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Many viruses encode or subvert cellular microRNAs (miRNAs) to aid in their gene expression, amplification strategies, or pathogenic signatures.
Many viruses encode their genetic information using an RNA genome.
Many viruses encode proteases that execute key proteolytic steps of the viral life cycle.
One reason for this uncertainty is that many viruses encode viral suppressors of RNAi (VSRs), which are viral proteins that inhibit the host RNAi pathway [ 51, 52].
Many viruses encode homologue of Bcl-2 proteins that can prevent apoptosis, thus helping the viruses to complete their life cycle in the host cells [ 20].
Many viruses encode more than one protein capable of inhibiting the interferon response, which act synergistically to ensure complete blocking of interferon activity.
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There has been substantial work on the involvement of cytoskeletal and membrane components on plant virus movement, with many viruses encoding proteins that interact with the cytoskeleton [ 32].
Plant and animal viruses encode many proteins that reorganize microtubules.
Modulation of the host's Ub-system likely constitutes a general strategy used by many pathogens because some viruses encode DUBs as well.
Many RNA viruses, especially ssRNA viruses, encode their own RNA processing machinery capable of RNA cleavage and modification.
These viruses encode more than 100 proteins, many with unclear biology.
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