocols have been developed to assess risks posed by macroorganisms, we have a poor understanding of the fate in the environment of virus, bacteria and fungi applied as biocontrol agents.
Metal oxides have great potential for controlling the fate and transport of viruses in the subsurface and water-treatment systems.
