Viruses of this genus are distinguished from other hypoviruses based on polyprotein-derived phylogenetic trees.
Not reported
Monocistronic, positive-sense RNA genomes of approximately 7.4 kb.
Not Reported
Viruses of this genus are distinguished from other hypoviruses based on polyprotein-derived phylogenetic trees and have a large genome size of over 15 kb.
Not reported
Monocistronic, positive-sense RNA genomes of 15.2 to 18.3 kb.
Not Reported
Viruses of this genus are distinguished from other hypoviruses based on RNA-directed RNA polymerase (RdRP)-derived phylogenetic trees.
Not reported
In general, monocistronic, positive-sense RNA genomes of 10.7 kb to 11.0 kb.
Not reported
Viruses of this genus are distinguished from other hypoviruses based on polyprotein-derived phylogenetic trees.
Not reported
Monocistronic, positive-sense RNA genomes of 12.7 kb.
Not Reported
Viruses of this genus are distinguished from other hypoviruses based on polyprotein-derived phylogenetic trees.
Not reported
In general, monocistronic, positive-sense RNA genomes of 10.9 kb to 14.9 kb.
Not Reported
Viruses of this genus are distinguished from other hypoviruses based on polyprotein-derived phylogenetic trees.
Not reported
In general, monocistronic, positive-sense RNA genomes of 8.9 kb to 9.9 kb.
Found in association with invertebrate animals, but experimental host assignment is still lacking.
Viruses of this genus are distinguished from other hypoviruses polyprotein-derived phylogenetic trees.
Not reported
In general, monocistronic, positive-sense RNA genomes of 9.1 kb to 11.2 kb.
Not reported
Viruses of this genus have a mono- or bicistronic genome organization and are distinguished from other hypoviruses based on polyprotein-derived phylogenetic trees.
See family description
In general, bicistronic, positive-sense RNA genomes of 12.4 kb to 14.4 kb.
See family description
Aiewsakun, P., E. M. Adriaenssens, R. Lavigne, A. M. Kropinski and P. Simmonds (2018). Evaluation of the genomic diversity of viruses infecting bacteria, archaea and eukaryotes using a common bioinformatic platform: steps towards a unified taxonomy. J Gen Virol 99: 1331-43. [PubMed]
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