Background Fishes are an essential source of food all around the world. The bulk of the microbial diversity in marine ecosystems is uncharacterized, with viruses accounting for most of the remaining diversity. This may be a major danger to public health, therefore knowing the variety of viruses in the marine ecosystem is critical. The goal was to assess the virome of ray-finned fishes in terms of variety and relation to human diseases. Results It was revealed that the viral kingdom was allocated 2,228,888 sequence reads. The pooled genome assay of the ray-finned fishes indicated a significant abundance of viruses in three clades of the genus Pandoravirus (31%), the order of Herepesvirales (23%), and the kingdom of Bamfordvirae (10%). Furthermore, 432281/2031445 reads (21%) of mapped reads were unassigned viruses. According to the GiantVirusFinder findings, 17931 hits (4.15$) were mapped to the genomes of known giantviruses. Conclusion Humans eat seafood regularly as one of their primary diets. Ray-finned fishes have a long evolutionary history and, as demonstrated here, are hosts to a variety of large DNA viruses. Fish must be screened for viral infections that are linked to human illnesses.
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