Members of this genus infect Aeromonas veronii. The non-redundant part of the genomes of viruses in this genus is an average of 51 kbp (51.4 %G+C), with 64 gene coding sequences; no tRNAs are encoded.
Members of this genus infect Aeromonas veronii. The non-redundant part of the genomes of viruses in this genus is 53.37 kbp (51.1 %G+C), with 73 gene coding sequences; no tRNAs are encoded.
Members of this genus infect Vibrio parahaemolyticus. The non-redundant part of the genomes of viruses in this genus is 53.7 kbp (45.0 %G+C), with 39 gene coding sequences (underannotated); no tRNAs are encoded.
Members of this genus infect Erwinia amylovora. The non-redundant part of the genomes of viruses in this genus is 53.56 kbp (50.0 %G+C), with 78 gene coding sequences; no tRNAs are encoded.
Members of the genus Weflthvirus are distinguished from members of other genera by their branching on a phylogenetic tree constructed with the L-INS-i algorithm and inferred using ModelTest-NG and the LG substitution model, and by having a coding-complete RdRP amino acid sequence that is less than 50% identical to that of members of other genera in the family.
Members of the genus Robevirus are distinguished from members of other genera by their branching on a phylogenetic tree constructed with the L-INS-i algorithm and inferred using ModelTest-NG and the LG substitution model, and by having a coding-complete RdRP amino acid sequence that is less than 50% identical to that of members of other genera in the family.
Members of the genus Coroavirus are distinguished from members of other genera by their branching on a phylogenetic tree constructed with the L-INS-i algorithm and inferred using ModelTest-NG and the LG substitution model, and by having a coding-complete RdRP amino acid sequence that is less than 50% identical to that of members of other genera in the family.
Members of the genus Canmovirus are distinguished from members of other genera by their branching on a phylogenetic tree constructed with the L-INS-i algorithm and inferred using ModelTest-NG and the LG substitution model, and by having a coding-complete RdRP amino acid sequence that is less than 50% identical to that of members of other genera in the family.
Members of the genus Artemvirus are distinguished from members of other genera by their branching on a phylogenetic tree constructed with the L-INS-i algorithm and inferred using ModelTest-NG and the LG substitution model, and by having a coding-complete RdRP amino acid sequence that is less than 50% identical to that of members of other genera in the family.
