The phrase "affecting virus" is correct and usable in written English.
It can be used in contexts discussing viruses that have an impact on systems, organisms, or processes, particularly in scientific or technical discussions.
Example: "The affecting virus has caused significant disruptions in the host's immune response."
Alternatives: "impacting virus" or "influencing virus".
Analysis of these variants by screening for enhanced green fluorescent protein reporter expression and by quantitation of minigenomic RNA levels demonstrated that the upper portions of the putative panhandle and 3′ genomic structures can be destabilized without affecting virus replication.
Identifying the appropriate ecological neighborhood, or the spatial area in which the most influential interactions occur affecting virus epidemiology, would therefore be beneficial in exposing which of the many explanatory variables to target in the plant-pathogen system.
We confirm that the TC tag can be inserted at the C-terminus of the MA protein without affecting virus infectivity [11], [12].
The aim of this study was to specifically label all of the structural proteins and enzymes of HIV-1 with a TC tag in the context of a full-length virus without affecting virus infectivity.
The aim of the present study was to specifically label all of the structural proteins and enzymes of HIV-1 with a TC tag in the context of a full-length virus without affecting virus infectivity.
Another recent study has elegantly shown that the loop/linker regions, but not the α-helix regions of influenza A virus non-structural protein 1, can accommodate TC tags without affecting virus infectivity [16].
Episodes of bird deaths tend to occur when virus spreads to areas without prior exposure, thus affecting virus-naive birds.
If the selective pressure affecting viruses and the immune system was balanced, the epitope density of viruses and of random sequences should be similar.
Using this immunomic analysis, we present a novel all-virus analysis of the viral epitope repertoire and highlight the selective forces affecting viruses and their human host.
These results showed that expression of the variant form of IFNα/βBP does not affect virus replication in cell culture.
Model predictions show that the presence of subsurface layered geochemical and physical heterogeneity results in preferential flow paths and thus significantly affect virus mobility.
